About the Programme

The B.Sc. Electronics Science programme provides students with a strong foundation in electronics, semiconductor technology, communication systems, embedded systems, and drone technology. The curriculum combines theoretical learning with practical laboratory training and project-based learning to build technical and analytical skills.

The programme offers exposure to emerging technologies such as IoT, automation, Artificial Intelligence, robotics, and smart electronic systems, preparing students for evolving industry demands and innovation-driven careers.

Graduates of the programme can pursue opportunities in electronics industries, drone applications, research and development, higher education, and advanced technology sectors.

Course Fee

1st Year 80000

2nd Year 82400

3rd Year 84872

1st Sem 41500	3rd Sem 42700	5th Sem 43936
2nd Sem 41500	4th Sem 42700	6th Sem 43936

For International Students

Fee Per Semester	Fee Per Year
NA	3600*

Programme Structure

Semester 1

S.No.	SU Subject Code	Paper Id	Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite/Core/Elective	Type of Course
S.No.	SU Subject Code	Paper Id	Subjects	L	T	P	Credits	Pre-Requisite/Co Requisite/Core/Elective	Type of Course
		THEORY COURSES
		Mathematics Foundation for Electronics - 1		3	0	0	3	Pre-Requisite	Core
		Semiconductor Physics and Devices		4	0	0	4	Pre-Requisite	Core
		Basic Circuit Theory and Network Analysis		3	0	0	3	Minor	Minor
		OPE		0	0	4	2	OPE	Interdisciplinary
		Communicative English		1	0	2	2	Co-requisite	AEC
		PRACTICAL
		Python		1	0	4	3	Pre-Requisite	SEC
		Environmental Education		2	0	0	2	Pre-Requisite	VAC
		Semiconductor Physics and Technology lab		0	0	2	1	Pre-Requisite	Core

TOTAL CREDITS							20

Semester 2

S.No.	Paper Id	Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite /Core /Elective	Type of Course
			L	T	P

1.	Electronic Devices and Circuits		4	0	0	4	Pre-requisite	Core
2.	Applied Physics		3	0	0	3	Core	Core
3.	Fundamentals of Solid-state Physics		3	0	0	3	Pre-requisite	Minor
4.	Mulya Prabha		2	0	0	2	Co Requisite	VAC
5.	Vedic physics and Indian heritage		2	0	0	2	Co Requisite	VAC

6.	Microcontroller based boards (Arduino /Raspberry Pi)		2	0	2	3	Co Requisite	SEC
7.	Commutative English 2		1	0	2	2	Co-requisite	AEC
8.	Electronic Devices and Circuits Lab		0	0	2	1	Co-requisite	Core
	TOTAL CREDITS					20

Semester 3

S.No.	Paper Id	Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite /	Type of Course
S.No.	Paper Id	Subjects	L	T	P	Credits	Pre-Requisite/Co Requisite /	Type of Course
	THEORY SUBJECTS
	Digital Electronics and Verilog/VHDL		4	0	0	4	Pre-requisite	Core
	Electronic Circuit and PCB designing		4	0	0	4	Pre-requisite	Core
	Instrumentation		4	0	0	4	Pre-requisite	Minor
	General Hindi		2	0	0	2	Co requisite	AEC
	Drone Technology		3	0	0	3	Pre-requisite	SEC
	MOOC		2	0	0	2	Co-Requisite	Interdisciplinary
	Practical
	Digital Electronics and Verilog/VHDL Lab		0	0	2	1	Co-requisite	Core
	Research Base Learning 1		0	0	4	0	Co Requisite	Project

TOTAL CREDITS						20

Semester 4

S.No.		Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite	Type of Course:
			L	T	P
	THEORY SUBJECTS
1.		Operational Amplifiers and Applications	4	0	0	4	Pre-Requisite	Core
2.		Signal and Systems	4	0	0	4	Pre-Requisite	Core
3.		Electromagnetism	4	0	0	4	Pre-Requisite	Core
4.		Mathematics Foundation for Electronics - 2	3	0	0	3	Pre-Requisite	Minor
	Practical
5.		Community Connect	0	0	2	2	Co-Requisite	AEC
6.		NC VAC	0	0	4	0	Co-Requisite	VAC
7.		Operational Amplifiers and Applications Lab	0	0	4	2	Co Requisite	Core
8.		Research Based Learning 2	0	0	4	1	Co Requisite	Project

TOTAL CREDITS						20

Semester 5

S.No.	Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite	Type of Course
S.No.	Subjects	L	T	P	Credits	Pre-Requisite/Co Requisite	Type of Course
	THEORY SUBJECTS
	Microprocessors & Microcontrollers	4	0	0	4	Pre-Requisite	Core
	Nanoelectronics	4	0	0	4	Pre-Requisite	Core
	Basic of VLSI Design	4	0	0	4	Pre-Requisite	Core
	Digital Signal Processing	4	0	0	4	Pre-Requisite	Core
	Practical
	Drone Technology Lab	0	0	4	2	Co-requisite	Core
	Digital Signal Processing Lab	0	0	2	1	Co-requisite	Core
	Microprocessors and Microcontrollers Lab	0	0	2	1	Co-requisite	Core
	Research Based Learning - 3	0	0	2	0	Co-requisite	Training/Survey/Project

TOTAL CREDITS					20

Semester 6

S.No.		Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite	Type of Course:
S.No.		Subjects	L	T	P	Credits	Pre-Requisite/Co Requisite	Type of Course:
	THEORY SUBJECTS
		Communication System	4	0	0	4	Pre-Requisite	Minor
		Biomedical Instrumentation	4	0	0	4	Pre-Requisite	Minor
		Transmission lines, Antenna and wave propagation	4	0	0	4	Pre-Requisite	Minor
		Campus to corporate	0	0	2	2	Pre -Requisite	AEC
	Practical
		Communication Electronics Lab	0	0	4	2	Co-requisite	Minor
		Industry connects	0	0	2	2	Co-Requisite	Industry connects
		Bioimaging Simulation lab	0	0	2	1	Co-requisite	Interdisciplinary
		Research Based Learning -4 (RBL-4) Project	0	0	2	1	Co-requisite	Project (Audit Based)

TOTAL CREDITS						20
OR
APPRENTICESHIP
TOTAL CREDITS						20

Eligibility Criteria

For National Students	Science Stream 10+2 with Physics and Mathematics (Mandatory)
For International Students	The eligibility criterion for all programs for international applicants is minimum 50% in the qualifying examination and having studied the pre-requisite subjects for admission in to the desired program.

Career path you can choose after the course

Graduates of the programme can pursue careers in electronics and semiconductor industries, embedded systems, drone technology, automation, and communication sectors. Students may work in hardware and software industries, IoT development, robotics, and instrumentation fields. The programme also provides opportunities in research and development organizations, startups, and government sectors. Graduates can further pursue higher studies such as M.Sc., M.Tech., MBA, or research programmes in emerging technologies.

For Students

For Employees

B.Sc. Electronic Science