KLE. Society's G. I. Bagewadi Arts, Science and Commerce College, Nipani
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KLE. Society's G. I. Bagewadi Arts, Science and Commerce College, Nipani Accredited at 'A' level by NAAC with CGPA 3.35 Affiliated to Rani Channamma University , Belagavi, Karnataka, India Program Outcomes, Program Specific Outcomes and Course Outcomes For the Year 2019-20 The PSOS and COS are the objectives of the university programmes and course are stated in the syllabi which are available on the university website. Every programme has its own learning outcomes of programmes and courses. Every department is preparing teaching plans and learning out comes and they are displayed on the notice board and also on college website. Programme out comes , course outcomes and their importance are communicated to • Teachers in IQAC meeting and staff meeting • Students in orientation programme and also in respective classes. • Stake holders through college web site. Each department discuss these PSOs and COs in their department meeting well before the commencement of each semester. The possible ease or difficulties in the attainment of these outcomes are also considered. PROGRAMME OUTCOMES, PROGRAMME SPECIFIC OUTCOMES AND COURSE OUTCOMES OF B.SC. Programme Outcomes of B.Sc. PO 1 Acquired the knowledge with facts and figures related to various subjects in basic sciences Understood the basic concepts, fundamental principles, and the scientific theories related PO 2 to various scientific phenomena and their relevancies in the day-to-day life. Acquired the skills in handling scientific instruments, planning and performing in laboratory PO 3 experiments Developed Scientific Outlook Not Only With Respect To Science Subjects But Also In All Po 4 Aspects Related To Life. Department of Chemistry Programme Specific Outcomes PSO 1 The chemistry temperament among young students will be devolved to design and carry out scientific experiments and record accurately the results and analyze the achievements. PSO 2 Students will have expertise in solving problem, critical thinking and analytical reasoning to solve scientific problems. PSO 3 Students will be able to explore new areas of research in both chemistry and allied fields of science and technology. PSO 4 Career opportunities for chemistry aspirants in Industries are: Analytical chemist, Biotechnologist, Chemical engineer, Healthcare scientist, clinical biochemistry, Forensic scientist, Nanotechnologist, Pharmacologist, Research scientist,Scientific laboratory technician, Toxicologist. PSO 5 Professional opportunitiesfor chemistry aspirants are: Civil service fast streamer, Environmental consultant, Higher education lecturer, Management consultant, Nuclear engineer, Patent attorney, Radiation protection, practitioner, Science writer, Secondary school teacher. Course Outcomes Semester Course Outcome code & name CO 1 This course will provide insight into some of the fundamental concept and principles that are very relevant and essential in the study of Chemistry and provides knowledge of atomic structure, periodic trends and principles of volumetric analysis. CO 2 This will make students capable of understanding and studying nomenclature and classification of organic compounds, organic reactions and their stereochemistry. To have exposure to basics of B.Sc.- I 42124/A UV spectroscopy. Sem 240: CO 3 The course will make students understand the general Chemistry- characteristics of different states of matter. It imparts the knowledge of intermolecular force in gaseous and liquid states and 01 studies the various types of solution and salt hydrolysis. CO 4 It will develop the practical skills among the students for volumetric estimations. CO 1 The study of these concepts will develop interest among the students about different chemical bonds and the importance of Organic reagents in Inorganic analysis. B.Sc.- II 42224/B CO 2 The concepts will enable the students to understand and study Sem 240: organic conversions. Chemistry- CO 3 Students are also exposed to new concepts like thermodynamics, 02 structures and properties of solid crystals, liquid crystals and colloids. CO 4 Students are made to develop practical skills of identifying organic compounds by qualitative analysis. CO 1 The students are advised to learn steps involved in metallurgical process. CO 2 The students are imparted regarding orientation of functional B.Sc.- III 35324/C groups and understand the reaction mechanism of organic Sem 240: molecules. Chemistry- CO 3 Students are exposed to fundamentals and applications of IR 03 spectroscopy and new concept of entropy. CO 4 Students are focused to new experiments like Surface tension, Viscosity, Kinetics, Adsorption and Ebullioscopy. CO 1 To understand the general characteristics of d and f block elements, thorough knowledge of Bioinorganic Chemistry, B.Sc.