Bachelor S Degree in Computer Science & Engineering

Department of Computer Science and Engineering, Syllabus pcait n te fed h -er porm i ped oe eight over spread is of program is semester Each year. academic 4-year per semesters two with The semesters field. the in specialists worthy numerous to qualified highly of education demand huge the meet to as well as higher fellows young quality offer to 1995 view year the a in with university the of degree establishment the engineering since undergraduate program an offering is CSE, abbreviated most emphasized and theof and constitute theprogram bulk 70%).most emphasized (about are courses engineering and science computer course, Of humanities. and management engineering, computer engineering, electronic and electrical science, computer sciences, basic on courses well-organized education. rich experience- extending for establishments industrial and organizations part-time research universities, other from of semester each in teach number also faculties a Besides, of engineering. horizon and ever-growing science to computer exposure available best with members foreign universities. to transfer taken have department the of students of number and institutions prestigious a Also abroad. studies higher different getting are them of Some organizations. in employed are department this from graduated into Students divided classes. practical is for class subsections each three and class per students 50 the approximately in students of with held are classes Theory year. intake academic an in once is department Usual equivalent. or results comparable with A-Level or background academic good with (H.S.C.) Certificate to industrialrelated training etc.. 1 the in students of admission and result remains examinations, department clearance/improvement/carryover the for semester, open per weeks and working weeks 20 the 15 from for classes Apart weeks. 5 for containing examination final semester with leave preparatory weeks working 20 around h eatet o optr Sine ad Engineering, and Science Computer of department The The program follows an intensive course curriculum containing curriculum course intensive an follows program The Secondary Higher is program the for qualification Entry The department has a good number of full-time faculty full-time of number good a has department The

Deparment Introduction st semester of 1 of semester 1 st year and for works for and year Department of Computer Science and Engineering, Syllabus urclr atvte o dvlp iprat sca n professional and social important develop to activities curricular internet address the ‘www.aust.edu’. under and site web a email maintains also It provides students. and network teachers department to facilities The providing labs. for the systems to facilities PC-server various with equipped classes. center server a also is (practical) there and teachers the for lab a is there Besides, sessional regular conducting for department the in devices electronic and computers personal modern with equipped eurmns o otc or n rdt ae as been also have been the athas incorporated beginning. credits points grade and system and grading examinations, regarding regulations and rules up-to-date hours class. the of description the brief a contact in Besides, summarized. students of of number the Requirements and teachers of the on availability depending offered are here described shown courses courses Optional the here. to addition in offered be also may courses other few A given. been have courses non-departmental and departmental and objectives, its uphold that journals publishes and souvenirs. occasionally competitions students various and teachers comprising organizes Club Debating and time. Literary this The by regular become has which the competition, is programming activity co-curricular common Most students. the in faculties h eatet ognzs vros c-urclr ad extra- and co-curricular various organizes department The labs electronics digital two and labs computer six have We In this booklet semester-wise brief and detailed outlines of the of outlines detailed and brief semester-wise booklet this In

Deparment 2 Department of Computer Science and Engineering, Syllabus 1. Examinations,Grading System GPA and Requirements: eod o otnos assmn eue ale y te student. the examination. clearance in course the by earlier secured a for ‘C’ grade a best at earn can student a mark, total the is Whatever assessment continuous of the from record entered be will 30% rest the course, the to assigned marks 5. regular in course odd weeks theendto of semester.2 at and even each the in ‘F’ 1 of period a over held grade be will examinations Clearance examinations. a obtained have who students 4. willexamination follows:semester final and the be as provide will 3. examination clearance improvement the while the opportunitiesto students.additional the system and examination regular examination the form will 2. The total performance of a student in a given course will be will course given a in on: based student a of performance total The Clearance examination in a course will carry 70% of the total the of 70% carry will course a in examination Clearance those for only held be will course a in examination Clearance assessment continuous the between marks of distribution The examination final semester the and assessment continuous The Total: basis of basis thebest the on be will performance the of Evaluation course. the of of course a in notshall study exceed assignments and/or quizzes of number The (iii) (ii) (i) (iv) (iii) (ii) (i) Class participation (i.e. attendance, class performance etc.) class attendance, (i.e. participation Class Semester Semester final examination Quizzes assignments and/or Improvement ifexamination, any. carryover/ of clearance uncleared courses),if any. (for examination Clearance Semester final examination. quizzes and/or etc.). assignments performance, class (attendance, assessment Continuous ......

Deparment ...... n quizzes and/or assignments. quizzes n +1, where 3 ...... n is the is of number the credits 100% 70% 20% 10% Department of Computer Science and Engineering, Syllabus ako f ucerd o ar vr cuss i the next the to proceed can he/she student, a for (four) 4 exceeds semester in 7. courses The clearance over in. as manner currently same the are examination. in they carry be will those grading and than examination even levels or or lower odd of relevant semesters uncleared the of examinations clearance/improvement of the clear can backlog students Such semester. higher next the to promotion for semesters different of courses over carry or uncleared (four) 4 of maximum cumulative a with semester individual any in courses over 6. require completion of all degree requirements within a maximum within a requirements degree all complete within to Failure years. will 8 requirements of period programs degree degree all of Architecture completion of require bachelor year 5 The years. 7 of period maximum a within requirements degree all of completion 9. year 5 a through do can aprogramthesame maximum 5 in of (five)courses. goes who Architecture of student a while courses (four) 4 of maximum a in grades his/her improve to try can program degree year 4 a in student a Further, course. the for ‘B’ grade a best at earn to allowed be will student a examination, improvement the of mark total the is continuous Whatever student. the the by of earlier secured record assessment the from entered be will marks the of rest the examination clearance the like and course the to assigned marks total the of 70% carry will course a in examination improvement The course. the of grade passing earlier his/her canceling by examination improvement relevant the in passing sit can course a in ‘B’ than lower grade previous his/her 8. and (GPA) Average grade/gradeswillbe keptas for a record chronological sequence. Point Grade to view his/her calculating for considered be a will course/courses re-registered with the in classes obtained grade/grades the the However, learning. attend his/her improve and failed he/she semester the in him/her by taken previously course/courses can the in He/She re-register uncleared also examinations. his/her clearance of relevant the some taking clear by to courses try can student the time, mean the In year. academic one least at student the cost will This (four). 4 of limit allowable the within courses carry or uncleared the of number total the reducing by standing his/her improving after only semester f te ttl nme f ucerd o ar ore n any in courses carry or uncleared of number total the If carry or uncleared (two) 2 of maximum a have can student A l er dge rgas a h UT wl require will AUST the at programs degree year 4 All a obtaining student a improvement, grade of purpose the For

