Government College of engineering,

Mandatory Disclosure

The following information shall be given in the information Brochure besides being hosted on the Institution’s official Website.

The onus of the authenticity of the information lies with the Institution ONLY and not on AICTE.

1. Name of the Institution Name Government College of Engineering Nagpur Sector- 27, Mihan Rehabilitation Colony Khapri, Nagpur-441 108 Address ( State) State Maharashtra Phone No. (07103) 202012 Fax No. www.gcoen.ac.in Web site

E-mail [email protected]

2. Name and Address of the Trust/ Society/ Company and the Trustees The institute is purely state Govt Institute funded by Govt of Maharashtra

3. Name and Address of the Vice Chancellor/ Principal/ Director This institute is a state government institute and head of the institute is designated as Principal.

Name Prof. Dr. M. B. Kumthekar, I/c Principal Address Government College of Engineering Nagpur STD Pin Code 441 108 07103 Code Phone No 202011 Fax No. Email [email protected] Web site www.gcoen.ac.in

4. Name of the affiliating University Rashtrasant Tukdoji Maharaj Nagpur University

Web site: www.nagpuruniversity.org

5. Governance • Members of the Board and their brief background: The institute is purely state Govt Institute funded by Govt of Maharashtra. The college had college development committee.

• Organizational chart and processes

Organization Chart

Principal

Dean Dean Dean Dean Dean Dean Dean (III) HODs (Admin.) (Academic) (R&D) (S. A.) (QA) (INFRA)

Faculty

Registrar Training & Placement Officer

Professor I/C Library Examination I/C

VP Gymkhana

W/S Suptd.

Rector

Warden

Institute Governance-

Institutional activities and works are performed through various portfolios assigned to the faculty. Most of the administrative and academic activities are performed online. MIS software is installed and is being used for admissions, payment of fees and recording students attendance to some extent.

ACADEMIC POLICIES 2019-20 Objectives:- The Academic Office exists to help facilitate, initiate and co-ordinate the academic work of the Institute, particularly the teaching and assessment of students. It acts as the repository of grades and academic records of all students, both past and present.

At GCOEN, semester pattern is followed. An academic year consists of two semesters. The Odd Semester begins in June and the Even Semester in December. The academic schedule mentioned in the academic calendar will be strictly followed. Goals:- 1) Framing of Vision & Mission statements of Department by conducting stakeholders meeting & its mapping with Vision & Mission of Institute 2) Prepare Program Educational Objectives & Program Specific Outcomes & its mapping with vision & Mission 3) Prepare Course Outcomes of each course Scope:- 1) Regular monitoring of classes as per Time table 2) Syllabus coverage 3) Academic Review 4) Conduct of Class Tests 5) Conduct of University Theory & Practical Exams 6) Result Analysis

Academic Policies: 1) Preparation of Personal file Sr. No. Title 1 Updated Biodata 2 Copy of all certificates 3 Publications in National & International Conferences & Journals with date & venue 4 Achievements/ Consultancy/ Resource person/Keynote speaker/session chair/Expert/ other if any

2) Preparation of Subject/ Course File S.N. Title 01 Vision & Mission of Institute 02 Vision & Mission of Department 03 Subject/Course Code (Year Wise) 04 University Syllabus 05 Teaching Plan 06 Tutorial Plan 07 Content beyond Syllabus 08 Subject Notes (Hard copy) 09 List of titles/text / reference books required or available in library , Online /subscribed Journals (National/International) 10 Subject Time Table 11 Class Test-I & II Question papers 12 Assignments 13 University Question Papers (Last 3 Years) 14 University Paper Solution 15 Result Analysis 16 List of academically weak Students 17 List of academically bright Students 18 Corrective Measures taken to Improve the results (Includes extra classes/ Assignment/Guest Lectures/ Quiz/Industrial Visit) 19 As a part of teaching Learning Process: Soft copy of Advanced topics/Question Bank/GATE Questions/PPTs/ICT if any 20 Industry Interaction/ Internship (taken related to subject) if any 21 Sample Class Test papers/ Assignments/ Journals should be preserved

3) Attendance record should be maintained properly. 4) Display of cumulative attendance on 5th day of every month. 5) Academic Review should be conducted monthly by HOD & Principal. 6) Two Class Tests (20 marks each) to be conducted in each semester. Class Test-I will be based on First & Second Unit. Eligibility for CT-I will be 75% attendance. Class Test-II will be based on Third & Fourth Unit. Eligibility for CT-II will be 75% attendance. 7) Attendance upto 60% may be considered only for students having medical reason certified by authentic doctor and students engaged in activities which will bring laurel to the institution. 8) Two Assignments OR Unit Tests or Surprise Test or Quiz (any rubrics) may be conducted. Assignment-I based on 5th Unit. Assignment-II based on 6th Unit. So that all Course outcomes will be achieved. Distribution of Internal 20 marks Sr. No. Parameters Maximum Marks 01 Class Test-I 06 02 Class Test-II 06 Teachers Assessment 03 08 (Attendance/Assignment/UT/ST/Quiz) Total Marks 20

Distribution of Internal 10 marks Sr. No. Parameters Maximum Marks 01 Class Test-I 03 02 Class Test-II 03 Teachers Assessment 03 04 (Attendance/Assignment/UT/ST/Quiz) Total Marks 10

9) Feed back of students (CR only) one week before each Class Test by Principal Sir 10) Practical continuous assessment should be done regularly.

Sr. No. Parameters Maximum Marks 01 Performance & Viva-Voce 15 02 Practical record book/ Journal 10 Total Marks 25

11) Question bank including Questions asked in University, GATE & competitive exam should be prepared. 12) Identification of weak & bright students. Weak student-Internal assessment / Performance in Class Test less than 50% Bright student- Internal assessment /Performance in Class Test greater than 75% 13) Remedial classes should be conducted for weak students.

ACADEMIC CALENDER FOR ODD SEM (2019-20) Semester-1 Higher Semester Activity Schedule Schedule Winter Term 01-08-2019 to 15-11-2019 15-06-2019 to 19-10-2019 Date of reporting 01-08-2019 (Thursday) 15-06-2019 (Saturday) and commencement of classes Last date of Admission 05-08-2019 05-08-2019 Enrollment form last date within 15 days from last -- notified date of admission) Exam form Submission Last date 31-08-2019 (for Regular students)

First Project Seminar (only for Final Last week of July Year) Topic Finalization & Literature Review Display of List of Eligible students for 16-09-2019 03-08-2019 CT-I ( 75% attendance) Class Test-I 19-09-2019 to 21-09-2019 07-08-2019 to 09-08-2019 Display of CT-I marks 27-09-2019 16-08-2019 Parent Teacher Meet 05-10-2019 23-08-2019 Second Project Seminar (only for Final Fourth week of September Year) Display of List of Eligible students for 21-10-2019 16-09-2019 CT-II ( 75% attendance) Class Test-II 31-10-2019 to 02-11-2019 19-09-2019 to 21-09-2019 Display of CT-II marks 08-11-2019 27-09-2019 Practical submission 04-11-2019 to 08-11-2019 23-09-2019 to 27-09-2019 Class Test for Diploma Students 30-09-2019 to 02-10-2019 Provisional detention 11-11-2019 30-09-2019 Final detention list 15-11-2019 19-10-2019

Diwali Vacation 25-10-2019 to 29-10-2019 25-10-2019 to 29-10-2019

End of odd Term 15-11-2019 (Friday) 03-10-2019 (Thursday) (Last working day) University Backlog Theory Exams NA 03-10-2019 onwards University regular Theory Exams Will be informed later 18-10-2019 onwards Commencement of Next Semester 16-12-2019, Monday 16-12-2019, Monday classes  Two Assignments/Surprise tests/ Quiz to be conducted in a semester.  Minimum Two Guest Lectures & Industrial Visits/Training Programs/Students Association activities to be conducted on working Saturdays

Principal Copy to: - 1. All Deans & Hod(s): Civil/Elect/ME/CSE/ETC/First year coordinator/ Applied Mech./Physics/Chemistry/Mathematics for information and n.a. 2.Copy to website Incharge to upload. 3.Registrar (Admin/Academic/Account) for information and n.a.

• Student Feedback on Institutional Governance/ Faculty performance Student feedback mechanism is available in college. Every semester students provide this feed back of faculty through this mechanism. • Grievance Redressal mechanism for Faculty, staff and students Grievance Redressal mechanism for students is available in the institute and it is looked after by a ten member committee under chairmanship of Principal of institute. • Establishment of Anti Ragging Committee Anti Ragging Committee is available in the institute and it is looked after by committee under chairmanship of Principal of institute. • Establishment of Online Grievance Redressal Mechanism Online grievance mechanism is available in the institute and it is looked after by an eight member committee under chairmanship of Principal of institute. • Establishment of Grievance Redressal Committee in the Institution and Appointment of OMBUDSMAN by the University Establishment of Grievance Redressal Committee in the Institution and Appointment of OMBUDSMAN by the University is in process

• Establishment of Committee for SC/ ST Committee for SC/ ST is available in the institute and it is looked after by five member committee under chairmanship of Principal of institute.

• Internal Quality Assurance Cell Preamble: In pursuance of its Action Plan for performance evaluation, assessment and accreditation and quality up-gradation of institutions of higher education, the National Borad of Accreditation proposes that every institution should establish an Quality Assurance Cell (QAC) as a quality sustenance measure. Since quality enhancement is a continuous process, the QAC will become a part of the institution’s system and work towards realisation of the goals of quality enhancement and sustenance. The prime task of the QAC is to develop a system for conscious, consistent and catalytic improvement in the overall performance of institutions. Institutions need to channelize its efforts and measures towards promoting the holistic academic excellence including the peer committee recommendations. The guidelines provided in the following pages will guide and facilitate the institution in the creation and operation of the Quality Assurance Cell (QAC). The work of the QAC is the first step towards internalization and institutionalization of quality enhancement initiatives. Its success depends upon the sense of belongingness and participation in all the constituents of the institution. It will not be yet another hierarchical structure or a record-keeping exercise in the institution. It will be a facilitative and participative voluntary system/unit/organ of the institution. It has the potential to become a vehicle for ushering in quality enhancement by working out planned interventionist strategies by QAC to remove deficiencies and enhance quality like the “Quality Circles” in industries. QAC – Vision To ensure quality culture as the prime concern for the Higher Education Institutions through institutionalizing and internalizing all the initiatives taken with internal and external support. Objective The primary aim of QAC is to develop a system for conscious, consistent and catalytic action to improve the academic and administrative performance of the institution, To promote measures for institutional functioning towards quality enhancement through internalization of quality culture and institutionalization of best practices. Strategies Guidelines QAC shall evolve mechanisms and procedures for a) Ensuring timely, efficient and progressive performance of academic, administrative and financial tasks; b) Relevant and quality academic/ research programmes; c) Equitable access to and affordability of academic programmes for various sections of society; d) Optimization and integration of modern methods of teaching and learning; e) The credibility of assessment and evaluation process; f) Ensuring the adequacy, maintenance and proper allocation of support structure and services; g) Sharing of research findings and networking with other institutions in and abroad. Functions expected of the QAC are: a) Development and application of quality benchmarks b) Parameters for various academic and administrative activities of the institution; c) Facilitating the creation of a learner-centric environment conducive to quality education and faculty maturation to adopt the required knowledge and technology for participatory teaching and learning process; d) Collection and analysis of feedback from all stakeholders on quality-related institutional processes; Dissemination of information on various quality parameters to all stakeholders; e) Organization of inter and intra institutional workshops, seminars on quality related themes and promotion of quality circles; f) Documentation of the various programmes/activities leading to quality improvement; g) Acting as a nodal agency of the Institution for coordinating quality-related activities, including adoption and dissemination of best practices; h) Development and maintenance of institutional database through MIS for the purpose of maintaining /enhancing the institutional quality; Benefits QAC will facilitate / contribute to a) Ensure clarity and focus in institutional functioning towards quality enhancement; b) Ensure internalization of the quality culture; c) Ensure enhancement and coordination among various activities of the institution and institutionalize all good practices; d) Build an organised methodology of documentation and internal communication. Under QAC Following Training Programmes were conducted:

Duratio No of Date Sr n in Partici Man (from No Name of Training Programme Session Days pants Hrs to) 1 Development of Green Campus 2016-17 5 30 1200 Feb-18 Jan MNRE Sponsored Rooftop solar 2019.M 2 grid Engineer 2018-19 15 80 9600 ar 2019 17-11- MCED Skill Development 2016 to workshop for PAPs on Data Entry 21-12- 3 Operators 2016-17 5 30 1200 2017 MCED Skill Development 1-11-16 workshop for PAPs on web site to 21- 4 development and core draw 2016-17 15 30 2700 1-2017 DTE Sponsored personality development workshop for non 2-6 Jan 5 teaching staff 2017-18 5 30 1200 2017 07-Jan- 6 I-pro Stressing sucesss for students 1 300 2400 17 14 March DTE Sponsored workshop on to 18 Innovative practice for Laboratory March 7 Functioning 2017-18 5 30 1200 2017 13 Nov to 13 MITCON and NISE SAURYA Feb 8 Mitra Programme 2018-19 30 30 7200 2018 DST Sponsored one week 22 Jan workshop on Advanced to 27 Programming skill development in Jan 9 open source Technology 2017-18 5 26 1040 2018 DTE Sponsored programme on 10 Intellectual Property Rights 2017-18 5 32 1280 Feb-18 25 Feb to 1 DTE Sponsored programme on Mrach 11 Innovative Partices in Industry 2018-19 5 28 1120 2019 DTE Sponsored programme on advance in computational tools in 12 engg and technology 2017-18 5 30 1200 Mar-18 DTE Sponsored Programme disaster Management Risk 13 assessment and mitigation 2017-18 5 30 1200 Mar-18 Structural health Monitoring and 14 auditing 2019-20 5 30 1200 Jun-19 Foundation training programme for 15 PWD 2019-20 10 100 8000 Jul-19

6. Programmes • Name of Programmes approved by AICTE Sr. No. Name Number of Duration seats 1 Civil Engineering 60 each Four year spread over 2 Mechanical Engineering eight semester 3 Electrical Engineering 4 Electronics & Telecommunication Engineering 5 Computer Science & Engineering • Name of Programmes Accredited by AICTE The college is not eligible for application. Hence this is not applicable.

• Cut off marks/rank of admission during the last three years

• ADMISSION CUT-OFFs

Open OBC SC ST NT/VJ/DT Academic Year High Low High Low High Low High Low High Low

2016-17 95 51.33 96.22 48.33 88.17 46.17 79.67 45.57 90.33 47

2017-18 72.5 32.5 73.5 26.5 69 39.5 38 24.5 54.5 27

2018-19 84 24 71.5 30 59 28.5 42.5 25.5 53.5 18.5

2019-20 98.59 23.32 99.09 44.64 97.62 30.28 89.67 13.25 96.32 19.74

• Fee Fee is as per the previling Govt of Maharashtra and affiliating University nomrs. It is on website.

• Placement Facilities the college has sufficient placement office for campus placement. Still college is working on betterment of facilities. • Campus placement in last three years with minimum salary, maximum salary and average salary The college has been established in 2016. The very first batch of Bachelor of Engineering is now in final year. The placement drive is going on. Presently 28 students has been placed, namely TCS: 24, Persistent: 3, Global Logistics: 2, . Major placements will happen in Nov –Dec. The maximum and minimum salary offered are 3.8 and 6.0 LPA.