- IV 42424/D Environmental Chemistry and Water pollution. Sem 240: CO 2 In order to familiarize the students about principles of Chemistry- electrochemistry and its applications, the new concepts like II 04 order kinetics, half-life period, adsorption of solute are highlighted. CO 3 The practical skills of qualitative analysis among the students are developed for separation of cations and anions from binary inorganic mixtures. CO 1 This course will provide an insight into some of the fundamental concepts of coordination chemistry and gravimetric analysis. CO 2 Students are exposed to a new method of synthesis using a green chemistry to understand the isolation, constitution, medicinal importance of natural products. CO 3 To study and understand the applications of microwave and B.Sc.- V 35525/E 250: vibrationalspectroscopy, there is an exposition to a new concept of Sem P-I Chemistry- phase rule. P-I CO 4 The practical skills are developed among the student community for preparation and purification of organic compounds. CO 1 Students are exposed to understand about industrial methods of preparations and their applications of alloys, cements, pigments, B.Sc.- V 35526/E 260: abrasives and glasses. Sem P-II Chemistry- CO 2 This will impart the knowledge of natural products and understand the importance of mass spectroscopy. P-II CO 3 It provides an insight into ionic equilibriums and electrical properties of ions in solutions. CO 1 Students will learn the reaction mechanisms of metal complexes and the elucidation of the structures using various spectroscopic methods. CO 2 Students are exposed to natural products like: Carbohydrates, Vitamins, Harmones, Amino acids, Peptides, Proteins and B.Sc.- VI 35625/F 250 Terpenoids. Sem P-I : Chemistry- CO 3 The knowledge of UV-spectroscopy is imparted to students to P-I understand the electronic transitions of organic molecules. CO 4 The students will get skills in estimations of organic compounds and also are exposed to determination of intensity of colour of different complexes by calorimeter. CO 1 Students are adequately exposed to new methods of instrumentations in chemistry. CO 2 The knowledge of the new concept of chemotherapy and relevant B.Sc.- VI 35625/F 260 applications for day today lifeare imparted. CO 3 Enabling the students about various methods employed for Sem P-II : Chemistry- construction and working of standard cell and its applications. P-II CO 4 The students are made to learn gravimetric estimations and are also exposed to attend an industrial study tour to excel their practical skills. Department Of Physics Specific Programme Outcome SPECIFIC OUTCOME PROGRAMME Educating students in the core of physics including substantial practical & experimental physics, while enabling students to train in both the SPO1 theoretical & practical aspects. Providing high quality education in physics within an environment committed SPO2 to excellence in both teaching & research. Constructing & tackling problems of day to day life by correlating them with SPO3 appropriate physical principles. Usage of mathematics in physics equations to describe interpreting results & SPO4 critically comparing them with experiment & observations. Course Outcomes CODE & SEMESTER COURSE OUTCOME NAME CO1 Learned conservation laws of energy and linear momentum To estimate angular velocity, moment of inertia & it helps CO2 A350 for launching the Satellites. B.Sc I Sem : Mechanics & CO3 Applies the same to study bar pendulum & Fly wheel. Properties Of CO4 To determine young’s modulus for different bodies Matter To study about the properties of liquids, walking on water, CO5 floating a needle, painting on walls & preparation of pen ink. Learn the fundamentals of damped , forced oscillators, CO1 transducers & their characteristics Kinetic theory of gases explains the microscopic properties CO2 B350 of gases & Brownian motion. Sound & Study of heat Engines like Otto, Diesel Engines & their B.Sc-II Sem CO3 Thermal efficiencies were studied with relevant problems. Here studied about exhaust & diffusion pumps. There are Physics CO4 used in the vacuum cleaner machines & refrigerator Learn about Plank’s Law & helps to study about CO5 temperature of sun & solar interior. Used in variety of technology & every day objects including CO1 mirrors, lenses, telescope’s & microscope’s. C350 Study of Abberation to reduces the blurred images of CO2 telescope, lenses etc & to study charged particles in uniform B.Sc-III Sem Geometrical motion. Optics & CO3 Used in determination of diectric constants of a solid. Electricity CO4 To determine time constant of RL & RC circuit. Understand the relevance of Ballistic Galvanometers, earth CO5 inductor & CRO. CO1 Used to determine radius of curvature of lenses. It helps to study Zone plate,