Deparment 4 Department of Computer Science and Engineering, Syllabus h ie ie fae wl iqaiy a suet fo further inwith awarded accordancetheprovision shown below: from student 10. a disqualify will frame of study his AUST.continuation theat time given the esrd b h u f ceis te suet hs completed has student the credits of sum the by measured have to said is hours contact have to assumes said is that houres course theory A weight. 11. etr gae n h orsodn rd-ons wl be will grade-points corresponding the and grades Letter Each course has a certain number of credits which describe its describe which credits of number certain a has course Each final semester the he/she before case, any not be eligible a will for scholarship/award. In month semester. subsequent one the of examination least at available is course the of grade his/her unless semester subsequent the of examination any attend card/transcript. to allowed be not may he/she However, sheet/grade tabulation the in course/courses the against ‘X’ grade letter a with marked be may student the the in case, continuation this In result. the after week a for within semester subsequent Department the of Head the may to student apply the reason, genuine any to due time in available NOTE: If any grade of project and thesis/ sessional of a student is not is student a of sessional thesis/ and project of grade any If Exemption Withdrawn Continuation Lessthan 40% to 40%than less 45% to 45%than less 50% to 50%than less 55% to 55%than less 60% to 60%than less 65% to 65%than less 70% to 70%than less 75% to 75%than less 80% or80% above NumericalGrade Extraordinary Course StatusCourse

Deparment n credits, but a sessional course of the same the of course sessional a but credits, n /2 credits. A student’s performance is performance student’s A credits. /2 Letter Letter Grade Letter GradeLetter 5 A+ C+ B+ A- B- W D A X C B E F n vrg eky contact weekly average Grade Point Grade 0.00 2.00 2.25 2.50 2.75 3.00 3.25 3.50 3.75 4.00 Department of Computer Science and Engineering, Syllabus obtained the followinggrades:the obtained sixa semester anda studenthas courses Suppose in and completed points (GPA) Average grade Point Grade the be follows:can explained CGPA as of of Calculation he/she maintained. that average has CGPA) abbreviated weighted Average, Point Grade the (Cumulative and satisfactorily  untilan overall studentachievesGPAsemesters the 2.20of or better. additional for extended is probation The year. academic one is period being not is graduation usual the but semester one is probation of period minimum The made. towards progress satisfactory that student 13. this maintain to fail who academic progress rate on probation. of minimum be placed may Students 2.20. works than all less for not GPA is overall attempted or cumulative their if degree a towards 12. = CGPA theotherhandOn follows: CGPA as be computed will be will semester the follows: as computed for (GPA) Average Point Grade his/her Then * Courses with the grade F are completed F not* Courses the considered grade with The status of academic probation is a reminder/warning to the to reminder/warning a is probation academic of status The progress normal making be to considered be will Students GPA = Grade Course6 Course5 Course4 Course3 Course2 Course1 Credits Courses

= 3.52 =

points

completed Deparment 3(4.00) Grade Credits

earned

points

completed Credits 3(3.00)

upto 3 1 2 3 3 3

earned (3

6 and   3 3(3.75)

including inthe

in the in  including 3  Grades

semester 2 semester

 A+ B+ A- A B F 

2(3.25)

1) current current

current current *

  semester Grade Points Grade semester 1

(3.50) 0.00 3.50 3.25 3.75 3.00 4.00 Department of Computer Science and Engineering, Syllabus University authority believes that attendance is necessary for effective for necessary is attendance that believes authority University 15. be will suspension second a However, final regarded and absolute. as full suspension. a least at of through gone semester has student the after done be only can this but grade his/her student improve to on the then from effort every that make will satisfied being on and student the from application be may an of receipt on Department the years of Head concerned the by withdrawn academic be consecutive may it suspension, first the two is it If University. the during from suspended 2.20 least at of 14. h uhrt a lo aad Hl-re Tiin Aad t the to Award Tuition Half-Free award consideredresults to are be equally brilliant.students whose also not may authority are carryover The semester having previous Students immediate students. the award.theconsidered for the of by subject/subjects obtained marks actual of basis the on given is decision the tie, a is there If semester. previous immediate the of subjects the in earned points grade the of the 17. in registering from exempted better.or be ‘C’ grade a obtained he/she may which in semester the of course/courses student a said reason, the for semester a repeating While semester. the repeat to have 16. classes attend course.in every to is student held classes all of 60% least at attend a to required is one and regularly of responsibility first The learning. The Free Tuition Award is made in every semester on the basis the on semester every in made is Award Tuition Free The l tdns ae epce o atn lse eual. The regularly. classes attend to expected are students All GPA a maintain to fails who probation academic on student A tdn aln n ay ssinlpatclsui ok will work sessional/practical/studio any in failing student A

Deparment 7 Department of Computer Science and Engineering, Syllabus Courseno. CSE108 CSE107 CSE102 CSE101 . HUM105 . . Courseno. MATH115 PHY116 PHY115 2 . 1

17 7.5= nominalsemester= + weeks 24.5, 15 duration Refersthe that offeredto courses should be inan semester earlier New form of the earlier course nos. PHY105, PHY106, MATH105, MATH109 and ME104respectively MATH109 earlier form coursenos.PHY105,New PHY106,and MATH105, of the Total Hours Contact (nominal): Total

BRIEF OUTLINE OF PROGRAM BRIEFOUTLINE THE OF UNDERGRADUATE Systems Systems Lab Computer to Introduction Systems Computer to Introduction Lab Language-I Programming Language-I Programming Mathematics-I English Physics Lab Physics Course Title CourseTitle COMPUTER SCIENCE ENGINEERINGSCIENCE & COMPUTER

Deparment YEAR –1,YEAR SEMESTER-2 –1,YEAR SEMESTER-1 2 24.5 Total: 17-7.5 Total: 20.75  15 = 15 367.5 = IN Theory-Lab Hours/Week 8 0-3/2 Hours/Week Theory-Lab 2-0 0-3 4-0 4-0 3-0 0-3 4-0 Credits 0.75 1.5 1.5 2 4 4 3 4 Credits 1 Prerequisite Prerequisite on page Contents Contents 15 14 14 14 34 34 34 33 on ge pa Department of Computer Science and Engineering, Syllabus CSE213 CSE206 CSE205 CSE204 CSE203 CSE200 MATH201 EEE212 EEE211 Courseno. CSE106 CSE105 CSE103 CSE100 HUM107 . . EEE108 EEE107 CSE201 MATH203 EEE210 EEE209 Courseno. ME114 MATH119 Total Hours Contact 375 (nominal): Total Total Hours Contact 412.5 (nominal): Total Computer Architecture Computer Logic Design Lab Digital Logic Design Digital Lab Data Structures Data Structures Development-IISoftware Mathematics-III Lab Devices & Electronic Circuits Devices & Electronic Circuits Course Title

NumericalMethods Mathematics-IV ElectricalDrives& Instrumentation ElectricalDrives& CourseTitle 16-9 Total: 20.5 Programming Programming Language-IILab Programming Language-II Discrete Mathematics Software Development-I Economics Engineering Drawing Lab Basic Electrical Engg. Basic Electrical Engg. Mathematics-II Instrumentation Instrumentation Lab

Deparment YEAR-2, YEAR-2, SEMESTER-2 YEAR-2, SEMESTER-1 Total: 17-10.5Total: 22.25 9 Theory-Lab Hours/Week Theory-Lab Hours/Week