• Name and during of programme(s) having Twinning and Collaboration with Foreign University(s) and being run in the same Campus along with status of their AICTE approval. If there is Foreign Collaboration, give the following details: Nil

7. Faculty Sr Name & Designation Mobile No. Email ID Joining date No. & Date of Birth Civil Deptt. 1 Dr.M.B.Kumthekar 9422039224 [email protected] 08/08/2016 Professor Civil & I/c. Principal 30/10/1961 2 Dr.K.G.Asutkar, 9881747815 [email protected] 21/7 /2017 Associate Professor Civil 13/03/1976 3 Dr.P.B.Daigavane, 9881023763 [email protected] 01/08/2016 Professor Civil(Cas) om 20/9/1965 4 Dr.R.L.Wankhede, 7758883183 [email protected] 30/07/2016 Assistance Prof.APM 4/1/1986 5 Dr.S.A.Tekade, 9975722854 [email protected] 18/01/2018 Assistance Professor 5/10/1985 6 Dr.K.N.Kadam, 9326235484 [email protected] 1/06/2018 Assistance Prof.APM 7/6/1970 7 Dr.A.A.Gawai 9881771900 [email protected] 30/6/2018 Assistance Professor 1/7/1977 8 Smt.A.K.Baile, 9960582003 [email protected] 1/7/2018 Assistance Prof. Geology 18/8/85 Mech.Deptt. 1 Dr.R.R.Choudhari, 9423433672 [email protected] 29/08/2017 Associate Professor Mech. 25/01/1975 2 Dr.V.M.Athawale, 9422173677 [email protected] 12/12/2017 Associate Professor Mech. 8237021103 30/11/1971 3 Dr.R.B.Yarasu, 820891825795 [email protected] 30/07/2016 Associate Professor(Cas)Mech. 03053052 27/8/1970 4 Prof.A.A.Uplap, 9890678535 [email protected] 01/08/201625/ Assistance Professor Mech. 09/1976 5 Prof.V.P.Titarmare, 9822539002 vikramtitarmare@rediffmail. 1/06/2018 Assistance Professor Mech. com 23/11/1978 6 Prof.T.N.Kumbhalpuri, 9922424306 [email protected] 1/06/2018 Assistance Professor Mech. 3/6/1976 7 Prof.M.T.Shete, 9422135461 [email protected] 16/7/2019 Assistance Professor Mech. 15/12/1973 Electrical Engg.

1 Dr.N.D.Ghawghave, 9420254821 [email protected] 01/08/2016 Professor Electrical (Cas) 1/9/1964 2 Prof.S.P.Jolhe, 9890424373 [email protected] 04/08/2016 Assistance Professor 5/7/1977 3 Smt.Prof.N.V.Khadse, 9096218277 [email protected] 1/06/2018 Assistance Professor 7/8/1984 Electronics &Telecommunication Engg. 1 Dr.P.R.Deshmukh, 9423610594 [email protected] 01/09/2017 Associate Professor 25/10/1967 2 Dr.R.D.Raut, 9822797046 [email protected] 8/1/2019 Associate Professor 02/08/1976 3 Prof.S.Nagarle, 9404082595 [email protected] 27/11/2017 Assistance Professor 09/05/1979 4 Prof.S.K.Meshram, 9657477104 [email protected] 16/7/19 Assistance Professor 14/08/1981 Computer Deptt. 1 Dr.L.G.Malik, 9923343121 [email protected] 01/08/2016 Associate Professor 24/07/1973 2 Dr.P.N.Chatur, 9860135925 prashant_chatur@rediffmail. 9/7/2018 Professor (Cas) com Workshop Deptt. 1 Prof. S.D.Butley, 9850300383 [email protected] 04/08/2016 Workshop Supdtt. [email protected] 2/10/1974 Chemistry

1 Dr.C.P.Kalambe, 9423124435 [email protected] 02/06/2018 Assistance Professor 15/6/1965

Physics 1 Dr.J.B.Randhawa, 9403588460 [email protected] 30/07/201613/ Assistance Professor 11/1972 2 Dr.C.M.Khairnar, 8888611164 [email protected] Assistance Professor Math. 1 Dr.V.J.Dagwal, 9890345496 [email protected] 06/08/2016 Assistance Professor 1/11/1985 Total Post - 29

8. Profile of Vice Chancellor/ Director/ Principal/ Faculty (Files uploaded on Website in respective Departments)

9. Fee • Details of fee, as approved by State Fee Committee, for the Institution — As per GR No. TEM-2003 /249/03/TE-1, Dt, 11 September’2003. • Time schedule for payment of fee for the entire programme — after declaration of Result by semester wise (June-July) • No. of Fee waivers granted with amount and name of students — 5% & Sanctioned intake 5 x 3 = 15 Nos. = Tuition Fees 15,000 wave off. • Number of scholarship offered by the Institution, duration and amount — GOIS, Minatory, EBC. • Criteria for fee waivers/scholarship — Annual Income Less than Eight Lakh as per Merit / As per Sanctioned & Scholarship • Estimated cost of boarding and Lodging in Hostels — Rs. 2,750/- per year/student.

10. Admission • Number of seats sanctioned with the year of approval — 60 for each Branch • Number of Students admitted under various categories each year in the last three years — SC - 153, ST - 61, VJ - 112, OBC - 400, OPEN - 272, PH (H) - 13, SBC - 13, Minority - 14. • Number of applications received during last two years for admission under Management Quota and number admitted. — NIL

11. Admission Procedure • Mention the admission test being followed, name and address of the Test Agency and its URL (website) — Common Entrance Test Conducted by Maharashtra CET Cell, Mumbai • Number of seats allotted to different Test Qualified candidate separately (AIEEE/ CET (State conducted test/ University test/ CMAT/ GPAT)/ Association conducted test) — 60 x 5 Branches • Calendar for admission against Management/vacant seats: — Seat Remain Vacant Remain at in Centralised Admission Process filled by conducting Round on 31 August’2019 by Publishing Advt. New Paper web site. • Last date of request for applications — Dt. 31.08.2019 • Last date of submission of applications— Dt. 31.08.2019 • Dates for announcing final results— Dt. 31.08.2019 • Release of admission list (main list and waiting list shall be announced on the same day) — Dt. 31.08.2019 • Date for acceptance by the candidate (time given shall in no case be less than 15 days) — Dt. 31.08.2019 • Last date for closing of admission— Dt. 31.08.2019 • Starting of the Academic session— Dt. 01.08.2019 • The waiting list shall be activated only on the expiry of date of main list — NIL • The policy of refund of the fee, in case of withdrawal, shall be clearly notified — As per Information Broacher of MH CET Cell

12. Criteria and Weightages for Admission Being purely state Government institute, funded by govt of Maharashtra as per common entrance test conducted by Govt of Maharashtra

• Describe each criteria with its respective weightages i.e. Admission Test, marks in qualifying examination etc. — As per Merit on the Basis of percentile of Test conducted by MH CET Cell • Mention the minimum level of acceptance, if any — Not • Mention the cut-off levels of percentage and percentile score of the candidates in the admission test for the last three years • Display marks scored in Test etc. and in aggregate for all candidates who were admitted — Displayed on Maharashtra.org

13. List of Applicants • List of candidate whose applications have been received along with percentile/percentage score for each of the qualifying examination in separate categories for open seats. List of candidate who have applied along with percentage and percentile score for Management quota seats — As per CAP only No Management quota seats 14. Results of admission Under Management seat/Vacant seats • Composition of selection team for admission under Management Quota with the brief profile of members (This information be made available in the public domain after the admission process is over) — NIL • Score of the individual candidate admitted arranged in order or merit — Merit list of candidate • List of candidate who have been offered admission — List & Against CAP for vacant seat • Waiting list of the candidate in order of merit to be operative from the last date of joining of the first list candidate — NIL • List of the candidate who joined within the date, vacancy position in each category before operation of waiting list.

15. Information of Infrastructure and Other Resources Available Class Room Details SN Name L B Area RoomNo Dept 1 Class room 9 10.65 95.85 209 Mech 2 Class room 9 10.65 95.85 219&220 Mech 3 CR/DCR 9 10.94 98.46 203 Mech 4 Class room 8.75 11.37 99.4875 210 civil 5 Class room 9 10.69 96.21 211 civil 6 Class room 8.75 11.37 99.4875 218 civil 7 CR 9.7975 11.37 111.3976 23 FY 8 CR 11.37 8.75 99.4875 111 FY 9 CR 8.75 11.37 99.4875 123 FY 10 DigitalCR 8.6 7 60.2 12 ETC 11 CR 10.25 7 71.75 110 EE 12 CR 10.25 7 71.75 111 ETC 13 TR AND DCR 7.75 8.6 66.65 118 EE 14 CR 10.255 7 71.785 211 CS 15 CR 8.6 7 60.2 11 ETC 1298.053

Tutorial Room Details SN Name L B Area Room No Dept 1 TR 9 5.325 47.925 121 FY 2 TR 9 5.325 47.925 122 FY 3 TR 9 5.25 47.25 208 Civil 4 TR 7 8.6 60.2 208 ETC 5 TR 9 5.25 47.25 222 Mech 250.55

Drawing Hall SN Name L B Area RoomNo Capacity 1 Machin Drawing Hall 8.75 11.37 99.4875 224 30 2 Drawing Hall 137.71 102 60

Laboratory Details SN Name L B Area RoomNo Dept SN ElectricalMachine Lab 8.6 12.5 107.5 4,5 EE 1 Microprocessor Lab 8.6 7 60.2 3 EE 2 Laboratory 7 8.6 60.2 22 EE 3 High Voltage Lab 7 8.6 60.2 20 EE 4 PEL 7 8.6 60.2 14 EE 5 EMAI ACL 7 8.6 60.2 13 EE 6 AADCL 7 8.6 60.2 103 ETC 7 EDCL 7 8.6 60.2 102 ETC 8 SOFTWARE ROOM 7 8.6 60.2 101 ETC 9 EMAIL 7 8.6 60.2 109 ETC 10 DALECL 7.75 8.6 66.65 120 EE 11 NETWORKANALYSIS 7 8.6 60.2 112 EE 12 COMPUTER LAB 7.75 8.6 66.65 119 EE COMPUTER 13 WORKSHOP 7.75 8.6 66.65 201 CS SYSTEM 14 PROGRAMLAB 7.75 8.6 66.65 202 CS COMMUNICATION 15 LAB 7.75 8.6 66.65 203 ETC 16 Embeded System lab 7 8.6 60.2 209 CS 17 Laboratory 10.255 7 71.785 210 CS Computer networking 18 lab 8.6 7 60.2 212 ETC 19 tutorial lab 8.6 7.75 66.65 218 CS 20 programming lab 8.6 5.5 47.3 219 CS 21 project lab 8.6 7.75 66.65 220 etc 22 e-yantra lab 8 3.41 27.28 224 CS 23 Dbms 7.75 8 62 225 CS 24 EM lab 14.15 11.37 160.8855 6 Civil 25 SOM 9 8.95 80.55 8 Civil 26 TRE 9 8.95 80.55 9 Civil 27 GT 9 8.95 80.55 10 Civil 28 Workshop 11.37 19.595 222.7952 11&12 29 FM lab 9.7975 9.07 88.86333 21&22 Civil 30 chemistry lab 11.37 14 159.18 27 31 Cad lab 9 10.516 94.644 103&104 Civil 32 EE 8.75 11.37 99.4875 105 Civil 33 LAB 9 10.65 95.85 106&107 Mech 34 LAB 9 10.65 95.85 108&109 mech 35 physics lab 9 15.975 143.775 36 CAD 9 10.515 94.635 Mech 37 Engineering Metelergy 8.75 11.37 99.4875 Mech Lab 38 Geology Lab 9 10.65 95.85 civil 39 EC lab 9 10.695 96.255 216&217 Mech 40 Mecatronics Lab 9 10.725 96.525 Mech 41 Hydraulic Machine Lab 9 10.69 96.21 Mech 42 Computer Lab 137.71 3624.468 Computer Centre Computer Lab 137.71

Examination facility Exam control Room with area 47.25 sqm and 15 class room

Hostel Facility Girls Hostel 1079.072 sqm capacity 90 Nos Boys Hostel 1993.562 sqm Capacity 180 Nos

• Library • No of Volumes-6280 • No of Titles-602 • No Journals-33

1) No of library books/Volumes-6280 2) No of Titles-602 3) No Journals-33 4) Library facilities i) News paper-5 (The Hitavada, The times of India, The Indian express, Lokmat, Navbharat) ii) Reference services iii) Zerox facility

LIST OF INTERNATIONAL JOURNALS

Sr TYPE OF TITLE OF JOURNALS No JOURNALS

Computer Science & Engg. Dept.

1 Indian journal of comp. sci. & prog. language International

Mechanical Engg. Dept.

2 International journal of Advanced Mechatronic & Robotics International

3 international journal of metalurgical engg. International

4 International journal of Advanced Mechanical Engg. International

Electrical Engg. Dept. 5 IEEE trasaction on smart grid International 6 International journal of Advance electrical engg. International 7 International journal of Advances in circuit system International 8 international journal of engg.mathematics International Electronics & Tele. Engg. Dept.

IASET:international journal of electronics & communication 9 International engg.

10 international journal of computer & electronics engg. International

international journal of electronics,communication & soft 11 International computing science & engg.

international journal of computational inteligence & 12 international telecommunication systems.

Civil Engg. Dept.

13 internatinal journal of Geological & geotechnical engg. International

• Laboratory and Workshop

Department of Civil Engineering and Applied Mechanics Sr. Name of Equipment Name of Cost (Rs) No. Lab 1 Verification of Bernoulli’s Equation 34320 2 Reciprocating Pump Test Rig 56000 3 Notch Apparatus 42480 Fluid 4 Orifice & Mouthpiece Apparatus Mechanics 42480 5 Reynolds Apparatus 24000 6 Experiment set to find losses in pipes 35800 7 Global Positioning System 96188 8 Dumpy Level with Tripod Stand 54000 9 Dumpy level 23835 10 Aluminium levelling staff 13800 11 Auto level 41700

12 Plane table board 16000 13 Electronic Digital Meter 45563 14 Prismatic compass 6750 Surveying 15 Planimeter Traditional 159600 16 Planimeter Kp-90N 39900 17 Digital Planimeter 58500 18 Steel metric chain 3500 19 Theodolite 65750 20 Laser Level 58500

21 Levelling Staff 6469 22 Electronic distance meter 10000 23 Conductivity Equipment 4895 24 Determination of chlorides equipment 2421 25 Determination of solid particles 9215 26 Determination of Turbidity 8253 Environment 27 PH meter al Engg. 5902 28 Determination of Acidity 4325 29 Determination of Dissolved oxygen 8900 30 Micro weighing balance 37455 31 Bitumen Penetration value test 40377 32 Abrasion test apparatus 120000 33 Flakiness index apparatus 20000 34 Bitumen softening point test 22065 Transportati 35 Bitumen specific gravity on Engg. 21852 36 Bitumen Adhesion test 146637 37 Crushing value test 8960 38 Impact value test 32238 39 Standard compaction test 18400 40 Grain size analysis 27900 41 California bearing ratio test 246500 42 Liquid limit apparatus 40250 43 Plastic limit apparatus 7500 44 Shrinkage limit apparatus 11750 45 Permeability apparatus 97500 46 Oven Geotech 36547 Engg. 47 Sand replacement apparatus 6275 48 Core cutter apparatus 15000

49 Unconfined compression testing machine 49600 50 Modified proctor test 23250 51 Electronic weighing balance 32500 52 Direct shear test 95500 53 Triaxial shear test 92200

Sr. Name of Equipment Name of Lab No .of Cost (Rs) No. Equipment 01 Worm and Worm Lab Model Applied Mechanic 02 15750 02 Three Sheave Pulley Block 02 11250 03 Reaction of Beam Applied 02 20025 04 Differential Axle & Wheel 02 18900 05 General Pulley Block with 02 28350 Continues Chain & Hook 06 Screw Jack 02 20250 7 Parallel Forces Apparatus 03 91125 8 Inclined Plane & Frication 03 64125 Apparatus 9 Polygon of Forces 03 57375 10 Universal Force Table 02 247502 11 Weston Differential Pulley 02 28350 12 Single Parches Crab 02 26000 13 Double Parches Crab 02 29000 14 Torsion Testing Machine Strength of 01 84000 15 Izone Charpy Impact Testing Material Lab 01 66000 Machine 16 Compression Testing Machine 01 95000 17 HT Fatigue Testing Machine 01 65700 18 HT Direct Shear Test. Machine 01 95500 19 Beam Reaction Apparatus 05 34500 20 Maxwell Reciprocal Beam 05 34500 Apparatus 21 Two Hinge Arch Apparatus 02 17800 22 Concrete Mixer Concrete Lab 01 42500 23 Cube Mould, Beam Mould, 2 44900 Cylindrical Mould 24 Cube Mould ,Beam Mould, 04 89800 Cylindrical Mould 25 Cube Mould, Beam Mould, 04 89800 Cylindrical Mould 26 Vikat Apparatus with 05 12000 Accessories 27 Le-Chattier Apparatus 05 10750 28 Density Bottle Test for 05 6500 Aggregate Bottle 29 Compaction factor Test 05 46500 30 Stump Cone Test 05 5750 31 Euler’s Buckling load 05 64125 Apparatus 32 Pycnometer 10 4000 33 Oven 04 54000

