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Program Outcome
The program intends to help students develop a deeper understanding of physical laws, inquiring about the reasons and logics which govern them through established methods of observation, modelling, experimentation and calculations and opens a plethora of employment opportunities in Research Laboratories, Government Corporations, Banking and Finance etc. It imbues scientific temperament in students and empowers them to think independently and systematically draw a logical conclusion in their problem areas.
Program Specific Outcomes
Maths, Physics and Computer Science are complementary subjects which enhance students' skill set and help them gain, excel and master in Theoretical and Experimental grounds. It enables them to acquire analytical and logical skill for higher education.On completion of the course, one can gain employability in non -scientific sectors to scientific sectors. They can seek out for a career in CSIR Laboratories, Central & State Government agencies, Corporate sector, Banking, NBFI's & Finance Sector. Apart from this, students will also be eligible to work in the IT industry, Business, BPO, Marketing, Patent office, Technical Writing and many more.
COURSE OUTCOME OF PHYSICS
COURSE OUTCOME OF PHYSICS
Paper 1: Mechanics & Oscillations Sem-I
Paper 1: Mechanics & Oscillations Sem-I
Understand the basic concept of vector calculus and prove Gauss, Stokes and Green’s theorems
Understand the working of multistage rockets. Collisions in 2D and 3D
Knowing the knowledge of conservative forces with examples. Laws of planetary motion.
Concept of relativity, frames of reference, Lorentz transformations,
Einstein’s mass energy equivalence
Paper 2 : Thermal Physics Sem-II
Paper 2 : Thermal Physics Sem-II
Understanding the basic concepts of thermodynamics and the kinetic theory of gases
Knowing the thermodynamic potentials and solving the Maxwell's Equations. Applications of low temperature physics
Understanding the need for quantum theory of radiation and different methods of measuring radiations
Knowing and applying Maxwell-Boltzmann, Bose - Einstein statistics and Fermi-Dirac statictics. Also understanding the difference between the three.
Paper 3 : Electromagnetic Theory Sem-III
Paper 3 : Electromagnetic Theory Sem-III
Analyze static electric fields, their behavior in different media, associated laws.
Describe time varying magnetic fields and its effect on moving charges
Understand Maxwell electromagnetic waves.
Solve any complicated given network using network theorems.
Paper 4 : Waves & Optics, Sem-IV
Paper 4 : Waves & Optics, Sem-IV
Analyze and calculate interference between plane waves and spherical waves, reflection and transmission of plane waves
Understand how the polarization of light changes at reflection and transmission at interfaces
Know the conditions for near and far-field diffraction and be able to calculate the far-field diffraction from gratings and simple aperture functions.
Understand the types of waves and their properties
Paper 5 : Modern Physics, Sem-V
Paper 5 : Modern Physics, Sem-V
Analyse the atomic , nuclear and molecular properties
Analyse Schroedingers time independent and time dependent equations
Understand the concepts in nuclear physics with reference to the various models
Explain the crystal systems and bondings
Paper 6 : Electronics, Sem-VI
Paper 6 : Electronics, Sem-VI
At the end of this course student able to solve and analyses any complicated given network very easily using network theorems.
Energy band theory of solids throws light in understanding structure and working principle of Semiconductor physics
The concepts of Transistors will lay down a fast track to get the knowledge of amplifying action of transistor device
The basic root topics like Gates which are building blocks for digital system are explained, which caters the need for further studies of digital systems.
COURSE OUTCOME OF ELECTRONICS
COURSE OUTCOME OF ELECTRONICS
Paper 1 : Circuit Analysis, Sem-I
Paper 1 : Circuit Analysis, Sem-I
Apply simple steady state sinusoidal analysis to circuits.
To prepare the students to have a basic knowledge in the analysis of electric networks.
To solve the given circuits with various theorems and methods .
Ability to analyze RL, RC and RLC circuits step and frequency response
Paper 2 : Electronic Devices, Sem-II
Paper 2 : Electronic Devices, Sem-II
To acquire knowledge about semi conductor physics for intrinsic and extrinsic materials.
To learn the basics of semiconductor diodes, BJTs and design amplifier circuits.
To study and analyze the performance of FETs on the basis of their operation and working.
Understand the application of different electronic devices and simple circuits.
Paper 3 : Analog Circuits, Sem-III
Paper 3 : Analog Circuits, Sem-III
Learn the operation of Rectifiers and Filters
Principle and working of Regulated power supplies
Understand Transistor amplification and concept of feedback
Understand the construction and working of Oscillators and multi-vibrators.
Paper 4 : Linear Integrated Circuits And Basics Of Communication, Sem-IV
Paper 4 : Linear Integrated Circuits And Basics Of Communication, Sem-IV
Understand the various Op-Amp parameters
Study the applications of Op-Amps IC741
Distinguish types of modulation techniques
Learn AM, FM and digital modulation.
Paper 5 : Digital Electronics , Sem-V
Paper 5 : Digital Electronics , Sem-V
Understand various number systems and design various logic gates.
Construct combinational and sequential logic circuits
Working of shift registers, synchronous and asynchronous counters
Review semiconductor memories like ROM and RAM
Paper 6 : 8051 Microcontroller & Applications, Sem-VI
Paper 6 : 8051 Microcontroller & Applications, Sem-VI
Understand the architecture of 8051.
Develop skill in simple program writing for 8051.
To understand various interfacing circuits necessary for the various applications
Being 8051 base chip, learning 8051 will facilitate to handle household electronic devices easily.
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