0-3/2 0-3 4-0 3-0 0-3 3-0 3-0 0-3 4-0 3-0 3-0 0-3 3-0 0-3/2 0-3/2 0-3 3-0 3-0 3-0 3-0 0-3 4-0 Credits Credits 0.75 1.5 1.5 1.5 1.5 4 3 3 3 3 3 3 4 0.75 0.75 1.5 1.5 3 3 3 3 4 MATH119 Prerequisite Prerequisite MATH115 EEE107 EEE107 CSE101 MATH115 CSE101 Contents Contents on page on page 18 39 39 38 17 17 17 17 16 16 38 37 37 16 16 15 15 36 36 35 35 35 Department of Computer Science and Engineering, Syllabus CSE310 CSE309 CSE308 CSE307 CSE304 CSE303 CSE301 . Courseno. CSE214 CSE210 CSE209 CSE208 CSE207 CSE202 CSE314 CSE313 CSE311 CSE300 Courseno. HUM311 Total Hours Contact 427.5 (nominal): Total . Hours Contact 390 (nominal): Total

New form of the earlier form courseno.HUM301New of the Operating System Lab OperatingSystem DataCommunication Software Development-III CourseTitle Digital System Design Lab Digital System Design Microprocessors Lab Microprocessors DatabaseLab Database AnalysisMathematical for AccountingandSociology CourseTitle Programming Assembly Language Techniques Lab Digital Electronics and Pulse Techniques Digital Electronics and Pulse Algorithms Lab Algorithms NumericalMethods Lab Computer Science

Deparment YEAR-3, YEAR-3, SEMESTER-2 YEAR –3, SEMESTER-1 Total: Total: 17-9 21.5 Total: 15-13.5 Total: 21.75 10 Theory-Lab Hours/Week Theory-Lab Hours/Week 0-3/2 0-3 0-3 3-0 0-3 3-0 3-0 4-0 0-3 4-0 0-3 3-0 0-3 3-0 0-3 3-0 4-0 0-3 Credits Credits 0.75 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 3 4 3 3 4 3 3 3 4 Prerequisite MATH201 Prerequisite MATH203 CSE103 EEE211 CSE205 CSE203 CSE213 CSE205 CSE213 CSE205 CSE103 Contents 18 Contents on page on page 21 21 21 20 20 20 19 40 19 19 18 18 18 22 22 22 21 Department of Computer Science and Engineering, Syllabus CSE430 CSE429 CSE408 CSE407 CSE405 CSE402 CSE401 CSE400 . Courseno. CSE321 CSE320 CSE319 CSE316 CSE315 CSE404 CSE403 CSE450 Courseno. HUM411 Total Hours Contact 397.5 (nominal): Total . Hours Contact 427.5 (nominal): Total

New form of the earlier form courseno.HUM401New of the of Computationof Formal & Languages Theory Lab Information System Design Information System Design Microprocessorbased System Microprocessorbased System Computer GraphicsLab Computer Graphics ProjectThesis- II and CourseTitle Compiler DesignLab Compiler Design Artificial Lab Intelligence Artificial Intelligence Software Engineering Computer Networks Lab Computer Networks Project Thesis– & I Industrial Management CourseTitle designLab Design

Deparment YEAR- YEAR-4, YEAR-4, SEMESTER-2

Total: Total: 15-13.5 21 Total: 16-10.5 Total: 21.25 4, 4, SEMESTER-1 11 Theory-Lab Hours/Week Theory-Lab Hours/Week 0-3/2 0-3/2 0-3/2 3-0 0-6 3-0 3-0 0-3 3-0 3-0 0-3 3-0 0-6 3-0 3-0 0-3 3-0 Credits Credits 0.75 0.75 0.75 1.5 1.5 1.5 3 3 . 3 3 3 3 3 3 75 3 3 3

Prerequisite MATH203 Prerequisite CSE103 CSE307 CSE321 CSE301 CSE207 CSE103 CSE319 CSE303 CSE311 Contents 22 on page Contents on pageon 27 27 26 24 23 23 23 26 26 26 25 25 25 24 24 40 Department of Computer Science and Engineering, Syllabus CSE447 CSE444 CSE443 CSE426 CSE425 Courseno. CSE…. CSE…. CSE…. CSE…. CSE…. CSE440 CSE439 CSE448 Total Hours Contact 427.5 (nominal): Total Option-III Option-II Lab Option-II Option-ILab Option-I ProfessionalSoftware Design AdvancedSystems Computer Artificial Neural NetworksArtificial Neural NetworksArtificial Neural & Expert SupportDecision & Expert SupportDecision Network Programming Lab Network Programming CourseTitle Lab SystemsLab Systems

Deparment OPTIONS AVAILABLEOPTIONS OPTIONS-II OPTIONS-I Total: 15-13.5 Total: 21.75 12 Theory-Lab Hours/Week

0-3/2 0-3/2 0-3/2 0-3/2 0-3/2 3-0 3-0 3-0 3-0 3-0 3-0 0-3 3-0 Credits 0.75 0.75 0.75 0.75 0.75 1.5 3 3 3 3 3 3 3 Prerequisite CSE407 CSE407 CSE401 CSE313 …… …… …… . . . Contents on pageon 27 31-32 29-30 29-30 28-29 28-29 29 29 28 28 28 28 27 Department of Computer Science and Engineering, Syllabus CSE445 CSE441 CSE433 CSE421 CSE417 CSE415 CSE428 CSE427 CSE414 CSE413 CSE412 CSE411 Courseno. Courseno. eetrws itiuin o otc or/ek and hours/week contact credits: of distribution Semester-wise Year 4 3 3 2 2 1 1 Digital Digital Image Processing Digital Image Processing Pattern Lab Recognition Pattern Recognition Lab andModelingSimulation andModelingSimulation CourseTitle Parallel Parallel Processing ProcessingDigital Signal Architecture Advanced Microprocessor Graph Theory VLSI Design Advanced Computer Architecture Lab Course Course Title

Deparment Semester 1 2 1 2 1 2 1 OPTIONS-III Hours/week Theory-Lab Hours/Week Theory Theory/Lab Hours/Week 13 15 16 17 15 17 16 17 0-3/2 0-3/2 0-3/2 3-0 3-0 3-0 3-0 3-0 3-0 3-0 3-0 3-0 Credits 0.75 0.75 0.75 Credits Hours/week Laboratory 3 3 3 3 3 3 3 3 3 13.5 10.5 13.5 10.5 7.5 9 9 Prerequisite MATH203 MATH201 Prerequisite CSE403 CSE407 CSE301 MATH203 MATH201 CSE313 CSE213 CSE307 CSE103 CSE209 CSE213 Credits 21.75 21.25 21.75 22.25 20.75 21.5 20.5 Contents on pageon Contents on page 30 30 30 30 30 29 32 32 32 31 31 31 Department of Computer Science and Engineering, Syllabus Total Credits Total Credits : 171.5 (nominal): +Hours 87) Total Contact (128 4