Department of Mechanical Engg Name of Name of Equipment Quantity Cost (Rs.) Lab

Equipment to find losses in pipes. 01 NO. 35,800 Reynold's apparatus to find Reynold's No.& Its 01 NO. 24,000 significance hydraulic Verification of Bernouii's equation Equipment 01 NO. 34,320 Machines Reynold's apparatus to find Reynold's No.& Its 01 NO. 24,000 significance Performance characteristic of Reciprocating Pump 01 NO. 56,000 Performance characteristic of Variable speed 01 NO. 48,275 Pump(Centifugal Pump) Equipment for stability of floating Bodies & submerged 1 NO. 15,714 Bodies. Cut Section of Jet Pump 1 NO. 14,160

Metalurgical Microscope 19 NO 2,56,500 Metalurgical Microscope 01 NO. 13,500 Jominy End -Quench Hardenability Set up 02 NO. 54,600 HARDENABILITY TEST EQUIPMENT. 02 NO. 54,600 Hardness Test by Brinell equipment. 02 NO. 1,24,000 Hardness Test by Rockwell Test. 02 NO. 99,200 Engineeri Magnetic Partical & Dye penetration Test 2 NO. ng 78,000 Metallurg Abrasive Cut-Off Machine 2 NO. y 30,000 Mounting Machine 2 NO. 84,000 Specimen Polishing Machine (Single Disc) 2 NO. 30,645 Belt Polisher (Grinder) 2 NO. 42,630 Poldi Hardness Tester 04 No 22,000 Metallurgical materials specimen set box for 24 nos. 29725 microstructure (M&S)

Level measurement trainer 1 No. 21700 Temperature sensor module 1 No. 8614 LVDT module micrometer displacement 1 No. 9400 pressure measurement using pizeo resistive 1 No. 11000 Screw thread micrometer 2 Nos. 12000 Radius gauge 1 Nos. 2550 Tool maker microscope 1 Nos. Mechanic 11700 s of Bevel protector 16500 1 Nos. Material & Dial calipers 1 Nos. 5400 Mechanic lever type dial indicator 1 Nos. al 5153 Measurem Micrometer stand 1700 1 Nos. ent and Metrology Angle gauge set 1 Nos. 9450 outside micrometer 2 Nos. 12200 sine bar 1 No. 8024 limit plug 2 Nos. 6394 DIGITAL VERNIER CALIPERS 1 No. 8500 Radius Gauge, Range: 7.5 – 15mm 1 No. 3500 Radius Gauge, Range: 1 – 7mm 1 No. 3500 Plunger Dial Gauge, L.C: 0.01mm, Range: 0 – 10mm 1 No. 3000 Digital Height Gauge, L.C: 0.01mm, Range: 0 – 300mm 1 No. 3540 Depth Micrometer, L.C: 0.01mm, Range: 0 – 150mm 1 No. 15833 Digital Inside Groove Caliper, L.C: 0.01mm 25-50 MM 1 No. 5000 Lever Dial Gauge, L.C: 0.01mm, Range: 0 – 0.8mm 1 No. 7500 Steel Slip Gauge Set, Gr.II, and 108 pcs. 1 No. 8000 Magnetic V Block – in pairs ,Size: 40 x50x 40mm = 2” 1 No. 7500 Flexibale Magnetic Dial Stand 1 No. 4000

Mercury thermometer, Range: -10C to 110C 1 No. 500 Plain Plug Gauge, Size: 20mm 1 No. 2,000 Allen key set (10 piece) 1 No. 500 Double ended flat spanner set 1 No. 1500 Screw driver set 1 No. 500 Universal set 1 No. 2000 Electric tester ( heavy duty) 1 No. 500

Drop & Film condensation appratus 1 No. 44840 Heat Transfer Through Composite Wall 1 No. 36750 Heat 1 No. Thermal conductivity of Insulating Powder Transfer 27000 Heat Transfer From pin fin 1 No. 27140 Emissivity Measurement Appratus 1 No. 28910

LASER PRINTER SP-210 01 NO. 4985 LAPTOP HP CORE I5 GENERATION 6 01 NO. 47250 LCD PROJECTOR SCREEN WALL MOUNT SIZE- 01 NO. 2688 4'×6' LCD PROJECTOR 3200 LUMEN,2240 LUMEN SVGA 800 ×600 4:3 EPSON EB-531 LCD MULTI M/S 01 NO. 30,280 Dwarka enterprises ,Na gpur SR.No.week 7300662 SCANNER CANON LIDE 110 SCAN JET PHOTO SCANNER PAPER SIZE A4 SR.NO.:-KKGE85472 01 NO. 3050 M/S. COPYPRO TECHNOLOGIES PVT LTD NAGPUR LASER PRINTER ICMF3010B,LASER A4, MULTIJUNCTIONAL PRINTER SR.NO WXM33498 CAD 01 NO. 8500 M/S. COPYPRO TECH.NOLOGIES PVY LTD NAGPUR TABLET 7'SCREEN ,1GB RAM 8GB INTERNAL MEMORTY 1.3 GHZ QUAD CORE PROCESSOR.ANDROID V5 LOLLIPOP 3450 MAH 01 NO. 6500 BATTERY SR.NO. :-FANPFX080 517 M/S. ARYAMAN SALES CORPORATION,NAGPUR H.P. DESKTOP COMPUTERS 280 G3 DESKTOP INTEL CORE I7-8700 (3.2 GHZ, 12 MB cache, 6 cores) 8th generation ,intel H370 chipset, graphics integrated 17 NOS. 765000 ,windows 10 professional 8 GB RAM,1 TB HDDD 19.5 " MONITOR (5 YEARS WARRENTY)

Mechatro PLC EDUCATIONAL TRAINER KIT 1 No. 37,000 nics

Cam Analysis Machine 01 No. 28,535 Static and Dynamic Balancing Equipment 01 No. Dynamics 23,600 Universal Governor 01 No. of 28,535 Performance characteristics of Gyroscope 01 No. Machine 28,535 critical speed of shaft 1 NO. 31,624

PETROL ENGINE FOUR STROKE IN CUT SECTION 01 No. 14,868 TWO STAGE RECIPROCATING AIR COMPRESSOR 01 No. TEST RIG (2 H.P.) Energy 64,900 SINGLE STAGE RECIPROCATING AIR Conversio 01 No. COMPRESSOR TEST RIG (2 H.P.). n 53,100 CENTRIFUGAL BLOWER TEST RIG. (Backward 01 No. Curved Vanes) 64,900 Department of Mechanical Engineering List of Experimental Set up Sr. Name of Experimental Setup Name of Lab No. 3rd Sem. 1 Study of Cupola Furnace 2 Study of Moulding Techniques 3 Study of Casting Process 4 Study of Pattern Making 5 Study of Joining Processes Manufacturing 6 Study of Forming Processes Processes 7 Study of Drawing Processes 8 One Job – Pattern Making 9 One Job – Casting 10 One Job – Welding Minimum Eight out of the above shall be performed:

1 Study of crystal structure 2 Study of metallurgical Microscope 3 Specimen Preparation Metallography ( Study & drawing of microstructure ) of plain carbon 4 steel 5 Metallography of cast iron 6 Metallography of non-ferrous metals. Engg. Metallurgy 7 Metallography of heat-treated specimen. Effect of annealing & normalizing on microstructure & hardness of 8 steel. 9 Hardenability Test

10 Hardness Test by i) Brinell ii) Rockwell test.

Minimum Eight out of the above shall be performed:

1 Conventional representation of Symbols. Machine Drawing 2 Pencil Drawings of sectional views of machine components. Pencil Drawings of some standard components. ( e.g. Screw 3 Fasteners) Pencil Drawings of standard assemblies with components.( e.g. 4 Couplings) Pencil Drawing of a small assembly with components (e.g. Screw 5 Jack) 6 Pencil Drawings of detailed drawings of Assembly Pencil Drawings of a large assembly with component drawings, 7 subassembly drawings and assembly drawing using all standard formats ( e.g. 8 Spring Loaded Safety Valve) 9 Sheet on Blue Print Reading. 10 Sheet on Preparation and explanation on Production Drawing. 11 Process Sheets for one component having maximum five operations. Computer Print out on Three Dimension Modeling using CAD 12 software. Minimum Eight out of the above shall be performed: 4th Sem. 1 To determine the metacentric height of given floating vessel. 2 To verify Bernoulli’s theorem. To find the value of co-efficient of given venture meter fitted in a 3 pipe. To find the value of co-efficient of Discharge for a given orifice 4 meter. 5 Performance characteristics of Pelton wheel. 6 Performance characteristic of Francis Turbine. Hydraulic Machines 7 Performance characteristic of Kaplan Turbine. 8 Performance characteristic of Reciprocating pump. 9 Performance characteristic of Variable speed pump. 10 Performance characteristic of Axial Flow Pump. 11 To find friction losses in pipe. 12 To determine co-efficient of discharge in pipes. Minimum Eight out of the above shall be performed:

1 Study of Single Point Cutting Tool. 2 Study of Various forces on single point cutting tools. 3 Study of multiple point cutting tools (milling, drilling) 4 Study of Lathe Machine. 5 Study of Shaper mechanisms. 6 Study of Broaching machines. Machining Porcesses 7 One Job on Milling. 8 One Job on Drilling, Boring 9 One Job on Thread Cutting, Taper Turning. 10 One Job on Surface Grinding. 11 One Job on Shaper. Minimum Eight out of the above shall be performed:

1 Study of Universal Testing Machine 2 Tension test on metals. MECHANICS OF 3 Compression test on materials. MATERIAL 4 Shear test on metals. 5 Impact test on metals. 6 Hardness test on metals. 7 Torsion test on metals. 8 Deflection of beams. 9 Modulus of rupture test. 10 Buckling of columns. 11 Deflection of springs. Minimum Eight out of the above shall be performed: 5th Sem. 1 To determine the thermal conductivity of composite wall. 2 Determination of thermal conductivity of an insulating powder. 3 Determination of thermal conductivity of metal bar. 4 Determination of Stefan Boltzmann constant. Determination of temperature distribution & heat transfer rate from 5 fin under forced convection. Determination of heat transfer coefficient in natural convection for 6 vertical tube. Heat Transfer Determination of condensation heat transfer coefficient in film wise 7 & drop wise condensation. 8 Determination of emmissivity of non black body. 9 Study of various types of heat exchangers. 10 Computerized analysis of various parameters of heat exchanger using shell and tube heat exchanger. 11 Study of heat pipe. Minimum Eight out of the above shall be performed:

1 Static characteristic of at least one Instrument. 2 Static calibration of at least one Instrument. Measurement of parameters by minimum three different types of 3 Instruments. Measurement of Linear, Angular dimensions (Using Vernier, Sine 4 bar, Clinometers) 5 Measurement of Flatness & Straightness. MMM Study and Measurement of Parameters using Toolmaker’s 6 microscope. Study and Measurement of Parameters using Optical profile 7 projector. 8 Use of Optical flat. 9 Design of Limit gauge. Minimum Eight out of the above shall be performed:

Development of application programs in C / C++ exploring use of 1 functions, vectors, arrays etc. Development of programs in C / C++ for any Numerical methods 2 like Newton Raphson, Gauss-Elimination, Gauss-Jordan, Crout’s method and Gauss-Seidel Method. Computer Application-I Development of programs in C / C+ + for any Numerical methods like Taylor’s series method, Runge Kutta method, Euler’s modified 3 method, Milne’s predictor corrector method, Iterative methods for eigen value & eigen vector determination. Development of programs in C / C++ to solve the problem in the following areas of Mechanical Engineering like, Mechanics, 4 Kinematics of Machines, Engineering Thermodynamics, Hydraulic Machines, Mechanics of Material, Design of Machine elements, Heat Transfer etc. Application of Mathematical Software/s for solution of problems in 5 the areas of Mechanical Engineering. Minimum Eight out of the above shall be performed: 6th Sem. 1 Identification & study of solid state electronic devices. 2 Identification, study & demonstration of different sensors. 3 Identification, study & demonstration of different actuators. 4 Demonstration of working of various digital to analog and analog to digital Converters. Mechatronics 5 Development of ladder diagram, programming using PLC Trace, interpret and demonstrate working of electro pneumatic 6 systems. Trace, interpret and demonstrate working of electro hydraulic 7 systems

1 Determination of jump-of speed of a typical cam- follower system. Dynamic balancing of rotating masses(study of wheel balancing 2 machine along with performance by visiting any automobile workshop). 3 Balancing of reciprocating mechanism. 4 Critical speed of shafts. 5 Performance characteristics of Gyroscope. 6 Free vibration of single DOF and two DOF spring mass system. 7 Natural frequency determination of cantilever beam. 8 Damping determination through free vibration logarithmic decay of a simple damped system. Dynamics of Machine 9 Natural frequency determination of two and three rotor system. 10 Torsional vibration of bifilar or trifilar pendulum. 11 Transmissibility of single degree of freedom system 12 Dynamic vibration absorber. 13 Dynamic force analysis of four bar mechanisms. 14 Dynamic force analysis of slider crank mechanism. Flywheel selection and parameter design for a typical multi-cylinder 15 engines. 16 Performance characteristics of governors. 17 Study of any mechanism in workshop/industry.. 18 Use of FFT analyzer for determination of natural frequencies of machine components. Minimum Eight out of the above shall be performed:

At least eight Practicals in applications like Material Management, Computer 1 Inventory Management, Office automation etc. based on above Application-II syllabus shall be conducted using suitable DBMS packages like ORACLE, MS ACCESS etc. or relevant freeware/s. 7th Sem. 2-D Geometric modeling of an Engineering object, demonstrating 1 Boolean operations like add,subtract and PAN, ZOOM, ROTATE commands 2 3-D Geometric Modeling of an Engineering object, demonstrating extrude, revolve and loft commands. 3 Generation of at least two simple solid models showing geometric properties using any CAD software. 4 Generation of any Assembly model along with animation. Static structural analysis using 1-D bar element by standard FE 5 package. CAD Static structural analysis using 1-D truss element by standard FE 6 package. Static structural analysis using 2-D CST element by standard FE 7 package. 8 Program for any one of optimization method. 9 Programs for generation of entities like Line, Circle, Ellipse using Bressenham’s algorithms. 10 Programs for 2-D & 3-D transformations. 11 Program for Bezier Curve generation

Minimum Six Practicals out of above on the standard CAD/CAE packages like ANSYS /NASTRAN/ UNIGRAPHICS/ CATIA / PRO-E / any other suitable software:

NASTRAN/ UNIGRAPHICS/ CATIA / PRO-E / any other suitable 1 software: 2 Study of performance characteristics of rotary compressor. Study and demonstration of internal combustion engine and its 3 components. 4 Study and demonstration of fuel injection systems and ignition systems of I. C. Engines. 5 Performance testing of a single cylinder I.C. Engine. 6 Study and demonstration of engine cooling and lubrication systems. Energy Conversion -II Performance analysis of multicylinder engine with energy balance 7 sheet. 8 Exhaust gas analysis of I. C. Engine. 9 Conduction of Morse test on multicylinder I.C. engine. 10 Performance on vapour compression refrigeration system. 11 Study & demonstration on household refrigerator. 12 Study of vapour absorption refrigeration system. 13 Study of Psychometric Processes on mini-air conditioning tutor.

