B.Sc. in Mathematics, Physics and Electronics
Candidate must have passed 10+2 or equivalent examination in Science from a recognized school/board.
The main aim of this course is to provide a comprehensive understanding of electronics and communication system, advanced mathematics and to impart working knowledge of fundamental concepts in the areas of physics such as classical mechanics, quantum mechanics, electricity and magnetism, and thermodynamics.
The Physics module focuses on the theory and practical aspects of the fundamentals of Physics and associated mathematical concepts. It covers subjects like matter, motion, speed and velocity, space and time, energy, pressure and force, and the various theories and laws associated with them.
The Mathematics module focuses on the understanding and solving of numerical problems. Candidates are taught about the science of numbers, quantity, and space through algebra, calculus, geometry, differential equations, and real analysis.
The Electronics curriculum is an interdisciplinary subject that focuses on the relationship between Physics and Mathematics. The course covers various aspects of basic electronics like circuits, devices, microprocessors, instrumentation, and micro-controllers, semiconductor devices and applications, Linear integrated circuits and applications, digital logic design and VHDL, Analog and digital communication systems, satellite communication, fiber optic communication, embedded systems, electronic instrumentation, industrial electronics , digital signal processing etc.
Students will be introduced to seminars, guest lectures, workshops, projects, internships, and dissertations included in the course curriculum as well
BASIC ELECTRONICS AND APPLICATIONS
MATRIX ALGEBRA USING SCILAB
MECHANICS AND PROPERTIES OF MATTER
PHYSICS LABORATORY I
LINEAR INTEGRATED CIRCUITS AND APPLICATIONS
PRACTICAL - II
CALCULUS USING SCILAB
HEAT AND THERMODYNAMICS
PHYSICS LABORATORY - II
DIFFERENTIAL EQUATIONS AND APPLICATIONS
DIFFERENTIAL EQUATIONS USING MAXIMA
ELECTRICITY AND MAGNETISM
PHYSICS LABORATORY - III
ELECTRONIC COMMUNICATION SYSTEMS
PRACTICAL - IV
CALCULUS OF SEVERAL VARIABLES
MULTIVARIATE CALCULUS USING MATLAB
OSCILLATIONS AND OPTICS
PHYSICS LABORATORY - IV
MICROPROCESSORS AND INTERFACING
ALGEBRA USING MATLAB
NUMERICAL METHODS USING MATLAB
REAL AND COMPLEX ANALYSIS
FOURIER SERIES AND INTEGRAL TRANSFORMS
ANALYSIS USING MAXIMA
FOURIER SERIES AND INTEGRAL TRANSFORMS USING MATLAB
Students after successfully completing the course can get employed in public and private sectors in departments of electronics and computers. They also can find jobs in defense sectors, banks, financial sectors, investment and insurance sectors, consultancy firms and educational institutions. The jobs are available as electronic technician, laboratory assistant, Technical Writer, Technical Assistant, Electrical supervisor, Telecommunications engineer, Software test engineer, trainer etc. The course provides scope for them to pursue higher studies such as Ph.D./ M.B.A /M.Sc.