Deparment 2 128.0 14 15 171.5

 =15 3225

13.5 87.0 20.75

Department of Computer Science and Engineering, Syllabus Programming Languages-IProgramming CSE101 Introduction ComputerSystemsto Cr. CSE107 Languages-IProgramming Lab CSE102 DEPARTMENTAL COURSES FORDEPARTMENTAL CSE PROGRAM f dgtl cmues ucinl uis o yia digital typical a of units Functional computers; digital of Types software; and hardware computer digital of Generations another, Words capacity. Bytes, Bits, & memory to system representationof code data. one ASCII of operations, arithmetic and numbers of complementation conversion systems, Number & their on areas.computers impact Society; Application digital and of Importance computers; analog digital of history of Brief computation; principles Basic Computers; of Types CSE101Laboratory works on based with lists; Workings Linked and Subroutines; Pointers Graphics, Utility Files; functions: Sound, Strings. Records, Arrays, and Variables, data: structured Functions notations; Control Statements; and Structures; Output and Input types; concepts Data Constants, programming Basic DETAILED OUTLINE OF DETAILEDOUTLINE UNDERGRADUATEOF

Deparment hours 2 per week, 2 YEAR-1, YEAR-1, SEMESTER-1 15 3 hours 3 per week, 1.5 Cr. 4 perweek,4 hours Cr. Prereq.: Nil Prereq.: Prereq.: Nil Prereq.: Department of Computer Science and Engineering, Syllabus Discrete Mathematics Discrete CSE103 Development-I Software CSE100 Systems Lab Introduction Computerto CSE108 hours 3 inweek,0.75 Cr.alternate Computer Security: Objectives, Computer various security issues. DOS introductiontocommands, Windows and Unix. important functions, and Objectives systems: Operating etc).(Word processors, Spreadsheets, DBMS software application and software Systems software: of Types units Processing andbussystems. magnetic memory andFloppyhard systems: Backing disks, CDROMs. & Optical system:of Main memory andtypes ROMsRAMs. Monitors, Modems, Printers, VDU, readers. document peripherals: Joysticks, & Mouse, devices I/O computer; of numbers. Mathematical logic: Propositional and predicate and Propositional logic: Mathematical numbers. of sets various of laws and Properties operations. set of laws and sets, on operations sets, of Countability set, Power Theory: Set structured programming language. a softwarein Students develop group/individuallywill using a packages and Spreadsheet basedon Experiments DOS, Unix, Windows, Word processing Wide Introduction and WorldWeb. to internet

Deparment 3 in hours 0.75alternate week Cr. YEAR-1, YEAR-1, SEMESTER-2

3 perweek,3 hours Cr. Prereq.: Nil Prereq.: Department of Computer Science and Engineering, Syllabus Programming Language–IIProgramming Cr. CSE105 Development Software II- CSE200 Language-IIProgramming Lab CSE106 DataStructures CSE203 hi rpris opsto f rltos ad functions; and relations of functions. and generating Theoryof Discrete numeric groups. Composition and properties, functions and their relations of types Different Function: Definitions, and Relation traversals. Theory: graph and formula Eular’s Graph trees; spanning proof. Weighted graphs; of representation computer and of classification methods calculus, Students will develop a software in group/individually using group/individually any oriented programming language. object in software a develop will Students CSE105Laboratory works on based facilities OOP andextensiverobust for design.program Inheritance; and hierarchy Class Overloading, and Polymorphism objects, and Class OOP: of Techniques and Concepts (OOP); Programming oriented object to Introduction

Deparment hours 3 per week, 3 YEAR- 2, SEMESTER-1 17 3 hours 3 per week, 1.5 Cr Prereq.: Prereq.: Nil 3 per hours week, 1.5 Cr. 3 perweek,3 hours Cr. Prereq.: CSE101 Prereq.: Prereq.: CSE101 Prereq.: .

Department of Computer Science and Engineering, Syllabus

ComputerArchitecture CSE213 DigitalLogic Lab Design CSE206 DigitalLogic Design CSE205 DataStructures Lab CSE204 Laboratory CSE203Laboratory works on based Searching, Sorting, structures: and data problems. Hashing, Solving Computational Graphs of Queues, Applications Stacks, Trees; Lists, Arrays, structures: data Common objects; data Elementary structures; data of Concepts ai tutrs o optr sses Information access systems; data and computer Instructions and systems I/O organization; Memory Unit; Control methods; transfer; of and representation structures Basic CSE205Laboratory works on based Registers; circuits; sequential Synchronous and Asynchronous Memory cell.counters; Basic of Design and Flip- Parity Analysis Logic: flops, Sequential Comparator; gates; Synchronous checker; Decoder, and and logic generator and Multiplexer Digital Encoder Subtractor, Demultiplexer, Adder, simplification; Logic: their Boolean Combinational properties, and and theorems functions Basic Algebra: Boolean

Deparment

3 hours 3 alternatein week,0.75 Cr. 18 3 hours 3 per week, 1.5 Cr. 3 hours week,3 3 per Cr. 3 hours week,3 3 per Cr. Prereq.: Prereq.: Nil Prereq.: Nil Prereq.: Department of Computer Science and Engineering, Syllabus Numerical Methods Numerical CSE201 Methods Numerical Lab CSE202 Algorithms Lab CSE208 Algorithms CSE207 DigitalElectronics and CSE209 Methods for solving non-linear equations; Interpolation; Curve Interpolation; equations; non-linear solving for Methods Multi-processor machines; architecture. SISC and RISC processing; Parallel and Pipelining Interrupts; Laboratory CSE207Laboratory works on based Bound, and Branch method, theory. Lower bound Polynomial evaluation, Backtracking, Greedy programming, Conquer, and Dynamic Divide algorithms: of efficient design the for Methods Analysis; Complexity Algorithmic CSE201Laboratory works on based integration; equations.ordinarydifferential of and solution Numerical equations; linear of differentiation systems of Solution Numerical methods; fitting

Deparment YEAR-2, YEAR-2, SEMESTER-2 3 hours 3 alternatein week,0.75 Cr. 19

Prereq.: Prereq.: CSE205,EEE211 3 hours 3 per week, 1.5 Cr. 3 perweek,3 hours Cr. 3 perweek,3 hours Cr. 3 perweek,3 hours Cr. Prereq.: CSE203 Prereq.: Prereq.: Nil Prereq.: Department of Computer Science and Engineering, Syllabus

ComputerScience AnalysisMathematical for Prereq.: CSE103, MATH201 CSE301 Assembly Language Programming CSE214 PulseTechniques Lab DigitalElectronics and CSE210 PulseTechniques cmt rge; Vlae ad cret tm-ae generators; time-based current Timing circuits. and Voltage trigger; Schmitt circuits; Comparator applications; astable, bistable, monostable, vibrator: Multi circuits; Switching with converters D/A and A/D PLAs; systems, memory for registers, and circuits counters flip-flops, Electronic CMOS; MOS, IIL, ECL, TTL, DCTL, DTL, RTL, Families: Logic switches; Transistor logic; Diode products, binomial coefficients, harmonic numbers, fibonacci generating numbers, functions; numbers, harmonic coefficients, binomial products, sumsand algorithms: of techniques mathematicalanalysis Basic Interrupts; Input/Output; processing, Interfacing Assembly Procedures; using language. String their Assembly processing, and conditional and control language; types Transfer Logical, Arithmetic, instruction formats: Assembly Assembly basics; for programming Architecture System CSE209Laboratory works on based