Minimum Eight out of the following shall be performed (out of which six must be experimental): 7th Sem. A) Design problems (at least 8 problems should be included in the A Journal) 1 Design of fly wheel. 2 Design of coupling. Design of Mechanical 3 Design of Journal Bearing. Drives 4 Design & Selection of Antifriction bearing. 5 Design of Belt drive. 6 Design of chain drive. 7 Design of Wire rope. 8 Design of I C engine Components. 9 Design of Spur Gear drive. 10 Design of Helical Gear drive. 11 Design of Bevel Gear drive. 12 Design of Worm Gear drive. Design problems (at least 8 problems should be included in the

journal.

Student shall submit one assembly design report along with the drawing for assembly/sub assembly for any mechanical system B consisting of not less than four members included in the syllabus. Submission mentioned in (A) & (B) are compulsory.

8th Sem.

1 Introduction to CIM. (Product Development Cycle, CIM Wheel) 2 Introduction to NC. (Basic components, classification) 3 Manual Part Programming – Lathe. 4 Manual Part Programming – Milling. 5 Manual Part Programming by using Sub routine & Canned Cycles. ELECTIVE – II : 6 Part classification and Coding using G.T. COMPUTER INTEGRATED 7 Study of F. M. S. MANUFACTURING 8 Study of CAPP Systems. (Retrieval & Generative) 9 Study of different quality measurement tools. 10 Assignment on implementation of CIM in Industry.

Minimum Eight out of the following shall be performed (out of which six must be experimental):

1 To perform experiments on vapour compression test rig to determine COP of the system. 2 Study of various types of compressor. 3 Study of various types of condenser, expansion devices and evaporators used in RAC. 4 Study of various types of air conditioning systems ELECTIVE – II: 5 To perform experiments on Air-conditioning test rig. REFRIGERATION 6 Study & performance of window air conditioner. AND 7 AIRCONDITIONIN To perform experiments on desert cooler to evaluate its performance. G 8 Demonstration of use of various tools and equipments used for installation, maintenance & repair of refrigeration systems. 9 Testing and charging of vapour compression refrigeration system. 10 Report on visit to refrigeration plant/AC plant/cold storage plant. Minimum Eight out of the above shall be performed (out of which six must be experimental): 8th Sem. Performance, Simulation on CNC lathe (at least two complex 1 geometries). Performance, Simulation on CNC milling (at least two complex AUTOMATION IN 2 geometries). PRODUCTION 3 Practice Programming on Manual Part Program. 4 Practice Programming on APT. 5 Case Study on Automated System of any Industry. 6 Study/Performance on Robot. 7 Part Coding and Group Technology. Study of Automation & Case Study of Automated System of any 8 Industry. 9 Study of NC System. Minimum Eight out of the above shall be performed:

1 Study of gas turbine and jet propulsion system. Study of current energy scenario and various techniques of saving 2 energy. 3 Study & demonstration of solar lightning system. 4 Case study on energy conservation opportunities in industry. 5 Study of various hydraulic pumps. ENERGY 6 Study of various valves, actuators used in hydraulic system. CONVERSION - III 7 Study of various industrial hydraulic circuits. 8 Study of various compressors used in pneumatic system. 9 Study of air preparatory unit. 10 Study of various industrial pneumatic circuits. Minimum Eight out of the above shall be performed

Electrical Engineering Dept

Laboratory Name:- BEE LAB

Sr. No. Name of Equipment Qty. Amount 1 Moving coil DC voltmeter 02 2840 0/50/125/250/500v,120mm,mirro scale dial 2 Single phase Auto Transformer 03 9174 3 Moving coil DC Ammeter triple range 02 2730 05/10/20A,120mm mirror scale dial 4 Moving coil DC Voltmeter for range 02 2840 75/150/300/600A,120 mm mirror scale dial 5 DC Voltmeter (0.75/50/300V) 120mm Mirror 02 2730 Scale Dial 6 Single phase Transformer Air Cooled 1KVA 02 10868 1phase 230v 115v 7 4Y2 Digital Multi meter True RMS 40mm 01 1950 1 8 3 /2 Portable Digital Millimeter 03 3558 9 Induction Load 1 Phase 02 26105 10 Capacitive Load 1 Phase 02 17706 11 Rheostat Range 400 Ohms 1 A 02 2587 12 Rheostat Range 150 Ohms 2 A 02 3466 13 Rheostat 1 Phase Range 40 Ohms 10 A 02 6129 14 Loading Rheostat one phase 230 V/10A 02 18400

Computer Lab.

Sr. Total Name Of Items Desktop No. Quantity Rate per Unit No. Cost

DSR NO. - 2 1 LCD Projector page No. - 4 1 2668 2668 item No. - 1

DSR NO. - 2 2 Scanner page No. - 5 1 3050 3050 item No. - 2

DSR NO. - 2 3 Laser Printer page No. - 6 1 8500 8500 item No. - 3

DSR NO. - 2 4 Tablet page No. - 7 1 6500 6500 item No. - 4

Laser jet printer DSR NO. - 2 5 Colour Pro-M LBP page No. - 8 1 35775 35775 252 dw item No. - 5

DSR NO. - 2 HP 280 G- 6 page No. - 9 17 66,475 1130075 3DESKTOP item No. - 6 COMPUTER

DSR NO. - 2 Computer Make 7 page No. - 10 1 44440 44440 ACCER item No. - 7

Laboratory Name:- DLE LAB

Sr. No. Name of Equipment Qty. Amount 01 AC Voltage Stabilizer 1ɸ 01 3140 02 Dual DC Regulator Power Supply 02 9962 03 4Y2 Digital Multi meter True RMS 40mm 10 29250 04 Regulated DC Power Supply (4Am) 03 16174 1 05 3 /2 Portable Digital Millimeter 03 3558

Laboratory Name:- PDM LAB

Sr. No. Name of Equipment Qty. Amount 01 Set of Study of V-I SCR 01 No. 5500 02 Set of Study of V-I Characteris Set of TRIAC 01 No. 5500 03 4Y2 Digital Multi meter True RMS 40mm 10 29250 04 Experimental KIT to study Characteristic of 04 10896 Mosfet,FET& UJT 1 05 3 /2 Portable Digital Multimeter 03 3558

Laboratory Name:- EMI LAB

Sr. No. Name of Equipment Qty. Amount 1 Moving Iron AC Ammeter 5/10/30A/120mm 02 Nos. 2730 Mirror Scale 2 Rheostat 100Ω, 5A 05 No. 28375 3 Rheostat 250Ω, 2.5A 02 7500 4 4Y2 Digital Multi meter True RMS 40mm 10 29250 5 Kelvin’s Bridge Trainer 01 3182 6 Hay’s Bridge Trainer 01 3182 7 Maxwell’s Bridge Trainer 01 3182 8 Density’s and Schering Bridge Trainer 01 3182 9 Owen’s Bridge Trainer 01 3182 10 Anderson Bridge Trainer 01 3182 11 Experimental KIT to study Temperature Tran sure 02 9874 12 Experimental KIT for High Resistant’s 01 3995 Measurement 13 Exp. Kit To Study Linear Variable Differential 02 17933 Transformer (LVDT) 14 Power Factor Meter 01 2656 1 15 3 /2 Portable Digital Multimeter 03 3558 16 Portable LCR Meter 01 12293

Laboratory Name:- EDC LAB

Sr. No. Name of Equipment Qty. Amount 1 Digital Multi meter True RMS/AC/DC voltage 01 1897 2 4Y2 Digital Multi meter True RMS 40mm 10 29250 3 Regulated DC Power Supply (2Am) 02 7800 4 Regulated DC Power Supply (4Am) 03 16174 5 Astable&MonostableMultivibrator Experimental 04 8172 KIT 6 Diode Characteristic Trainer Experimental KIT 04 10896 7 Rectifier Trainer Experimental KIT 04 10896 8 Transitor Characteristic Trainer Exp.Kit 04 10896 9 Hartley and Colpitts Oscillator Kit 04 8172 10 Digital Storage Oscilloscope 40 MHz 02 44460 11 Whide Frequency range Function Generator 04 34496 12 Variable Single DC power Supply 0-15v 03 10500 13 Phase Shift Oscillator with power supply 04 12031 14 When Bridge Oscillator with power supply/ 04 12031

EQUIPMENT LIST - Machine Laboratory

Sr. Rate per Total Name Of Items Desktop No. Quantity No. Unit Cost Motor generator set 1HP DSR NO. - 1 1 M/s Shahid & co. page No. 3 1 41500 41,500.0 Roshan Ali itwari Nagpur item No. 3 0 Capacitor bank insulated load DSR NO. - 1 2 M/s Shahid & co. Nagpur page No. 4 1 21450 21,450.0 Capacitor bank insulated 3 phase item No. 4 0 Variable DC Rectifier DSR NO. - 1 0-230 V-20A 3 page No. 4 1 42415 42,415.0 M/s Elite tools corp. itwari item No. 5 0 Nagpur 3 Phase Inductive Load Bank 3kw/12A with Ammeter & DSR NO. - 1 4 Voltmeter page No. 5 1 33605 33,605.0 M/s Elite touls corp. itwari item No. 6 0 Nagpur MI type Ammeter (0-20A) DSR NO. - 1 Portable 120mm Dial 5 page No. 5 4 1256 M/s Elite touls corp. itwari 5,024.00 item No. 7 Nagpur DC Series Motor with Lading arrangement 1HP 1500rpm 230 V DSR NO. - 1 6 with 2 point started page No. 6 1 32500 32,500.0 M/s Shahid & co. item No. 8 0 Roshan Ali itwari Nagpur DC Shunt Motor with arrangement 1HP with 3 point DSR NO. - 1 7 Starter page No. 6 1 32500 32,500.0 M/s Shahid & co. item No. 9 0 Roshan Ali itwari Nagpur Rheostat 100Ω, 5A DSR NO. - 1 8 M/s Elite touls corp. itwari page No. 7 5 5675 28,375.0 Nagpur item No. 10 0 Squired cage induction motor with mechanical loading arrangement 30 ɸ DSR NO. - 1 9 440 v -1440 rpm,2kw induction page No. 7 1 31450 31,450.0 motor item No. 11 0 M/s Elite touls corp. itwari Nagpur Techo meter hunt hand digital non DSR NO. - 1 contact type 0-10000rpm 10 page No. 8 1 2425 M/s Elite touls corp. itwari 2,425.00 item No. 12 Nagpur Resistive load bank 2kw 3ɸ DSR NO. - 1 11 M/s Elite touls corp. itwari page No. 8 2 25350 50,700.0 Nagpur item No. 13 0 Rubber mats tested for 1100 v DSR NO. - 1 12 M/s Elite touls corp. itwari page No. - 8 6 1700 10,200.0 Nagpur Item No. - 14 0 3phase auto transformer 0- DSR NO. - 1 470/20A 13 page No. - 9 1 21220 21,220.0 M/s Izzy supplying corp. Item No. - 15 0 Oanchpaoli road Nagpur Single phase 0-3000 w,watermeter DSR NO. - 1 120 mm dial 5/10 Amp 14 page No. - 9 4 2185 M/s Izzy supplying corp. 8,740.00 Item No. - 16 Oanchpaoli road Nagpur Mi Type Voltmeter (0- DSR NO. - 1 500v)portable 120 mm dial 15 page No. - 9 4 1256 M/s Izzy supplying corp. 5,024.00 Item No. - 17 Oanchpaoli road Nagpur Star delta starter for 3p 2kw DSR NO. - 1 induction motor 16 page No. - 10 2 2800 M/s Izzy supplying corp. 5,600.00 Item No. - 18 Oanchpaoli road Nagpur 4 point starter DC motor starter DSR NO. - 1 for 5 Hp – DC motor 17 page No. - 10 1 2665 M/s Izzy supplying corp. 2,665.00 Item No. - 19 Oanchpaoli road Nagpur Rheostat 250Ω, 2.5A DSR NO. - 1

18 M/s Izzy supplying corp. page No. - 10 2 3750 7,500.00 Oanchpaoli road Nagpur Item No. - 20 Moving Coil rectifier type AC Voltmeter for range DSR NO. - 1 75/150/300/600v, 120 mm mirror 19 page No. - 11 2 1640 scale dial 3,280.00 Item No. - 21 M/s Elite touls corp. itwari Nagpur DC voltmeter (0-150-300- DSR NO. - 1 600v)120 mm, mirror scale dial 20 page No. - 11 2 1365 M/s Elite touls corp. itwari 2,730.00 Item No. - 22 Nagpur Moving iron AC voltmeter 125/250/500v 120 mm mirror DSR NO. - 1

21 scale dial. page No. - 11 2 1365 2,730.00 M/s Elite touls corp. itwari item No. - 23 Nagpur Moving coil DC voltmeter 0/50/125/250/500v,120mm,mirro DSR NO. - 1

22 scale dial page No. - 12 2 1420 2,840.00 M/s Elite touls corp. itwari item No. - 24 Nagpur Single phase Auto Transformer DSR NO. - 1

23 M/s Elite touls corp. itwari page No. - 12 3 3058 9,174.00 Nagpur item No. - 25 Moving coil DC Ammeter triple range 05/10/20A,120mm mirror DSR NO. - 1

24 scale dial page No. - 13 2 1365 2,730.00 M/s Shahid & co. item No. - 26 Roshan Ali itwari Nagpur Moving coil DC Voltmeter for range 75/150/300/600A,120 mm DSR NO. - 1

25 mirror scale dial page No. - 13 1 1420 1,420.00 M/s Shahid & co. item No. - 27 Roshan Ali itwari Nagpur DC Voltmeter (0.75/50/300V) DSR NO. - 1 120mm Mirror Scale Dial 26 page No. - 13 2 1365 M/s Shahid & co. 2,730.00 item No. - 28 Roshan Ali itwari Nagpur

4Y Digital Multi meter True 2 DSR NO. - 1 RMS 40mm 27 page No. - 24 2 2925 M/s Scientific Corp. Dhantoli 5,850.00 item No. - 43 Nagpur

Single phase Transformer Trainer DSR NO. - 1 M/s AR corp. Scetor 3, 28 page No. - 27 1 32348 32,348.0 Kharghar, item No. - 46 0 Navi Mumbai

Experimental Setup for Load Test DSR NO. - 1 3 Phase Induction Motor Trainer 29 page No. - 29 1 53676 53,676.0 M/s NVIS Technologies, item No. - 48 0 PVT. LTD. Indore (M.P.)

Experimental Set up to Perform no Load & Block Rotor Test on 3 DSR NO. - 1 30 Phase Induction Motor page No. - 30 1 53783 53,783.0 M/s NVIS Technologies, item No. - 49 0 PVT. LTD. Indore (M.P.) Loading Rheostat 3 phase 415 DSR NO. - 1 31 v/10 Amp page No. - 38 2 22417 44,833.0 M/s Global Marketing Nagpur item No. - 57 0 Exp. Setup for speed Torque Characteristic of 3 phase slip-Ring DSR NO. - 1 Induction Motor 32 page No. - 46 1 61290 61290 M/s AR corp. Scetor 3, item No. - 65 Kharghar, Navi Mumbai Power Factor Meter DSR NO. - 1 33 M/s Monarch Enterprises page No. - 56 1 2656 2656 Road Nagpur item No. - 74 Lamp Bank 1 Phase DSR NO. - 1 34 M/s Monarch Enterprises page No. - 60 4 8853 35412 Amravati Road Nagpur item No. - 78 DSR NO. - 1 Transformer Rectifier Unit Input page No. - 61 35 1 74700 74700 M/s Bhumika Enterprises Thane item No. - 78A Capacitive Load 3 Phase Range DSR NO. - 1 415 V/10A 36 page No. - 66 2 19635.5 39271 M/s Monarch Enterprises item No. - 83 Amravati Road Nagpur 3 Phase Induction Motor Trainer DSR NO. - 1 37 M/s NVIS Technologis Pvt. Ltd. page No. - 68 1 33867 33867 Indore (M.P.) item No. - 85 Single Phase Induction Motor DSR NO. - 1 Trainer 38 page No. - 69 1 38340 38340 M/s NVIS Technologis Pvt. Ltd. item No. - 86 Indore (M.P.)