Deparment YEAR 3,– SEMESTER 1 - 20 3 hours 3 per week, 1.5 Cr. 3 hours 3 per week, 1.5 Cr. 3 perweek,3 hours Cr. Department of Computer Science and Engineering, Syllabus Microprocessors Microprocessors Prereq.: CSE213 CSE205, CSE307 Database Lab CSE304 Database CSE303 ewrs o uus adm ntok, oe n closed and open networks, tandem models. queuing queues: of Networks M/m/1andprocesses,M/M/m queuingsystems); birth-death ( chains Markov continuous–parameter processes), birth-death system, queuing (M/G/1 chains Markov discrete- parameter classifications, and definitions probability etc.); processes: Weibull Stochastic continuous gamma, and (geometric, etc.), Erlang (exponential, distributions distributions Poisson probability geometric, modified discrete rule, Bayes’ and probability total Expectations: and Distributions Probability nrdcin t ifrn ye f mcorcsos and microprocessors I/O interfacing structure, of interrupt microprocessor: set, instruction primitive architecture, a types of Study circuits; different programmable to Introduction CSE303Laboratory works on based to Introduction distributed databases. integrity; & security administration, database optimization; management: Database systems; directory organization; and estimation, Dictionary Data File normalization; and cost dependency Functional interpretation, processing: models; Data Query systems; SQL; calculus, and algebra database Relational languages: Query and data of concepts Basic

Deparment 21 3 hours 3 per week, 1.5 Cr. 3 hours week,3 3 per Cr. 3 perweek,3 hours Cr. Prereq.: CSE103 Prereq.: Department of Computer Science and Engineering, Syllabus Microprocessors Lab Microprocessors CSE308 Software Development Software -III CSE300 SystemDesignLabDigital CSE310 SystemDesign Digital CSE309 Laboratory CSE307Laboratory works on based advanced some of features frommicroprocessors Intel, IBMso Motorola, and on. Distinguishing devices; Laboratory CSE309Laboratory works on based and communication control, a in instrumentation. of Systems Design Digital (hardwired, standards; computer; unit bus control Computer ALU, microprogrammed); computer: a of arithmetic components transfer, various of Design operations; shift operations, Inter-register logic operations, Microoperations: design; PLA DRAM; and SRAM using subsystems memory of Design

Deparment YEAR-3, YEAR-3, SEMESTER-2 22 hours 3 per week, 1.5 Cr. Prereq.: CSE205, Prereq.: CSE213 3 hours 3 per week, 1.5 Cr. 3 hours 3 per week, 1.5 Cr. 4 per hours week,4 Cr. Department of Computer Science and Engineering, Syllabus Data CommunicationData CSE311 CSE315 Operation SystemLab CSE314 Operating System CSE313 characteristics, Baseband andBroadbandcharacteristics,Baseband transmission; line transmission capacity, channel Channel: Transmission Data representation, encoding,Data: signal analysis; as documentation to thesoftwaredeveloped.well proper prepare to development have software will art Students tools. the of state using high software produce quality to individually or groups in work will Students Laboratory CSE313Laboratory works on based and systems: communication operating systems: concepts, Distributed File synchronization. handling; Hardware/Software segmentation); Deadlock I/O; of Process Management protection; (paging, and security implementation, concepts; techniques system memory virtual addressing, management: and Memory scheduling; concurrency operating communication, process Inter management: to Introduction communication data advanced andInternet.technologies to Introduction techniques; Switching Transmission handling; Error techniques; Multiplexing and interfaces; unguided; modems techniques, and modulation Transmission networks; guided media: Transmission

Deparment 23

3 hours 3 per week, 1.5 Cr. 3 perweek,3 hours Cr. 3 perweek,3 hours Cr. 3 perweek,3 hours Cr. Prereq.: MATH203 Prereq.: Prereq.: Nil Prereq.: Department of Computer Science and Engineering, Syllabus Microprocessor based SystemDesignMicroprocessor InformationSystemDesign Lab CSE320 InformationSystemDesign CSE319 SystemDesignLab based Microprocessor CSE316 orcsos eihrl: Dsly, ms trg systems, DMA; storage and mass printers, screens, etc. touch digitizers mode Displays, Peripherals: Maximum Coprocessors; arbitration; and Bus organization applications; and techniques interfacing Analog devices; power and alphanumeric keyboards, interfacing I/O, Handshake and and ports connections programmable interfacing: Digital System Interrupts; timing; microprocessors; 80x86 of Review ethical issues. ethical scheduling; and Security design; interface Project User techniques; design feasibility; System operational analysis, benefit Systems cost classification, and concepts and Study: Feasibility systems; of Analysis analysis Structured Systems techniques; gathering Information Analyst; System; and Information CSE315Laboratory works on based

Deparment

3 hours 3 alternatein week,0.75 Cr. 24 3 hours 3 per week, 1.5 Cr. 3 perweek,3 hours Cr. Prereq.: CSE307 Prereq.: Prereq.: Nil Prereq.: Department of Computer Science and Engineering, Syllabus Theory ComputationTheory of Languages Formal and CSE321 ComputerNetworks CSE401 and Project I Thesis - CSE400 agae n iie atmt; Cnetfe grammars, Context-free automata; finite and languages Regular computability; and languages formal of elements Basic CSE319Laboratory works on based ewr ae: Ruig agrtm, Itrewrig IP Internetworking, algorithms, Routing Bridges; Layer: MANs, and Network LANs for standards IEEE CSMA/CD, Link ALOHA, Data PPP, SLIP, HDLC, Model; protocol, window Sliding Reference Layer: TCP/IP WAN; model; and reference MAN OSI LAN, networks, computer to Introduction in groups in of importance.systems practical themselves engage computer develop to to view a with works innovative and research required are Students Computational theory; completeness. function recursive NP- and problems Intractable measures; and classes complexity Computable and problems; functions Unsolvable/undecidable and grammars formal languages; of Hierarchy functions; and languages recursive Machines, Turing automata; pushdown and languages

Deparment YEAR-4, YEAR-4, SEMESTER-1 25

3 perweek,3 hours Cr. 3 perweek,3 hours Cr. 6 perweek,3 hours Cr. Prereq.: Prereq.: CSE 311 Prereq.: CSE103 Prereq.:

Department of Computer Science and Engineering, Syllabus ComputerNetworks Lab Cr. CSE402 Artificial IntelligenceArtificial CSE407 Engineering Software CSE405 Laboratory CSELaboratory works on based 401 WWW.mail, layer; Adaptation ATM UDP, A and Layer: TCP Transport services, network; Transport ATM in layer Network Protocol, aig ecpin ad Cmuiain aua language natural Communication: acquisition Knowledge understanding; image visual processing, and Perception making; Manipulation: decision planning, playing, game strategies, and control and search Organization structured rule-based Knowledge uncertainties, and representation; and logic inconsistencies predicate representation, order Knowledge controversies; First and concepts Representation: AI basic of Survey phases; issues.managementSoftware project engineering software different and for and metrics and factors models models implementation principles, and Quality debugging; and validation verification, and documentations, design etc.), (abstraction, objectives testing testing: testability, hierarchy concepts Software specification; modularity, principles, refinement, Designing: specification; and Software modeling analysis, requirements engineering; Software software and engineering system to Introduction pplication Layer: Network Security, SNMP, DNS, Electronic DNS, SNMP, Security, Network Layer: pplication

Deparment 3 per week,1.5hours Prereq.: CSE103, Prereq.: CSE301CSE207, 26

Prereq.: CSE303, Prereq.: CSE319 3 perweek,3 hours Cr. 3 perweek,3 hours Cr. Department of Computer Science and Engineering, Syllabus Artificial IntelligenceLabArtificial CSE408 CSE450 DesignLabCompiler CSE430 Design Compiler CSE429 Laboratory CSE407Laboratory works on based systems).(Expert systems knowledge-based to Introduction learning); (Machine Laboratory CSE429Laboratory works on based run-time checking, type error management. optimization, code generation, code intermediate translation, organization, parsing, tables, symbol syntax-directed analysis, lexical structure, Compiler

Deparment YEAR-4, YEAR-4, SEMESTER-2

3 hours 3 alternatein week,0.75 Cr. 27

3 hours 3 per week, 1.5 Cr. 3 perweek,3 hours Cr. 6 perweek,3 hours Cr.

Prereq.: CSE321 Prereq.: Department of Computer Science and Engineering, Syllabus ComputerGraphics CSE403 and Project IIThesis - Cr. Software Cr. Professional Design CSE440 Computer Advanced Systems CSE439 ComputerGraphics Lab CSE404 its side-effects; Implementation of graphics concepts of two- of concepts graphics of Implementation side-effects; its and conversion Scan processing; data Graphical to Introduction in groups in of importance.systems practical themselves engage computer develop to to view a with works innovative and research required are Students Introduction and their Introduction to innovations applications.computer CSE403Laboratory works on based graphics synthesis Raster Design interactive of methods; graphic conversions. image other and algorithms; and algorithms Architecture, line concepts: clipping Hidden viewing, transformations; three-dimensional and dimensional

Deparment 3 per week,1.5hours 3 hours 3 alternatein week,0.75 Cr. 28

3 perweek,3 hours Cr. 3 perweek,3 hours Cr.

Prereq.: MATH203 Prereq.:

Prereq.: Nil Prereq.: Department of Computer Science and Engineering, Syllabus CSE444 DecisionSupportExpert and Systems CSE443 Programming NetworkLab CSE426 ProgrammingNetwork CSE425 ol plcto otae fliln urn professional current fulfilling software requirements. application world real develop to required are individually, or groups in Students, h nweg ae xetkolde aqiiin The acquisition; environmentsexistingshells,ES and validation; ES. and Coherence Expert-knowledge reasoning; uncertain of Modeling engine; base; inference fundamentals; knowledge support decision The expert and making Decision CSE425Laboratory works on based protocols: Network (RPC); Calls queues,SNA,TCP/IP, andXNS, NetBIOS. Procedure message Remote Internetwork-Process memory, and Interface(TLI) shared Layer Transport V system sockets, tools; pipes, semaphores, interfaces: networking user IPC applications; distributed for of facilities (IPC) Communication Overview

Deparment 3 in hours alternate week, 0.75 Cr. OPTIONAL COURSES OPTIONS – OPTIONS I 3 in hours alternate week, 0.75 Cr. 29 Prereq.: CSE313, Prereq.: CSE401 3 perweek,3 hours Cr. 3 perweek,3 hours Cr.

Prereq.: CSE407 Prereq.: Department of Computer Science and Engineering, Syllabus Artificial NeuralArtificial networks CSE447 SupportSystems Lab Decision Expert and Simulationand Modeling CSE411 NeuralArtificial Networks Lab CSE448 lmnay nuohsooia rnils riiil neuron Artificial principles; neurophysiological Elementary CSE443Laboratory works on based f fnt ouain mdl MM1M M/M/ (M/M/1/M, models population finite of behavior state Steady systems), service and arrival bulk E/M/1, M/M/ M/M/C/C, (M/M/1/N, models Markovian population infinite of behavior state Steady systems, to Random generation; Introduction queuing of Characteristics systems: Queuing number generation; variate building; Random model packages; simulation and methods Simulation CSE447Laboratory works on based of realization Hardware networks. neural sequences; Spatiotemporal resonance theory; Adaptive networks; propagation associative Counter Bi-directional memory; Self- maps); (Kohonen (Hopfield); maps networks organizing Recurrent correlation training); Cascade (correlation backpropagation; and networks forward feed Multi-layer (perceptrons); networks Single-layer models;

Deparment 3 in hours alternate week, 0.75 Cr. OPTIONS II– 30 Prereq.: CSE301, Prereq.: MATH201 3 hours Cr.3 per week, 3  3 perweek,3 hours Cr. , Stages-Erlang, M/E/1, Stages-Erlang, , Prereq.: CSE407 Prereq.:  /M, Department of Computer Science and Engineering, Syllabus Simulation and Lab Modeling CSE412 Digital Image Digital Processing CSE427 RecognitionPattern Lab CSE414 RecognitionPattern CSE413 Laboratory CSE411Laboratory works on based for analysis Output models; simulation models. simulation of and Validation verification modeling; Input M/M/C/K/K); M/M/C/K/M, w iesoa ytm ad tasom ter; Sampling, imaging and coding, systems. theory; compression extraction, feature transform filtering, non-linear and and linear system enhancement. dimensional and Two processing analysis, image for techniques modern of Survey acquisition; and representation image Digital CSE413Laboratory works on based design. aided area and computer sensing, biomedical remote recognition, languages. speech to Applications and techniques. Parsing grammars pattern to Introduction Learning algorithms. methods. hybrid and structural Statistical, learning. and classifications features, recognition: pattern to Introduction

Deparment

3 in hours alternate week, 0.75 Cr. 3 hours 3 alternatein week,0.75 Cr. 31

Prereq.: MATH203, Prereq.: CSE407

3 perweek,3 hours Cr. 3 perweek,3 hours Cr. Prereq.: CSE403 Prereq.: Department of Computer Science and Engineering, Syllabus CSE415 Image Lab Digital Processing CSE428 Graph TheoryGraph CSE421 VLSIDesign CSE417 Computer Advanced Architecture Laboratory CSE427Laboratory works on based nrdcin t rps a btat cneto diagrams, graphs; Trees connection trees, of of Isomorphism trees, Varieties Spanning Properties, abstract Trees: definitions, and as concepts graphs Fundamental to Introduction and routine, placement control partitioning, Clocking data in Reliability andwriting VLSI.testing VLSI. aspects of layout circuits; and VLSI fan-in path data design. and for fan-out and Techniques Design methodologies; large circuits. of functional and operation gates CMOS complex characteristics, inverter and transistor MOS Technology: VLSI of levellanguageconcept High computerarchitecture. systolic networks. interconnection and multiprocessors, computers data-flow processors, processors, associative caches. processors, Array systems, machines. parallel of issues memory architectural and Hardware interleaved machines, Pipelined

Deparment 3 in hours alternate week, 0.75 Cr. OPTIONS - OPTIONS III 32 3 perweek,3 hours Cr. 3 perweek,3 hours Cr. 3 perweek,3 hours Cr.