3Phase auto transformer 10A DSR NO. - 1 39 M/s Yogi Gajanan Enterprises page No. - 83 2 20475 40,950.0 Nagpur item No. - 98 0

Department of Electronics and Telecommunication Engineering List of Equipment’s Name of Equipment Name Sr. of Total Amt No. Lab

1 OPERATIONAL AMPLIFIRE TRAINER 23832 =00

2 ASTABLE & MONOSTABLE MULTIVIBRATOR EXPERIMENTAL KIT 8172=00 3 OP - AMG. 741 CHARA. & APPLICA. TRAINER 8496=00

4 PLL 565 TRAINER KIT 6254=00 ACD LABACD 5 ADC / DAC TRAINER KIT 7050=00

6 MICROPROCESSOR KIT 8085 10620=00 7 DSP DEVELOPMENT BOARD 23500=00 8 8086 TRAINER KIT 16000=00 9 8051 EVALUATION BOARD 11200=00 10 ADD ON CARD FOR 8086 TRAINER KIT 9600=00 11 8086 MICROPROCESSOR TRAINER KIT 19500=00 12 8051 EVALUATION BOARD KIT 10856=00

13 MICROPROCESSOR KIT 8085 MICROPROCESSOR LAB 10620=00 14 DSP DEVELOPMENT BOARD 23500=00 15 8086 TRAINER KIT 16000=00 16 8051 EVALUATION BOARD 11200=00 17 ADD ON CARD FOR 8086 TRAINER KIT 9600=00 18 Experimental Kit To Studdy Water Level Measurment 9372=00 19 KELVINS BRIDGE TRAINER 3182=00 20 HAY'S BRIDGE TRAINER 3182=00 21 MAXWELL'S BRIDGE TRAINER 3182=00 22 DESAUTY'S AND SCHERING BRIDGE TRAINER 3182=00 23 OWEN'S BRIDGE TRAINER 3182=00

24 ANDERSON BRIDGE TRAINR 3182=00

25 Experiment Kit To Studdy Temperature Transducre 9824=00 26 EXPERIMENTAL KIT FOR HIGH RESISTANT MEASUERMENT 3995=00

EXP. KIT STUDY LINEAR VARIABLE DIFFERENTIAL EMI LAB 27 17933=00 TRANSFORMER ( LVDT ) 28 WIDE FREAUELY RANGE FUNCTION GENRATORE 33496=00 29 VARIABLE SINGLE DC POWER SUPPLY 0-15V/1-A 10500=00 30 PORTABLE LCR METER ( LCR ) 11293=50 31 WHEATSTONE BRIDGE 2900=00 32 TRANSDUCER TRAINER 18750 = 00 33 3- 1/2 PORTABLE DIGITAC MULTIMETER 2372=40 34 Dual D. C. Regulated Power Supply 9962=00 35 Regulated DC Power Supply ( 2 Amp ) 7800=00 36 Regulated DC Power Supply ( 4 Amp ) 10782=00 37 DIODE CHARACTERISTICS TRAINER EXPERIMENTAL KIT 10896=00 38 RECTIFIR TRAINER EXPERIMENTAL KIT 7264=00 39 TRANSISTOR CHARACTERISTICS TRAINER EXPERIMENTAL KIT 10896=00 40 HARTLEY & COLPITTS OSCILATOR EXPERIMENTAL KIT 8172=00

41 DIGITAL STORAGE OSCILLOSCOPE , 40 MH2 44460=00

42 EXPERIMENTAL KIT To Study BATERY CHARGER 13393=00 LAB 43 KIT TO STUDY FULL WAVE RECTIFIER 9421=00

44 PHASE SHIFT OSCILLAOR WITH POWER SUPPLY EDC 12031=00 45 WIEN BRIDGE OSCILLATOR WITH POWER SUPPLY 12031=00 46 1 MHZ MULTI.- WAVEFORM SINGLE ( FUNCTION ) GENTATOR 21800=00 47 RC COUPLED AMPLIFIER 11600=00 48 DUAL POWER SUPPLY 21200=00 49 EXP. KIT To STUDY BRIDGE RECTIFIER USING 6240=00 50 Digital Multimeter True Rms AC/ DC Voltage 1897=00 51 4- 1/2 Digital Multimeter True Rms 40 mm 29250=00 52 HP 280 G3 DESKTOP COMPUTER 1130075=00

LAPTOP HP Core I 5 Generation - 6 Ram 1.7 GH2 DOR 31- 4 GB ,HDP 53 ITB,Screen 15.06 inches, Preloaded 05 Window 7 or obve m/s Digitech 47250=00 Control System Pune LCD Porjector Screen Wall Mornted -Size- 4* 6* M/S Yesh Engineering 54 2668=00 Sales Nagpur 55 Scanner Canon Lide 110 Scanjet Photo scanner Paper size A-4 3050=00

56 SAMSUNG LASER PRINTER -1676 11000=00 COMPUTER LAB LCD Porjector 3600 Liners XGA- M/S Dwarka Enterprises 57 44811=00 RamkrushnaTawerLxmi Nagar Nagpur 58 ASK / FSK / PSK MODULATION & DEMODULATION TRAINER 42000=00 59 PAM/ PWM / PPM MODULATION & DEMODULATION TRAINER 39000=600 60 AM SUPERHETRODYNE RADIO RECIVER 10400=00 61 DIFFERNTIAL PULSE COD MODULATION 34800=00 62 SSB - SC MODULATION DEMODULATION 44880=00 63 DSB - SC MODULATION DEMODULATION 28800=00 64 DELTA ADPTIVE MODULATION & DEMODULATION 19000=00 65 FM TRANSMITTER RECEIVER KIT 36800=00 66 AMPLITUDE MODULATION DEMODULATION 11280=00 67 DPSK MODULATION DEMODULATION TRAINER KIT 38400=00

68 FREQ. MODULATION DEMODULATION USING PLL. 13440=00

69 DSB TRANSMITER RECCIVER KIT 10030=00 70 AM/FM/PM MODULATION & DMODULATION TRAINER 13570=00

71 PRE. EMPHASIS & DE-EMPHASIS EXP. KIT LABCE 4763=00 72 PULSE AMPLITUDE MODULATION & DEMODULATION KIT 6543=01 73 SSB TRANSMITER / RECCIVER KIT 14396=00 74 FM MODULATION & DEMODULATION KIT USING PLL 5074=00 75 AUTOMATIC GAIN CONTROL CKT 5127=00 76 FM TRANSMITTER / RECEIVER TRAINER KIT 23954=00 77 AM TRANSMITTER / RECEIVER TRAINER KIT 23482=00 FDM (FREQ. DIVISION ) MULTIPLEXING & DEMULTIPLEXING KIT 78 13216=00 M/S SincomSindhu Electronic &comm.Pvt. Ltd.Nagpur 79 ADAPATIVE/ DELTA MODULATOR TRAINER 21680 = 00 80 ERROR DETECTOR TRAINER 22300 = 00 81 QPSK MODULATION TRAINER 19900=00 82 MULTIPLEXER & DEMULTIPLEXER TRAINER 10218=00

83 ARITHMETEC & LOGIC UNIT TRAINER 12258= 00

84 LOGIC GATES TRAINER 10218=00 85 ENCODER DECODER TRAINER ( DECODER & MULTIMETER ) 10218=00

86 BREAD BOARD TRAINER 12392=00 DCFM LABDCFM 87 LOGIC ANALYZAR 45 CHANNEL 29170=00 88 DTMF ENCODER & DECODER TRAINER KIT 35200=00 89 UNDERSTANDING CHARACTERISTCS OF DIAC & TRIAC 6584=00 90 Experimental Kit To Study Characterstic of Mosfet&Fet& UJT 10896=00 EXPERIMENTAL KIT TO STUDY OF V-I CHARACTERISTICS ( 91 11804=00 GATE DRIVE ) TRIGGEREING CIRCUITS FOR MOSFIT & IGBT 92 POWER FACTOR METER 2656=00 SINGALE ELEMENT WATTMETER

93 1969=50 94 SINGALE ELEMENT DYNAMOMETER TYPE WATTMETER 1969=50 95 EXP. KIT FOR STUDING IGBT CHARACTERISTICS 6000=00

96 EXP. KIT To STUDING SERIES INVERTOR USING ( SCR ) PDM LAB 10011=00 97 EXP. KIT To SINGLE PHASE CONVERTOR 38078=00 98 EXP. KIT For STUDY TRIGGERING CKT. 6240=00 99 EXP. KIT To STUDY PARALLEL INVERTER 8320=00 100 EXP. KIT FOR STUDYING STEP-UP CHOPPER 10400=00 101 EXP. KIT FOR STUDYING STEP DOWN CHOPPER 10400=00

List of Experiments

Sr. Name of experimental setup

no.

Name of Subject Lab / 1. To study architecture of TMS320C54XX & Motorola DSP563XX

2. To generate basic signals using TMS320C54XX .

3. Write an ALP using instruction of TMS processors to add two numbers. 4. Write ALP to subtract two numbers. 5. Write an ALP to multiply two numbers of unsigned 32 bit data. 6. Write an ALP to divide 16 –bit data by an eight bit data. 1 7. Implementation of FFT using code Composer studio. 8. To implement Interpolation filter by Matlab. 9. To implement Decimation filter by Matlab. 10.To design FIR filter using MATLAB and find finite word length effect &

cross verify using DSP processor. Processor DSP And Architecture 11.To design IIR filter using MATLAB and find finite word length effect & cross verify using DSP Processor. 1. To study & understand TV Receiver block diagram & analyze and synthesize TV Pictures. 2. To study & understand the color composite video signal. 3. To study & understand the RF tuner section & measure the voltage at different test points. 4. To study & understand the VIF & SIF section & measure the voltage at different test points. 5. To study & understand the chroma section & measure the voltage at different test points. 6. To study & understand the vertical & horizontal section & measure the voltage at different test points. 7. To study & understand the EHT section. 2 8. To study & understand power supply section of colour TV system. 9. To study & understand the different patterns with the help of pattern generator. 10. Case study of live broadcasting (e.g. Cricket match/football match).

11. To study & understand HDTV standards. Television And Video Engineering 12. To study & understand various faults and trouble shooting of colour T.V. 13. To study & understand different TV receiver picture tube. 14. To study & understand Digital TV satellite System.

1. Design of basic logic gates using VHDL.

2. Design of full adder/substractor using VHDL. 3. Design of Multiplexer/ Demultipelxer using VHDL. 4. Design of Priority encoder using VHDL. 5. Design of BCD-to-Seven segment encoder. 3 6. Design of n-bit up-down counter. 7. Design of n-bit shift register using VHDL. 8. Design of sequence detector using Mealy FSM. 9. Design of sequence detector using Moore FSM.

10.Design of 4-bit ALU using VHDL. Advanced DigitalSystem Design 11.Design & Implementation of 4-bit barrel shifter using FPGA / CPLD. 12.Design & Implementation of 4-bit multiplier using FPGA / CPLD. 13.Design & Implementation of 4 X 4 keyboard scanner using FPGA / CPLD. 14.Design of Asynchronous sequential circuit using VHDL. 15.Design & implement Mini project on FPGA/CPLD. 1. Study of 8086 microprocessor. 2. Write and execute 8086 assembly Language Programs to multiply two 16 bit numbers. 3. Write and execute 8086 assembly Language Programs to divide 16 bit number by 8 bit number. 4. Write and execute 8086 assembly Language Programs to search a look-up table for a byte (make use of XLAT) 5. Write and execute 8086 assembly Language Programs to compare two

strings (use String instructions) 6. Write and execute 8086 assembly Language Programs to arrange the data bytes in ascending/descending order. 7. Write and execute 8086 assembly Language Programs to generate Fibonacci series and store it from memory location 0050H. 8. Write and execute 8051 assembly language program to find smallest byte 4 in a string of bytes. 9. Write and execute 8051 assembly language program to exchange two data

strings. or And Microcontrollers 10.Write and execute 8051 assembly language program to generate square wave of 1 KHz (and any other frequency) on one of the pin of output port. 11.Interface 8255 with 8086 microprocessor and write a program to glow the alternate LED’s. 12.Interface 8255 with 8086 microprocessor and write a program to rotate the Microprocess stepper motor. 13.Interface 8253 with 8086 microprocessor and write a program to generate square waveform. 14.Interface 8279 with 8086 microprocessor and write a 8086 instructions to initialize 8279 (for a task as per the user’s requirement). 15.Interface of ADC using 8255 with 8086 and write a program to convert analog signal input into its equivalent digital value and store it in memory locations. 1. (A)Design Non-Inverting OP-AMP and measure the gain and plot the input/output waveforms. (B)Design Inverting OP-AMP and measure the gain and plot the input/output waveforms. 2. Plot the Frequency response of Inverting and Non-inverting amplifiers. 3. Implementation of Op-Amp as adder &subtractor.

4. To design OP-AMP as Integrator and Differentiator and plot its input/output waveforms. 5. To design OP-AMP as Schmitt trigger for generating a waveform of specific pulse width. 6. To design OP-AMP as peak detector. 5 7. To design OP-AMP as Precision rectifier and plot the waveforms. 8. To Verify Op-amp parameters (1) CMRR (2) Slew Rate. 9. To Verify and simulate Clipper circuit using IC 741.

10.Design and verify Multivibrator circuits using IC 555. Analog CircuitAnd Design 11.To study Phase Lock Loop using IC 565. 12.To study OP-AMP as Clippers & Clampers. 13.Design RC oscillator using OP-AMP and calculate its frequency. 14.Design transistorized LC oscillator and calculate its frequency. 15.Design first & second order low pass Butterworth filer. 16.Design first & second order high pass Butterworth filer. 17.Design of series voltage regulators. 18.Design of Driver Circuit for DC servomotor/Relays. 19.Design of control circuit for stepper motor. 1. To generate Amplitude Modulated wave using different techniques and plot its waveform. 2. To study different AM detection techniques. 3. To measure Noise Figure. 4. To generate Frequency Modulated wave using different techniques and plot its waveform. 5. To study different FM Detection Techniques. in MATLAB. 6. To generate Pulse Amplitude Modulation (PAM) and plot the waveforms.

Observe the demodulated output.

7. To generate Pulse Width modulated signal and study PWM demodulation. 8. To generate Pulse Position modulated signal and study Pulse Position Demodulation. 9. To study Single side band (SSB) Transmission & Reception. 6 10.To study Double Side Band (DSB) Transmission & Reception. 11.To study generation of SSB-SC using balanced modulator. 12.To study generation of DSB-SC signal.

13.To study DTMF Encoder Decoder Communication Electronics 14.To perform Spectrum Analysis of AM & FM signals 15.To perform Time Division Multiplexing (TDM). 16.To study Pre-Emphasis and De-Emphasis 17.To study Super heterodyne Receiver 18.To study FM radio receiver circuit. 19.Simulation of Analog modulation techniques using MATLAB. 20.Simulation of Frequency modulation techniques using MATLAB. 21.To perform Pulse Code Modulation (PCM) using Simulation 1. To Plot V-I Characteristics of Si/Ge Diode. 2. To study Half Wave and Full Wave rectifier with and without Capacitor

filter. 3. To study Input-output characteristics of Common Emitter Configuration. 4. To determine the h-parameter of CE amplifiers. 5. To find Bandwidth of RC coupled Amplifier. 6. To Study RC Oscillator (RC-Phase Shift and Wien Bridge Oscillator). 7 7. To Study LC Oscillators (Colpitt‟s and Hartley Oscillator). 8. To study transistorized AstableMultivibrator. 9. To study Cross-over distortion in Class-B power amplifier.

10.To find the operating point of transistor. Electronic DevicesAnd Circuits 11.To study transistor as an amplifier. 12.To study FET characteristics.

1. Measurement of Medium Resistance by using voltmeter ammeter method and Wheatstone bridge method. 2. Measurement of Low Resistance by using Kelvin Bridge Method. 8 3. Measurement of Unknown inductance by using Hay’s Bridge / Maxwell

Bridge Method. Electronics

4. Measurement of Unknown Capacitance by using Schering Bridge Method. Instrumentation MeasurementAnd 5. To Determine DC Voltage, AC voltage and phase by using CRO. 6. Temp. Measurement & control using RTD / Thermocouple / Thermistor. 7. Displacement measurement using LVDT. 8. Level measurement using capacitive / resistive transducer 9. Flow measurement using optical transducer 10.Measurement of signal parameters using Digital Storage Oscilloscope. 11.Study of Data Acquisition system. 12.Feature extraction of some standard signal using Spectrum Analyzer. 1. Write a C++ program to implement the concept of class and object. Given Data: - class student:-roll number, name and address 2. Write a C++ program to find the area of circle and rectangle by using default and Parameterized constructer.

3. Write a C++ program using following inheritance path: Student -> Marks->

Result & to produce result of each student. 4. Write a C++ program, to implement operator overloading. Overload “+” operator so that two string can be concatenated. 5. Write a C++ program to implement a following sorting tech. to arrange elements in ascending order. 1) Bubble sort 2) Insertion sort 6. Write a C++ program to implement a stack in which push, pop and display 9 can be performed. 7. Write a C++ program to implement a queue in which insertions, deletions and display can be performed. 8. Write an interactive C++ program to create a singly linked list and perform following operation. 1) Create 2) Insert 3) Delete 9. Write a C++ program to construct a binary tree and perform following traversing techniques. ject Oriented Programming & Data Structure 1) Preorder 2) Inorder 3) Postorder Ob 10.Write a C++ program to construct a binary search Tree and perform following Operation. 1) Insert 2) Delete 3) Print leaf node 11.Write a C++ Program to implement quick sort. 12.Write a C++ Program to implement “this” keyword.

Department of Computer Science & Engineering (1) Lab Equipment/ facilities in each laboratory/ workshop Sr. Name of Item Name of Qty. Total Amt No. Lab 1 LCD Projector Screen Wall Mountes Size of 4' x 6' Prog. Lab 1 2668.00 2 LCD Projector XGA with Wi-Fi Prog. Lab 1 45163.00 3 Scanner (Canon Lide 100) Prog. Lab 1 3050.00 Laser Printer A 4 Prog. Lab 4 1 8500.00 ICMF 3010 B 5 Laptop HP Prog. Lab 1 47250.00 Laser Printer Prog. Lab 6 Make - Richoh 1 11727.00 7 Rating of UPS Prog. Lab 1 44578.00 8 LCD Projector Prog. Lab 1 38000.00 9 Vaccum Clener Prog. Lab 1 10 LASER PRINTER- HP Leserjet pro M202/203 dw Prog. Lab 3 40446.00 UPS 2 KVA Networking 11 2 47900.00 Lab Multifunction Machine Networking 12 1 26500.00 Lab Air Conditionar Networking 13 1 47725.00 Split Air conditioner 2 ton, Lab 42 U Rack Networking 14 (Dlink NFR) Lab 1 42495.00 IOT Lab: Networking 15 Connecting Sensors- Analog type- Lab 1 49930.00 IOT Components Networking 16 1 49930.00 Lab IOT LAB:Software Networking 17 1 49930.00 Lab IOT LAB: Connecting Sensors- Digital Type Networking 18 Lab 1 49930.00

IOT LAB: Connecting Sensors- 12C type- RGB Networking 19 LCD Lab 1 49930.00

IOT LAB: Programming Environment Networking 20 Lab 1 49930.00

IOT LAB: IOT Gateway solution based Hardware Networking 21 with power supply Lab 1 49930.00

IOT LAB: Acessories Networking 22 1 49930.00 Lab IOT LAB: Integrated Sensor/ Actuator Library in Networking 23 software Integrated Sensor/ Actuator Library in Lab 1 49930.00 Software System Bus and Protocol Analyzer Trainer Networking 24 Lab 1 48990.00 Ethernet protocol Trainer Networking 25 1 48950.00 Lab Digital Photocopier Machine Networking 26 1 47000.00 Lab 27 ERP Software Software 1 49621.00 28 Adobe Acrobat Prof DC Software 1 21363.00 29 Adobe Photoshop Software 1 34000.00 Redhat Enterprise Linux Desktop 5. x 5 MB 30 Software 13 47630.00 Subscription (1 yr) 31 MS Windows 10 Pro Software 4 44400.00 TURBO C++ Software Academic purpose 15 users 32 (Embracadero C++ Software 15 49500.00

33 Visual Studio. NET Professional (2015) Software 5 30500.00 34 Microsoft Office 2007 Software 7 41300.00 Network Simulation & Learning Resource 35 Software Software 1 48960.00

Flat Bed Cum Sheet Fed Scanner Computer 36 1 25500.00 Workshop

Visual Presenter, Desktop Type Computer 37 1 39163.00 Workshop

Tablet Computer 38 1 6500.00 Workshop Computer - make Acer All in One 39 computer 22 977680.00 Lab Hp 280 G3 desktop 40 computer 80 Lab 4508240

(2) List experimental setup in each lab/ workshop Advanced C Programming & Logic Design 1. Write a program to generate histogram of elements in an array 2. Binary Search 3. Bubble Sort 4. Write a program to calculate norm of a matrix. 4. Sorting of names 5. Count number of words and characters 6. Write functions using pointers to implement concatenate and copy strings. 7. Write functions for string copy, compare and concatenation using functions and use parameter as pointers. 8.Create an array of structures which stores students data along with marks in an array and display details of student having maximum average marks. 9. Write a function to find square root of complex number . Pass number as structure to function. 10. Write a recursive function to implement tower of Hanoi. 11. Write a program to read the contents of data file on a character by character basis and display them on screen. 12. Write a program to copy contents of one file to other using command line arguments. 13. Write a program to create employee records in file and read a specific employee. 14. Write a program to draw moving rectangle. 15. Write a program to create sequential and index file and compare the search operations

Practical List Computer Workshop {BE3S6}

III Sem- 2019-2020 1 Introduction to HTML, Web Pages, World Wide Web, Tags in HTML.

2 Develop an HTML document for a web page using Character and Page formatting elements 3 Develop an HTML document for a web page using Ordered, Unordered and Definition list. Design web page using attractive background color, text color and background image. 4 Create static web page using complex table like mark sheet, telephone bill, time –table etc.

5 Create a static web page which defines all text formatting tags of HTML in tabular format

6 Develop a complete web page using Frames and Frameset which gives the information about college. 7 Create employee registration webpage using HTML form objects. 8 Write HTML program to add sound & video. 9 Apply style sheet in Web page. [inline, embedded and linked] 10 Create a HTML web page using VB script. 11 Create a HTML web page using Java script. 12 To study UNIX/LINUX Operating systems.

Digital Circuits and Fundamental of Microprocessors List of Experiments 1. To verify the truth table of different Logic Gates. 2. To study and verify the NAND and NOR gates as a universal gates. 3. To implement any logic function using basic gates. 4. To study and verify truth table of Multiplexer and Demultiplexer. 5. To study and verify the truth table of Half adder and Full Adder. 6. To study and verify the truth table of different types of Flip-flops. 7. To study and verify truth table of Encoder and Decoder. 8. To study and implement ALU. 9. To study the functioning of Shift Register. 10.To study the functioning of Up/Down counter . 11.To study the architecture of 8085 microprocessor. 12.Write and execute an ALP for multiplication of two 8 bit numbers. 13.Write and execute an ALP to count number of 1’s in 8 bit number.

V Semester Subject –Object Oriented Programming V th Semester

1) To study the different Integrated Development Interfaces (IDEs) to compile the C++ programs. 2) A) Write a c++ program to implement concept of class and object: create class student Date Members: name,roll_no,address,total,Percentage. Member Function: to read data, to calculate percentage of student, and to print details of student. B) Write a C++ program to read data on N employees and compute the Net_Sal of each employee ( DA = 52% of Basic and Income Tax = 30% of the gross salary ).Date Members: Employee_Number, Employee_Name, Basic, DA, IT, Net_Sal; Member Function: to read data, to calculate Net_Sal and to print employee details; 3) Write a c++ program for Tower of Hanoi. (Using recursion). 4) A)To write a program to find the multiplication values and the cubic values using the inline function. B) Demonstrate the use of default argument. C) Demonstrate the use of new & delete operator. 5) Define a class to represent a bank account which includes the following members as Data members: a) Name of the depositor b)Account Number c)Withdrawal amount d)Balance amount in the account Member Functions:a) To assign initial values b)To deposit an amount c) To withdraw an amount after checking the balance d) To display name and balance.Write the above program for handling n number of account holders using array of objects. 6) Write a C++ program to add time using object as a argument. 7) Write a C++ program to find the area of circle and rectangle by using default and parameterized constructor. Also demonstrate the use of copy constructor. 8) A) Write a program to accept five different numbers by creating a class called friendfunc1 and friendfunc2 taking 2 and argument respectivly and calculate the average of these numbers by passing object of the class to friend function. B)Write a C++ program for addition of two complex numbers using friend function (use constructor function to initialize data members of complex class) . 9) A)To write a C++ program to find the volume of cube, rectangle and cylinder using function overloading concept. B)Write a C++ program to overload “= =” to compare two strings and overload “+” operator for concatenation of two strings. C)Write a C++ program that overloads the unary ++ operator to increment each element of the given one dimensional array by ‘1’ 10) A) Consider a publishing company that markets both book and audio cassette version to its works. Create a class Publication that stores the title (a string) and price (type float) of a publication. Derive the following two classes from the above Publication class: Book which adds a page count (int) and Tape which adds a playing time in minutes(float).Each class should have get_data() function to get its data from the user at the keyboard. Write the main() function to test the Book and Tape classes by creating instances of them asking the user to fill in data with get_data() and then displaying it using put_data().

B) Consider an example of declaring the examination result. Design three classes student, exam and result. The student has data members such as rollno ,name. Create the lass exam by inheriting the student class. The exam class adds data members representing the marks scored in 5 subjects. Derive the result from exam-class and it has own data members like total, avg. Write the interactive program into model this relationship.

11) A)Create a base class called shape, this class to store two double type values that could be used to compute the area of figures. Derive two specific classes called triangle and rectangle from the base shape. Add tp the base class, a member function getdata() to initialize base class data members and another member function display_area() to compute and display area of figures.. Make display_area as a virtual function and redefine the function in the derived class to suit their requirements.Using these three classes, design a program that will accept dimensions of a triangle or a rectangle interactively and display area. B) Write a C++ program to explain virtual function (polymorphism) by creating a base class c_polygon which has virtual function area(). Two classes c_rectangle and c_traingle derived from c_polygon and they have area() to calculate and return the area of rectangle and triangle respectively. 12) Write a C++ program to create three objects for a class named pntr_obj with data members such as roll_no & name . Create a member function set_data() for setting the data values and print() member function to print which object has invoked it using ‘this’ pointer 13 )A)WAP to copy the contents of a file to another file. B) Write a C++ program to display the contents of a text file. 14) A)Write a c++ program to find maximum of two data items using function template. B) Write a class template to represent a generic vector. Include member functions to perform the following task i) To create a vector ii)Sort the elements in ascending order iii) Display the vector

DBMS Practical list 2019-2020 LAB NO. 219 1 Implementation of DDL and DML commands of SQL with suitable examples

2 Implementation of following types of operators in SQL

 Arithmetic Operators  Logical Operators  Comparison Operator  Set operator  Range searching operator  Pattern matching operator 3 Implementation of different types of function with suitable examples

 String function  Arithmetic Function  Aggregate Function  Miscellaneous Function  Date and time Function 4 To Study & Implementation of different types of integrity constraints.

5 Study and Implementation of

 Group By & having clause  Order by clause 6 To Study and Implementation of different join types and join condition.

7 To study and execute queries based on Cartesian product.

8 To Study & Implementation of sub queries and views.

9 To study & Implementation of SQL Triggers.

10 Study & Implementation of DCL and TCL commands.

11 To study and execute cursors in database.

12 To write a PL/SQL procedure for different loops, addition of numbers and GCD numbers

13 To write a PL/SQL block to implementation of factorial using function

14 To Write a PL/SQL program to reverse a given number.

15 To Write a PL/SQL block for exception handling..

Practical of design analysis and applied algorithm 1. Sort a given set of elements using the Quick sort method and determine the time required to sort the elements. Repeat the experiment for different values of n. Hence realate how the time complexity of quick can be reduced to make worst case as best case.

2. Write a program to implement knapsack problem in order to determine maximum profit by weight by using greedy approach on the basis of profit, weight, and capacity of bag.

3. Apply Greedy approach to find Minimum Cost Spanning Tree of a given undirected graph using prims’s algorithm regarding to lease telephone network line to different offices which are to be considerd in dense area.

4. Apply Greedy approach to find Minimum Cost Spanning Tree of a given undirected graph using Kruskal’s algorithm to realate it with how to plan lay cables for a cable TV service between the limited area .

5. From a given vertex in a weighted connected graph, find shortest paths to other vertices using Dijkstra's algorithm and also check wheather is works for negative values or not?

6. How you can relate the heap sort program in forecasting of future demand for data transfer between nodes in a large network that spanned the country. The program could be configured in terms of the how to choose routes for the data transfer, with the objective of minimizing cost of the required equipment overall.

7. Implement N Queen problem program of placing N chess queens on an N×N chessboard so that no two queens attack each other. For example, following is a solution for 4 Queen problem. The expected output is a binary matrix which has 1s for the blocks where queens are placed.

8. Print all the nodes reachable from a given starting node in a digraph of GPS Navigation System to find all nebouring locations using BFS method hence, relate it with Social Networking Websites where we can find people within a given distance ‘k’ from a person using Breadth First Search till ‘k’ levels.

9. Implement Merge Sort algorithm to sort a given set of elements and determine the time required to sort the elements.

10 Implement DFS to realate it with all the nodes reachable from a given starting node in a Crawlers build index to start from source page and follow all links from source and keep doing same.

VII Semester Language Processor Sr. Name of the Experiment Name No. (no.) of Lab

1 To study translator, compliers, lexical analyzer, cross complier and Regular CS - 219 language.

2 Design a lexical analyzer for given language and the lexical analyzer should CS - 201 ignore redundant spaces, tabs and new lines. It should also ignore comments. Although the syntax specification states that identifiers can be arbitrarily long, you may restrict the length to some reasonable value. Simulate the same in C language.

3 Write a C program to identify whether a given line is a comment or not. CS - 201

4 Write a C program to recognize strings under 'a', 'a*b+', 'abb'. CS - 201

5 Write a C program to test whether a given identifier is valid or not. CS - 201

6 Write a C program to simulate lexical analyzer for validating operators. CS - 201

7 Implement the lexical analyzer using JLex, flex or other lexical analyzer CS - 201 generating tools.

8 Write a C program for implementing the functionalities of predictive parser CS - 201 for the mini language specified in Note 1.

9 a. Write a C program for constructing of LL (1) parsing. CS - 201 b. Write a C program for constructing recursive descent parsing. 10 Write a C program to implement LALR parsing. CS - 201

Subject: - Data Warehousing and Mining Class:-4th Year/7th Sem. Sr. No Name of Experiment 1 Create operational System, a data warehouse for given case study-Medical Store. 2 Creation of Star and Snowflake and Fact Constellation Schemas. To create Star, Snowflake and Fact constellation Schemas for selected case study

3 Introduction to the WEKA machine learning toolkit. 4 To perform filtering and classification on data sets using the WEKA machine learning toolkit. 5 Write a program to implement Association Rule Mining Using Apriori algorithm. 6 Using WEKA to determine Association rules 7 Write a program to implement Clustering using K-means algorithm. 8 To Perform clustering using WEKA data mining toolkit and analyze bank data. 9 Design a knowledge flow layout, to load attribute selection normalize the attributes and to store the result in a csv saver. 10 Study on CRoss-Industry Standard Process for Data Mining (CRISP-DM) (Content Beyond Syllabus) workshop

Sr. No. Name of Equipment Name of Lab Cost (Rs)

1 Circular Saw Machine Carpentry 33200.00

2 Hand Grinder 4" Carpentry 8553.00

3 Hand Drilling machine 6mm Carpentry 7553.00

4 Bench Grinder With 6'' Wheel Carpentry 8400.00

5 Carpentry Vice 8" Carpentry 89060.00

6 Cut of Saw Machine Dia 355mm Carpentry 19153.00

7 Carpentry Vice 9" Carpentry 65530.00

8 Carpentry Vice 6" Carpentry 27720.00 Sabre Saw 220mm /230 mmPower Input 9 Carpentry 25953.00 1100w, Stroke Length 28mm Planners 82mm GHO 10-82 professional, 710w 10 Input chip thikness 0-1.0mm, Rebating depth Carpentry 13750.00 0-9mm 11 Carpentry Ratchet Brace Carpentry 3250.00

12 Saw Set Plier Carpentry 800.00

13 Pincher Carpentry 800.00

14 Spoke Shave Carpentry 2200.00

15 Wood Ras File 250mm Carpentry 3845.00 Wood Ras File 300mm 5025.00 16 Carpentry Workshop Wall Chart 6600.00 Marking Gauge Aluminium 1800.00 17 Carpentry

18 Try Square For Carpentry 8" Carpentry 5060.00 19 Pincher 8" Carpentry 1125.00

20 Jack Planner 18" Carpentry 31320.00 Wooden Planner 9" 1950.00 21 Carpentry With Blade 9" Wooden Planner 14" 3100.00 22 Carpentry With Blade 14" 23 Sprit Level 12" Carpentry 900.00

24 Steel Rull 12" Carpentry 1560.00 1) Tenon Saw 10" 960.00 25 Carpentry 2) Tenon Saw 12" 1200.00 26 Hammer Claw Pin Carpentry 300.00

27 TATA Ball Pain Hammer (200gm) Carpentry 4000.00

28 Hand Saw 12" Carpentry 600.00

29 Hand Saw 14" Carpentry 600.00

Sr. No. Name of Equipment Name of Lab Cost (Rs) 1 Cold & Hot set Roded Smithy 4460.00

2 CHISEL FLAT 0.5" Smithy 1800.00

3 Flatters 55mm Smithy 11600.00

4 Fuller Top & Bottom Smithy 11600.00

5 Swage Top & Bottom 6mm Smithy 7800.00

6 Swage Top & Bottom 9mm Smithy 7800.00

7 Flatter Roded 55mm Smithy 4800.00

8 Hollowing Hammer Smithy 6720.00

9 Stake Hatcht Smithy 24000.00

10 Stake Grooving Smithy 24000.00

11 Hammer Scalng Smithy 2800.00

12 Cast Iron Anvil Smithy 43600.00

13 Cast IRON Swadge Block Smithy 20960.00

14 Bench Grinder 8” Smithy 14990.00

Sr. No. Name of Equipment Name of Lab Cost (Rs) WORKSHOP WALL CHART 1 Fitter 8925.00

FILLER GAUGE 0.5mm 2 Fitter 420.00

RADIUS GAUGE 3853.00 3 Fitter

VERNIER CALLIPER 12mm 48265.00 4 Fitter

VERNIER BEVEL PROTECTOR 7500.00 5 Fitter

6 TRHREAD GAUGE GO, NOGO BSW (1" 3/4" Fitter 14400.00 1/2")

7 SNAP GAUGE 10mm DOUBLE ENDED Fitter 3360.00 SNAP GAUGE 20mm DOUBLE ENDED 3960.00 CRIBER 550.00 9 Fitter

NUMBER PUNCH 1625.00 10 Fitter

LETTER PUNCH 4266.00 11 Fitter

try Square 8" 4620.00 12 Fitter

STEEL RULL 12" 1560.00 13 Fitter

File Triangular 15cm 4990.00 14 Fitter

File Square 25cm 6440.00 15 Fitter

File Round 25cm IInd cut 5940.00 16 Fitter

File Half Round 25cm 10950.00 17 Fitter

File Flat 25cm Basterd 2650.00 18 Fitter

File Round 30cm 7050.00 19 Fitter

File Flat 30cm 4000.00 20 Fitter

Hand File 15cm 3640.00 21 Fitter

Triangular File 15cm 4990.00 22 Fitter

Square File 6440.00 23 Fitter

File Flat 25cm Bustard 2650.00 24 Fitter

Hacksaw Frame Heavy Duty 2800.00 25 Fitter

Portable Hand Drill Machine 1980.00 26 Fitter

Inside Caliper 6" 1600.00 27 Fitter

Outside Caliper 6" 1600.00 28 Fitter

Ring Spanner 6 to 32mm 1790.00 29 Fitter

Spirit level 12" 900.00 30 Fitter

Ring Spanner 6 to 32mm 8950.00 31 Fitter

Hacksaw Frame 2800.00 32 Fitter

Snap Gauge Go No-go 50mm 5166.00 33 Fitter

Hammer Drill Machine (22mm) 43306.00 34 Fitter

900.00 35 Spaner set Fitter

36 Dot Punch Fitter 450.00 38 Bench Drilling Machine Fitter 44553.00

39 Impact Drill Machine 13mm capacity Fitter 13400.00

40 Bench Vice 4" Fitter 85648.00

41 Bench Grinder 8" dia 200mm with 25mm Bore Fitter 14990.00 32mm with 1/2 HP/ 1HP Motor 42 veniresHeightGauge (18" Mitutoya) 45953.00 Fitter

43 Mini Angle Grinder (100mm) 10906.00 Fitter

44 49521.00 Power Saw Machine 14" Fitter

45 Surface Plate 2' X 3' 79906.00 Fitter

46 Bench Drilling Vice 3" 2453.00 Fitter

47 Tata Ball Pin Hummer Fitter 800.00 48 Center Punch Fitter 450.00

Physics Department Sr. No. Name of Equipment Name of Lab Qty. Cost 01 P.N. Junction Diode Characteristics with 2 DPM 02 16200=00 02 Zener Diode Characteristics 02 16200=00 03 Study of Characters LED 02 15750=00 04 Band Gap P.N. Junction Diode with 2 DPM 02 17775=00 05 Half & Full wave Rectifier 02 30375=00 06 Transistor characteristic study kit in CB and CE 06 51600=00 mode 07 Power Supply 30v/2 amp single variable with 2 Engineering Physics 02 14625=00 digital meter Lab 08 Power Supply 30v/2 amp Dual variable with 2 02 33750=00 digital meter 09 Hand held Digital multi-meter of standard make 02 3360=00 10 Hall effect study set up with bulky/ non bulky 04 200875=00 electromagnet 11 4 probe surface resistivity Study kits 04 63793=00 12 Cathode Ray oscilloscope 02 76500=00 13 Audio function generator 2MHz with digital 06 52470=00 display 14 Determination of e/m of an electron 04 53449=00 15 Cathode Ray oscilloscope 03 61374=00 16 Auto clove 0.1 liter capacity 01 27240=00 17 High temperature Furnace Optics and Advance 01 34731=00 18 Newton’s rings apparatus with Sodium source Physics Lab 04 69300=00 and power supply 19 Optical spectrometer with LC 1min 04 80388=00 20 Optical fiber trainer kit 02 44310=00 21 Lorentz Half shed polarimeter 04 61320=00 22 Astronomical Telescope 01 49775=00 23 LASER trainer kit with source, optical bench and 04 141020=00 diffraction grating

Sr. No. Name of experimental setup Name of Lab 1 Study the given PN junction diode in forward and reverse biased mode. Plot V-I characteristics and determine the values of cut-in voltage, forward dynamic resistance and reverse static resistance. 2 Study V-I characteristics of given zener diode and determine values of cut-in voltage, zener breakdown voltage and zener resistance. 3 Study V-I characteristics of given LED and determine the value of cut-in voltage. 4 Study the working of Half wave, Full wave and Bridge rectifier circuits and determine the ripple factor and rectification efficiency. Engineering Physics 5 Determine the energy band gap of the given semiconductor by using reverse Lab biased PN junction diode. 6 Study the temperature variation (Room temperature to 110 C) of surface resistivity of the given sample and determine the energy band gap. (4 Probe Method) 7 Study the variation of hall voltage with magnetic field and determine the hall coefficient and charge carrier concentration. 8 Study the Input and Output characteristics of given PNP transistor in CE configuration and determine the input resistance and output resistance.

Sr. No. Name of experimental setup Name of Lab 1 To determine the radius of curvature of given Plano convex lens by using interference of light in thin film (Newton’s rings). 2 Determination of number of lines per cm on the given diffraction grating using He-Ne LASER beam. 3 Determination of the wavelengths of spectral lines using diffraction grating. Optics and Advance 4 To study CRO for measurement of ac voltage Physics Lab and frequency.

5 To determine specific charge e/m of an electron by Thomson’s method. 6 To find the specific rotation of sugar solution by using a polarimeter. 7 To determine numerical aperture and attenuation loss of optical fibre.

Chemistry department

Sr No Name of Equipment Name of Lab Cost (Rs)

01 Digital Top Pan Balance CHEMISTRY 54000=00 With Acrylic Wind Shield Cap 100 Gm LABORATORY Accuracy 1 Mg. 02 Digital Muffle Furnace 26500=00 With Digital Temp

03 Digital Top Pan Balance 20700=00

With Acrylic Wind Shield Cap 300 Gm. Accuracy 10 Mg.

04 Glass Distillation Assembly. 29400=00 Cap. 2 Lit/Hr. 05 Digital Conductivity Meter

57000=00 06 Penetrometer 68077=00 For Determination Of Consistency & Penetration Test Of Grease 07 Conrad son Carbon Residue Apparatus 72345=00 08 Pensky-Marten Flash Point Apparatus 50235=00

09 Redwood Viscometer 50222=00 10 Cleveland Open Cup Flash Point Apparatus 48919=00

11 Able`s Flash Point Apparatus 53549=00

12 Havel Induction, S.T. Model 4050=00

13 Printer 5500=00 TOTAL AMOUNT 5,40,497=00

List experimental setup in each lab/ workshop, First Semester Sr No Name of experimental setup Name of Lab

1 To Estimate type of Extent of Alkalinity of given water sample by Warder”s Chemistry Method. Laboratory 2 Determination of Hardness (Total,Permenent & Temporary) of water Sample by Complex-Ometric Method. 3 To determine the amount of calcium ions removed by cation exchange resin. 4 Determination of pH value of solution. 5 Estimation of free Chlorine in the water sample by Iodometry. 6 Estimation of Ni-ions present in given solution by Complexometric method. 7 Determination of Fe2+ ,Fe3+ and total iron in the given solution by Redox titration.

8 Determination of percent Ignition Loss of Portland Cement

Second semester

Sr No Name of experimental setup Name of Lab

1 Determination of Neutralisation number (Acid value) of oil Chemistry Laboratory 2 Determination of Flash Point of lubricating oil by Cleveland`s open cup Apparatus. 3 Determination of Flash Point of Lubricating oil by abel`s close Apparatus. 4 Determination of Flash point of lubricating oil by pensky martin`s close Apparatus. 5 Determination of Viscosity of a lubricating oil at different temperature by redwood viscometer no.1 or No 2. 6 Proximate Analysis of coal-Determination of % of Moisture in coal sample 7 Proximate Analysis of coal-Determination of % of Volatile in coal sample

8 Proximate Analysis of coal-Determination of % of Ash in coal sample

• Computing Facilities • Internet Bandwidth • Number and configuration of System • Total Number of system connected by LAN • Total Number of system connected by WAN • Major software packages available • Special purpose facilities available

• Innovation Cell Innovation Cell

As defined by the MHRD Innovation cell (MIC), the college has constituted Institute Innovation Council IIC 2.0 (previously known as the ‘Innovation Cell’). The council has objective to provide encouragement and support to students in converting their ideas to new or improved products, processes and services.

1. Innovation cell was inaugurated on 18/09/2018 by Ajinkya kottawar (Vidarbhacha Instein) founder of Dyanpith foundation.

2. The webinar delivered on “Leadership Talks” by Anand Mahindra, Chairman of Mahindra group on 08/01/2019

3. On 10/01/2019 workshop on Intellectual property right was conducted for student.

4. Four pOc HAS BEEN SUBMITTED TO Regional Mentoring Session at Pune.

5. One day workshop on “Entrepreneurship and Innovation as career opportunity” on 17. 09. 2019, a Annual Calendar Activity for 2019-20.

GCOEN, Shines in Mahapor Hackathon, conducted for the Mayor Innovation Award

The Mayor Innovation Awards (MIA), had forty young Innovators from Government Engineering Nagpur, the ceremony was held on 3rd March at Suresh Bhat Sabha Gruha. These forty Innovators were shortlisted as teams, to occupy their position in top 100 teams amongst 1200 teams those had participated in Nagpur Mahapor Hackathon earlier on Feb. 2nd2019. They have addressed problems in diversified fields that need to be tackled as the city marches towards a Smart City. The projects worked on include, Eco-friendly Geo-polymer Concrete using Fly Ash, Smart E-Tricycle, Sewage Water and Rainwater Energy Generation, Android Application for travelling in Nagpur City, Booking Multipurpose Halls &Lawns., Biogas Plant-Anaerobic Digester, Real Time City Monitor, Brick Manufacturing Using Sludge and flyash. The project Real Time City Monitor, By Daniyal Waseem Qureshi, second year Electronics & Telecommunication student, guided by Dr Rajeshree Raut , won the third prize in Mayor Innovation Award Ceremony. The award comprises of a medalation, citation and a cash prize of Rs 5000/-. The real Time City Monitor is a very smart, inexpensive wireless device which is specially designed to relay real-time data about the atmosphere from some important city locations to the authority/’s server. Dr. M.B. Kumthekar, Principal Government College of Engineering, Nagpur, was overwhelmed with the success of the infant institution. His motivation and guidance to these young brains has worked out the success. The Institution Coordinator for the event and Dean Students Affairs, Dr.Rajeshree Raut expressed her confidence in her students performance and was sure about their success. The Faculty Mentors Dr. N. D. Ghawghawe, Dr. P.B. Daigawane, Dr. Kiran Tajne, Dr.Latesh Bhagat. Dr.Kshitija Kadam, Dr. Rajeshree Raut, Dr.Shrikant Tekade, took special efforts for guiding their teams.

GCOEN, Shines in NMC's Innovation Parv Hackathon 2019

The innovation Parv 2019, had sixty young innovators and more than 150 students attendees from Government College Of Engineering Nagpur, the event was held on 23rd August at Mankapur Stadium. On its first day, Hackathon 2.0 had been organized, in which the teams were given problems related to city development and we're asked for the solution. The project worked on include, sustainable grey water treatment, economical accelerated curing tank, waste polymers in building and construction material, smart compost bin, automatic poultry farming monitoring system, low cost protective fencing for farm, solar panel analysis, smart city, upgrade of city bus service, help fit, nagpur metro commuters complaint quick response service, e-lokyaan-overcoming overloading and safe and comfortable transport, urbopolitan, smart bin, metricity, intelligent traffic signal management. A total of 13 teams from the College participated the event. Dr.M.B.Kumthekar, Principal Government College of Engineering Nagpur, was overwhelmed with the participation of the infant institution. His motivation and guidance to these young brains has worked out the success. The institution coordinator for the event and Dean Student Affairs, Dr Rajeshree Raut expressed her confidence in her students performance. Indeed, a remarkable achievement by the teams held the flags high for GCOENs. A total of 10 teams of GCOEN were awarded as first 200 teams amongst the more than 1500 teams that had participated the event. The faculty mentors Dr.N.D.Ghawghawe, Dr.Kiran Tajne, Dr. Latesh Bhagat, Dr.Rajeshree Raut, Dr.Shrikant Tekade, Dr.R.L Wankhade, Prof A. K.Baile, Prof Sujata Bhele, took special efforts for guiding their teams.

• Social Media Cell College activities and achievements gets good coverage at DTE news letter and News papers. (Files uploaded on Website in respective Departments under News and Upcoming Events) • Compliance of the National Academic Depository (NAD), applicable to FGCM/PGDM Institutions and University Departments The college is affiliated to RTMNU and hence NAD sbeme of university is applicable.

• List of facilities available

Gymkhana Activities (2018-19)

In year 2018-19 the sports equipments of Rs. 1,54,000 was purchased also Rs. 70,000 was spend on ground preparation and sound system.

Ground Area:- 3.00 Acres

Indoor Game:- Chess, Table Tennis, Carom, Power Lifting

Outdoor Game:- Kho-Kho, Kabaddi, Vollyball, Football, Cricket, Lawn Tennis, Archery, Running, Wrestling, Basketball, Swimming, Handball, Hockey, Tug of War, Boxing, Malkhamb, Judo Karate, Shooting

Student Achievement in Sports Activity (2018-19)

students participated in 23 games of University Intercollegiate tournament. from which

1. unnati Agrawal Ist year mechanical student was selected for archery on national level.

2. Vedashri Ranade 1st year CSE and Anshuman Naik 1st ETC student were selected for Table Tennis on state level.

3. Pankaj 1st year ME student was selected for lawn tennis on state level.

4. Samiksha Niyogi 2nd year CE and Kiran Nikhar 2nd year EE student were selected for chess on state level. 5. Himanshu Bhardwaj 3rd year ME student was selected for Handball on state level. also the football, basketball team achieve quarterfinal position and Kho-kho team achieve semifinal position in university game. In Punjabrao Krida Mahotsav Chess, Vollyball, Cricket and football team acheive semifinal position.

College Level Sports Week

1. Table tennis women

winning team – Mechanical (Akshita Baghel, Samiksha Shende, Yukta Sawalkar, Mrunal Ambadkar, Vaishnavi Daigawane)

Runner up Team- Computer Science (Vedashree Ranade, Tanvi Joshi, Sancheti Ramteke, Indrakshi Basu, Bhavi Gharatkar)

2. Carrom- Girls Singles

1st place- Sanika Mannikkuwar 2nd year EE

2nd place- Krutika Bandre 3rd year CSE

3rd place- Payal Navhate 2nd year CSE

3. Girls Double winners

1st place- Ritika Gadve & Yogita Wairagade 3rd year CE

2nd place- Rewati Arvikar & Gauri Toshniwal 2nd year CSE

3rd place- Simran Sapda & Harshada Bawankule 1st year CE

4. Boys Single Winners

1st place- Harshal Kunghatkar 1st year ME

2nd place- Dhruv Santoshwar 2nd year CSE

3rd place- Swapnil Jounjalkar 3rd year CE

5. Boys Double Winners

1st place- Indrajit Sonule & Rushabh Maywade 3rd year ME

2nd place- Swapnil Jounjalkar & Akash Gavankar 3rd year CE

3rd place- Nachiket Nathak & Vedant Barapatre 1st year CE

6. Vollyball (Men)

Winner- Electrical (Rushikesh Sherkar, Subhodh Kadu, Sudhanshu Kumare, Harshal Ramapure, Abdur Rahman, Purvesh Deshmukh)

Runner Up- Mechanical (Sahil Kothekar, Jay Rajurkar, Nainish Andurkar, Piyush Rathod, Sahil Phad, Harshal Kunghatwar)

7. Vollyball (Girls)

Winner- Civil (Ritika Gadve, Nupur Deshpande, Dhanashree Bhoyar, Pranjali Markand, Aishwarya Raipurkar, Janvhi Sontake, Vedangi Dhatrak)

Runner Up- Mechanical (Samiksha Kawate, Manjiri Kahare, Samiksha Shende, Gargi Adsule, twinkle Waratkar, Mrunal Ambadkar, Shreya Wankhade)

8. Chess (Men)

Winner- Sandesh Kamble CE 9. Chess (Girls)

Winner- Sanjana Tembhurkar CSE

10. Badminton

Winner- CSE (Vaibhav Pawade, Sarthak Khare, Shivam Pande, Tanvi Joshi, Gaurao Diwse, Maitreyee Roy)

Runnewr Up- EE (Rajan Lawane, Harshal Ramapure, Sanika Manikkuwar, Prakhar Gupta, Amisha Ganvir, Chetan Gharate)

11. Cricket

Winner- ETC, Runner Up- Electrical

12. Football

Winner- CSE, Runner Up- Mechanical

Student Association

MESA,CESA,COMSA,EESA and ETSA

Extra Curricular Activities (2018-19)

E-Cell

Under E-Cell “Entrepreneurship Awareness Camp” was organised in association with MCED (Maharashtras Centre for Entrepreneurship Development) from 27 to 29 August 2018 for 70 students. Also Promotion on “Entrepreneurship through Josh Talks, Gurgaon” was conducted for 120 students on 03/10/2018.

Astronomy Club

1. Interschool quiz compitition on “Stars quizs” was organised in the month of july 2018. Total 5 school had participated.

2. Two days workshop on “Star gaze” was organised in Techfest- Adhyyaya and in this workshop telescopic handling, observational astronomy, sky observations, hands on training had been provided to the participant of other college.

3. Introduction of Astro in orientation programme organised for 1st year students.

4. Deep sky observations by Rohit Chinchwadkar 3rd ETC.

Happiness Club

1. Yoga day was celebrated on 21/06/2018 under happiness club.

Reading Club

1. Vachan Prerna diwas was celebrated on the birth anniversary of Bharatratna Dr. A. P. J. Abdul Kalam dated 15/10/2018

2. Marathi Bhasa Gaurav Din was celebrated on 15/01/2019

Art Exhibition Club

1. Art exhibition were conducted for students under Virina cell on 12/02/2019

E-Yantra/Robotics Club

1. The students of GCOEN present “Develop content of E Yantra” in IIT Bombay and they Won prize of Rs. 7000 2. Attended workshop on E farming at IIT Bombay by 2students along with 2 faculties. 60,000 is sanctioned for this project. This project will be carried out in GCOEN campus.

3. workshop on “Fire bird 5 robot” was arranged in october 2018 for 1st year students and also for 2nd year student on 29/01/2019

4. Seminar on GATE Awareness in association with TPO was arranged for all branches and GATE exam material were provided to every department.

5. Summer Internship will be arranged for 2nd and 3rd year students in ACS company with free of cost.

Project/Model Exhibition Club

Civil Museum was created by 3rd year civil students. In this museum the prototype of civil structures were

constructed by students only.

Brief report about Gymkhana and college activities in year 2018-19

1. 1000 trees were planted in campus under Tree Plantation program held on 23/06/2018 with the support of Bajaj Electricals.

2. padmashri Advocate Ujjwal Nikam visited our institute on 12/07/2018 for giving lessons about law and order to the students.

3. Induction programme for Ist year students were conducted on 1/8/2018.

4. online quiz contest was conducted in association with Engineers Forum, Nagpur on “Role of Engineers in defence of the Nation” on 20th August 2018 and 40 students participated from different branches.

5. Blood donation camp was conducted in association with Government medical college and Hedgewar blood bank, Nagpur on 27/09/2018 and 123 students has donated blood.

6. Swachhta Abhiyan Rally was organised on the occasion of 150th birth anniversary of mahatma Gandhi on 23/10/2018

7. Padmashri, Padmabhushan and maharashta bhushan Dr. Vijay Bhatkar visited our college dated 19/01/2019 for guiding us on Unnat Bharat Abhiyan.

8. Lokshahi Pandharwada was conducted in college campus from 25/01/19 to 10/02/2019

9. Virina cell organised a program on women Empowerment from 7/02/19 to 13/02/19

• Teaching Learning Process • Curricula and syllabus for each of the programmes as approved by the University The college is affiliated to Rashtrasant Tukdoji Maharaj Nagpur University Nagpur. So all Curriculla, syllabus, Academic Calendar has to be followed as per affiliating University ie Rashtrasant Tukdoji Maharaj Nagpur University Nagpur.

• Academic Time Table with the name of the Faculty members handling the Course, Teaching Load of each Faculty, Internal Continuous Evaluation and Student’s assessment of Faculty, System in place (files attached)

16. Enrolment of students in the last 3 years year 2017-18 2018-19 2019-20 I 316 315 341 II 363 291 354 III -- 349 357 IV -- -- 336

17. List of Research Projects/ Consultancy Works • Number of Projects carried out, funding agency, Grant received College is participating in Unnat Bharat Abiyaan and has received grants of 2.0 lakhs. Consultancy and Testing Year Testing ( lakhs) Consultancy( lakhs) 2016-17 0.10 3.43 2017-18 4.55 2.72 2018-19 (upto 8.21 3.65 July 2019)

• MoUs with Industries (minimum 3)

Memorandum of Understanding Govt college of Engineering is constantly collaborating with various institutions and organisation for betterment of Students, faculty members and society, in large. The institute has Memorandum of Understanding with many such institutes for enhancing research, testing consultancy, academia-institute interaction and promoting entrepreneurship. Following is the list of MoUs signed till date with various esteem Institution/organisation.

Sr Name of MoU with MoU date MoU subject Activities done Outcomes/ No Institute Name of and brief concerned with Beneficiaries of Institution/ description MoU MoU organisation 1 Govt V.N.I.T., Nagpur 25.08.2016 The MoU aims Infrastructure is sharing of smart College of for mentoring shared for an classroom, Engineering and sharing of STTP. NPTEL video Nagpur smart lectures, library Digital classroom classroom, and laboratories has been NPTEL video established. Infrastructure lectures, library development and laboratories, Laboratories and smart class establishment of sharing for Mech room digital Engg students is classroom. going on. 2 Govt Sardar Patel 26.08.2016 Collaboration in The relevant Faculty and College of College of faculty and staff activities are in student Engineering Engineering, development planning stage. exchange, Nagpur Mumbai activities, research and research development, programs, entrepreneurship faculty student and faculty exchange, development 3 Govt Govt. College of 23.02 2017 Collaboration in In collaboration a Academic College of Engineering faculty and staff STTP on collaborative

Engineering Jalgaon development ‘Sustainable activities Nagpur activities, construction Expertise research Engineering for sharing programs, Smart City faculty student Development’ has exchange, been conducted 14- 18 Mar 2017 4 Govt MITCON 01.11.2017 An MoU for MITCON & NISE Conduction of College of consultancy & 3years has Suryamitra Training & Engineering Engineering objective to Program (13 Feb counselling to Nagpur Services Ltd develop skilled 2018-13 May students for manpower 2018) entrepreneurship required as per MITCON & NISE Also IRG is the norms of Suryamitra generated industry and Program (08 Aug through these optimal 2018-08 Oct 2018) workshops utilisation and development of MITCON & NISE available Suryamitra

recourses Program (13 Nov 2017-13 Feb 2018) 5 Govt Maharashtra 25.04.2018 Aiming MCED Skill Conduction of College of Centre for faculties, Development skill Engineering Entrepreneurship students and Workshop for development Nagpur Development, society at large PAPs on Data program for Udyog Bhavan, the scope and Entry Operators MIHAN project Nagpur objectives of (17 Nov 2016-21 affected persons coopration to Dec 2017) Conduction of create MCED Skill Training & conducive Development counselling to environment for Workshop for students for entrepreneurship PAPs on Web Site entrepreneurship Development and Also IRG is Corel Draw (01 generated Dec 2016-21 through these January 2017) workshops MCED Skill

Development Program on Computer Hardware & Networking (24 July 2017-15 Sept 2017) MCED Skill Development Program on AUTOCAD (21 Dec 2017 -15 Feb 2018) MCED Entrepreneurship awareness camp (27 to 29.08.2018 6 Govt Govt. College of Collaboration in Expertise sharing Jointly College of Engineering faculty and staff in STTP, Training conduction of Engineering Chandrapur development and placement T&P activities, Nagpur activities, activities is being workshops, research done. expert lectures programs, etc Entrepreneurship faculty student development exchange, lecture conducted. 7 Govt St Vincent 30.06.2018 Collaboration A meeting and Jointly College of Pallotti College with visit to the institute organisation of

Engineering of Engineering neighbouring has resulted in STTP/ Expert Nagpur and Technology, technical sharing of lectures, Lab Nagpur institute of good laboratories and sharing and R & repute for win-students D activities etc. win situation for involvement in Faculty and both institutes Unnat Bharat student for betterment Abhiyan and development of stakeholder. Robotics club

activities Participation in ‘Industry- Academy interface’07.9.2018 8 Govt CADD Centre, 25.06.2018 The objective of 15 students of Training to College of Nagpur MoU with this Mechanical Dept Students on Engineering leading CAD completed various CAD Nagpur training institute introduction to tools is to enable Autocad (11 and students 25 08.2018) industry 50 student of Civi relevant Dept attended software skill seminar on trainings under Autocad & Revit skill (06.09.2018) development program. Students appeared for International It also provide Design employment Competition opportunities in (21.9.2018) design sector. 9 Govt Structwel 19.07.2018 The A interactive Strengthening College of Designers and organisation is a program with III Engineering Consultants Pvt. leading expert from Collaborative Nagpur Ltd. Navi consultancy Industry for faculty faculty, staff Mumbai firm with and Students of and student specialisation in Civil Dept programs rehabilitation conducted on and restoration 19.07.2018 Internships and work. The MoU entrepreneurship will give promotion outlook and etc. active involvement of stakeholders. 10 Govt MINAR- 27.09.2018 It is established Lecture by industry Joint research College of HYDRO to perform expert for student projects, Engineering (HYDRAULIC collaborative of Mechanical internship, Nagpur MRO programs in the Dept student SOLUTIONS) area of mutual employment, Winter internsip interest such as industry expert for student is in student exchange, pipeline. internship, entrepreneurship seminar/talks of promotion industrial experts assistance in research based industrial project and employment etc. 11 Govt Lars Enviro Pvt. 30.4.2019 An MoU has Internship is being Enhancement in College of Ltd, Nagpur objective to provide to students Industrial visits, Engineering foster technical Nagpur collaboration workshops, with industry, internships etc site visits, industrial training etc 12 Govt NSDM INDIA, 25.06.2019 An MoU has Digital learning Enhancement in College of PUNE objective to workshops Industrial visits, Engineering Internship & organised, technical Nagpur Placement, R & Internship workshops, D activities, internships etc Skill Development Training Programmes, 13 Govt IT-NETWORKZ 26.06.2019 An MoU for Internship is being Enhancement in College of INFOSYSTEMS 1years has provide to students Industrial visits, Engineering pvt Ltd, Nagpur objective to technical Nagpur Industrial visits, workshops, technical internships etc workshops, internships etc 14 Govt Integrity 30.7.2019 An MoU has An activity for Enhancement in College of Robotics objective to Telescopic roof of Internship & Engineering Solutions Pvt Nurturing Start observatory is in Placement, Start Nagpur Ltd, Nagpur up Ideas, initial stage up Ideas, Professional Professional Training Training Programmes, R Programmes & D activities, Internship & Placement

18. LoA and subsequent EoA till the current Academic Year Sr No Year of Approval File No and Date 2016-17 Western/2016/1-2843792671 date 30 Apr 2016 1 2017-18 Western/1-3321541101/2017/EOA date 30 Mar 2017 2 2018-19 Western/1-3508212549/2018/EOA date 04 Apr 2018 3 2019-20 Western/1-4253204316/2019/EOA date 10 Apr 2019

19. Accounted audited statement for the last three years Being purely state govt college, funded by Govt of Maharashtra, account and auditing is done by AG.

20. Best Practices adopted Civil and Applied Mechanics Department (1) Civil Museum A prototype Museum of Civil Engineering components has been made by the students of second year civil engineering in college premises using waste concrete blocks and disposed plastic bottles such as types of footing, rubble masonry, various bonds of brickwork, arch bridge, flexible pavement, types of flooring, types of tiles, types of pipes etc. (2) Unique Services Offered Foundation training programme for newly inducted junior engineers of PWD has been conducted by Civil and Applied Mechanics Department of the institute. (3) Unnat bharat Abhiyan Project ‘Smart compost bin- A solution to solid waste management’ has been selected by Unnat Bhaqrat Abhiyan and received a grant of Rs One Lakh.

Computer Department 1. Coding club at Departmental level

2. Students involved in E- Yantra activities initiated by IIT Mumbai

3. Registered for NPTEL courses

4. Students involved in Live and industry projects

5. Connect of students with villages and society through Unnat Bharat Abhiyan

6. Regular guest lecturers from Industry

Electrical Dept

1 Video lecture series (NPTEL) for learning 2 Expert lectures by industrial person and senior faculties 3 Industrial visit 4 AV aids 5 Transfer of technology 6 Community services 7 Remedial classes

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