Prereq.: CSE213 Prereq.: Prereq.: CSE103 Prereq.: CSE209 Prereq.: Department of Computer Science and Engineering, Syllabus Advanced MicroprocessorArchitecture Advanced CSE433 Parallel Processing Parallel CSE445 SignalProcessingDigital CSE441 Advanced microprocessors: Intel 80x86 and beyond, Motorola beyond, and 80x86 Intel microprocessors: Advanced coloring. graphs; Graph problem; Hamiltonian flow network graphs, of connectivity and and Cuts Eulerian Planar, optimization; and ocret pormig lnug. Poes and Process language. Monitors. Semaphores. barriers. and programming Locks synchronization. A programming. distributed and concurrent parallel, multithreaded, to Introduction architectures. between Relation Message-Passing. VLSI, memory, Shared Architectures: Parallel to Introduction transform Z Chirp FFT, algorithms. Goertzel DFT: the of Computation integration; numerical of method and Correlation Convolution, Transform; bandwidth; of Fourier definition noise and Equivalent theorem; series time Parseval’s Fourier discrete signals; and representation, systems domain Frequency transform; H- Z-transform, Inverse Z-transform, systems; and difference sequences Coefficient dimensional Two signals; time Constant continuous Sampling equation; Linear sequences; signals, time Discrete processing; data & image speech, to Introduction microprocessor architectures. features in advanced and Special MIPS; SPARC, processors, RISC 6800,

Deparment 33 Prereq.: Prereq.: MATH201,MATH203 Prereq.: Prereq.: CSE213,CSE313 3 perweek,3 hours Cr. 3 perweek,3 hours Cr. 3 perweek,3 hours Cr. Prereq.: CSE307 Prereq.: Department of Computer Science and Engineering, Syllabus nature of waves, Travelling and standing waves, Intensity of waves, of Intensity waves, standing Longitudinal and Travelling waves, and of nature Transverse figures. Lissajous motions, harmonic simple of harmonic composition and Damped Combination oscillation, Forced (SHM), motion, motion harmonic Simple Oscillations: and Waves Oscillations an in Dipole dipole, Electric field, Electric Charge, electricity: Static and Electricity Magnetism Physics PHY115 NON-DEPARTMENTAL COURSES FOR CSE PROGRAMCOURSES FOR NON-DEPARTMENTAL ecito f smcnutr fet o eprtr on temperature band of Energy Effect semiconductor, semiconductor, junction.semiconductor, P-type and N-type semiconductor, P-N of in description Bands of Properties semiconductor, semiconductor, and Inter-atomic Insulator Paramagnetic, bonds, of Conductor, types force, different Gas, Matter: and Susceptibility, Liquid of Solid, States substances. Ferromagnetic and Permeability, Diamagnetic Inductance, magnetism, law, of Electromagnetism: Intensity Magnetism: Biot-Savart circuit). (LR circuit. inductance of law, Calculation RC Faraday’s EMF, law, Ampere’s speed, Drift density, dipole. current electric and Current Current: application. its and theorem Gauss’s from field electric of Calculation field, electric interaction. Parallel interaction. programming for and engineering. science process for Paradigms Rendezvous. and RPC Message-Passing. DETAILED OUTLINE OF DETAILEDOUTLINE UNDERGRADUATE OF

Deparment YEAR-1, YEAR-1, SEMESTER-1 34 4 perweek,4 hours Cr. Prereq. NilPrereq. : Department of Computer Science and Engineering, Syllabus ewe ah dfeec n hs ifrne eiiin of Fraunhoffer and Fresnel Definition light: of thin difference, Diffraction in ring. Interference Newton’s phase experiment, film, Relation slit and double source, Young’s difference interference, Coherent path light: between of Interference constructions. and principles Huygen’s light, of theories Different light: of Theories Physical Optics medium, gaseous Doppler effect. a in wave longitudinal of Velocity waves: Sound velocity. group and velocity Phase waves, standing and travelling of calculation Energy Mathematics-I MATH115 English HUM105 Lab Physics PHY116 slit. double by Diffraction slit, of Polarization light: Brewster’s law,Malus law. single by Diffraction diffraction, hoe, Mcarn’ eis wt eane, Epnin of Expansion Taylor’s remainder, with theorem, series value Maclaurine’s theorem, Mean Differentiation, Successive Differentiability, and Continuity Limit, Calculus: Differential Commercial writing, Report well-knownclassic writers.by written writing, stories Short quotations. and Tenders correspondence, of Essay Constructions writing, Listening. Paragraph Comprehension, problems. Vocabulary. Grammatical sentences. words. English theof articulation of manners and phonetics:Theplaces English basedon Laboratory experiments PHY115

Deparment 35 hours 3 per week, 1.5 Cr. 4 hours Cr.4 per week, 4 3 perweek,3 hours Cr. Prereq.: Prereq.: Nil Prereq.: Nil Prereq.: Department of Computer Science and Engineering, Syllabus Basic Electrical Engineering Lab Engineering Basic Electrical EEE108 Engineering Basic Electrical EEE107 n trs o ide pit, Cnuae Daee, Director Diameter, Conjugate points, middle Circles. of terms in & Chord circles contact, of Co-axial Chord Normal, circles, and Tangent points, of limiting System lines, Straight of Pair Geometry: 2D Co-ordinate Geometry: Curvature. Asymptotes, inflection, of Points Minima, & Maxima Normal, & Tangent Differentiation, Partial rule, Hospital’s L’ function, Laboratory basedLaboratory Experimentson EEE107 quantities, sinusoidal of representation phase circuits.Introduction to three Phasor circuits; C and L R, of combinations various for power average power; and voltage current, rms and Instantaneous current: Alternating magnetic circuits.solving simple DC of methods of and electrical fields Principles magnetic of Laws analysis; of apparatus; measuring network Laws of methods power; DC and and circuits units; resistance measuring current, and voltage, concepts electrical Fundamental bodies. Geometry: 3D

Deparment

Change of axes, Transformation of Coordinates, of Transformation axes, of Change YEAR-1, YEAR-1, SEMESTER-2 tagt lns lns ad Euto f solid of Equation and Planes lines, Straight 36 3

hours per week, 1.5 Cr. 4

hours perweek,4 hours Cr. Prereq.: Nil Prereq.: Department of Computer Science and Engineering, Syllabus Mathematics-II MATH119 Economics HUM107 Drawing Engineering ME114 volume inand CartesianPolarvolume Co-ordinateSystems. Standard and Surface Length, Area; of Determination equations, Intrinsic parts, Function, Gamma and by Beta integral, Improper formula, Walli’s Integration Substitution, properties, with integrals Definite methods, Reduction integrals, of methods the by Integration integration, of Definition Calculus: Integral elasticities, Price determination, Nature of an economics theory, economics an of Nature determination, Price elasticities, their and supply and demand of theory The Micro-Economics: practices; conventional and views views. Auxiliary Sectional views; & lines Missing views; Isometric drawings; Orthographic angle projections. third and First uses, their and Instruments Introduction: equations. differential Differential partial of Concept absent; are variables independent of and dependent the solution of when order of higher of equations Applications differential Solution methods; operator equations, by equations linear various homogeneous by of equations equations of Solution coefficients, differential constant with orders higher ordinary and second differential linear general of order of Solution methods, first Equations, order of Differential of and Solution Formation equations, Degree differential Equations: Differential

Deparment 3 hours 3 alternatein week,0.75 Cr. 37

3 hours Cr.3 per week, 3 3 perweek,3 hours Cr. Prereq.: MATH115 Prereq.: Prereq.: Nil Prereq.: Department of Computer Science and Engineering, Syllabus Electronic Devices Circuits Electronic and EEE211 oiy ad tae plc ih rfrne t Bangladesh, to reference with policy trade development Economics of and planning. Employment, and Fiscal policy, policy Investments, Monetary Inflation, analysis, income Savings, National Macro-Economics: theoryof distribution. of Concepts function, Optimization production, scale large and production scale cost Small firm, and analysis engineering Cost structure, an market and market of of production of problems region Rational productivity, the of Types function, Production to Marginal analysis: technique. curve theories Indifference countries, economic developing of Applicability IC fabricationtechniques. IC to in to Introduction Introduction supply. power regulated filters, active application. rectifiers, application and Characteristics and UJT: TRIAC, DIAC, Biasing rectifier(SCR), controlled Silicon CMOS: MOSFET, circuits. switching and JFET, NMOS to PMOS, Introduction oscillators. impedance, Wine-Bridge & output Colpitts Hartley, Oscillators: and noise. and response input frequency Differential adjustments; null Off-set amplifiers; Operational amplifiers; current and voltage low signal Small Amplifiers: model. hybrid-π and models configurations; h-parameter frequency CC thermal CB, and CE, biasing stabilization; BJT Characteristics; diodes. transistor: of application Bipolar Circuit diodes; of models signal small and Operation characteristics; diode Junction Semiconductors:

Deparment YEAR-2, YEAR-2, SEMESTER-1 38 4

hours perweek,4 hours Cr. Prereq.: Prereq.: EEE107 Department of Computer Science and Engineering, Syllabus Mathematics-III MATH201 Devices Circuits Lab Electronic and EEE212 Complex Variable: Complex Number system; General function General system; Number Complex Variable: Complex basedLaboratory Experimentson EEE211 rbblt itiuin eg nfr, Nra n Poisson; and probability Normal testing analysis.Hypothesis and Regression Uniform, discrete e.g. Continuous distribution Bionomial; and probability Bernoulli, Uniform, theory e.g. distribution probability Elementary and deviation kurtosis, and Skewness Standard Moments, dispersion, of measures other tendency, central and of measure’s Mode other Median, Mean, distribution, Frequency Statistics: improper of integral by equations transform.Laplace Evaluation and equations differential some function, of Solution integrals. Periodic function, step some of transform unit The transformations, Laplace Inverse functions, elementary Laplace Definition, Transform: Laplace Contourtheorem, integration. Singular theorem; Residues Cauchy’s Laurent’s residues, of evaluation and Residues points, of and Cauchy’s Taylor’s mapping theorem, formula; conformal Integral Integral Cauchy’s and functions, Mapping elementary Cauchy– equation, the and Riemann differentiation Complex of variable, function a complex of continuity and Limits variables, Complex of

Deparment YEAR-2,SEMESTER-2 39

4 hours Cr.4 per week, 4 3

hours per week, 1.5 Cr. Prereq.: MATH119 Prereq.: Department of Computer Science and Engineering, Syllabus Electrical Drives and Electrical Instrumentation EEE209 Mathematics-IV MATH203 InstrumentationLab Drives and Electrical EEE210 oaihi mlfes eprtr opnain of digital using compensation measurements voltage and Frequency amplifiers; amplifier. Temperature stabilized Chopper amplifier; differential Antilog amplifiers; Logarithmic amplifiers; Basic amplifiers; logarithmic to Introduction DC, microprocessor and of of control motors.speed based Thyristor operation motors; Stepper of and Principles Induction transformers; phase Single Laboratory basedLaboratory Experimentson EEE209 opto- and reactance transducers. Noise electronic reduction in instrumentation. variable thermoelectric, Transducers: photovoltaic, systems. piezoelectric, of application and based principles Spectrum types, terminology, and microprocessor system Oscilloscope, voltmeter. to acquisition Data interfacing devices: analyzers. digital logic and display meter, analyzers and frequency Recorders Digital techniques:

Deparment 40 3 hours Cr.3 per week, 3 3

hours per week, 1.5 Cr. 3

hours perweek,3 hours Cr. Prereq.: MATH115 Prereq.: Prereq.: Prereq.: EEE107 Department of Computer Science and Engineering, Syllabus Accounting Accounting and Sociology HUM311 needne o etr, Dfeetain ad itgain of integration and Differentiation vectors, and of dependence Linear independence product, multiple and product Triple scalars, by interpretation, vectors geometrical their and products Vector and Scalar of Multiplication Vectors, of subtraction and Addition vectors, of Equality vectors, and Scalars Vector: and eigen valuesvectors. Eigen polynomials, Matrix equations; linear of Solution forms; canonical and Normal matrices; of transformations elementary matrices, of Rank of matrix, a of inverse and types Adjoint Matrices, of Different Algebra Matrix, of Definition Matrices: rdcin utr n iiiain oil srcue of and Oriental structure resources; Family-urbanization revolution; Industrial Social societies, world Occidental and civilization; Population and Bangladesh; Culture production, of techniques and evolution Social concepts; basic Some Scope; Sociology budgeting. capital firm, the control: and planning Long–run making. decision within for guidelines analysis. profitability the Marginal cost-volume-profit analyzing costing: costing. techniques, Relevant and process Tools and job costing: costing under sheet Operating Cost costing, costing, overhead classifications, and objectives general: in Cost statements. financial and procedures accounting the transactions, accounts, accounting: of Principles Accounting boundary valuein solving problems. uses their and Transforms Fourier Integral, Fourier transform, Gauss’s formfinite of and complex real series, Analysis: Fourier Fourier function, point a of integrals; Stoke’stheorem, theorem and Green’s theorem. curl Volume and and divergence Surface Gradient, Line, of Definition vectors,

Deparment YEAR-3, YEAR-3, SEMESTER-1 41 4 hours Cr.4 per week, 4 Prereq.: Nil Prereq.: Department of Computer Science and Engineering, Syllabus HUM411 Industrial ManagementIndustrial movements; Rural Sociology. Rural movements; Socialist and ecology;Co-operative industrialization,Urban and ehooy mngmn: Mngmn f invto and innovation of cycle, studies.Case changes, technology life Management management: Technology promotion, laws; patent sales strategy, Concepts, management: Marketing control, planning budgetary process;development & budget control, and planning Cost accounting: Management cost analysis; benefit analysis, investment analysis, break-even depreciation, products of costs of Elements management: financial and Cost organizational groups, change and conflict; informal incentives, & wages appraisal, performance training, hierarchy, need management, participative leadership, redesign, job importance, motivation, scope, management: Personnel industrial and committee planning; task force, manpower groups, in delegation, authority control, planning of span and coordination, structure, and management theory Organization: organizations; to Introduction

Deparment YEAR-4,SEMESTER-1 42 3 hours Cr.3 per week, 3 Prereq.: Nil Prereq.: