About the Programme

The B.Sc. Physics with minor in AI-Based Computational Physics is a future-oriented undergraduate program that blends a strong foundation in physical sciences with advanced training in artificial intelligence (AI) and computational techniques. Designed for students eager to explore the evolving landscape of science and technology, this interdisciplinary program equips learners to tackle complex physical problems using data-driven methods and intelligent systems. The program offers a rigorous grounding in core areas of physics, including classical mechanics, electromagnetism, quantum mechanics, thermodynamics, and statistical physics. Alongside this, students gain expertise in machine learning, neural networks, deep learning, data mining, and AI algorithms, enabling them to model, simulate, and analyse complex physical systems with modern computational tools.

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Course Fee

1st Year 80000

2nd Year 82400

3rd Year 84872

4th Year 87418

1st Sem 41500	3rd Sem 42700	5th Sem 43936	7th Sem 45209
2nd Sem 41500	4th Sem 42700	6th Sem 43936	8th Sem 45209

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
				L	T	P
		THEORY COURSES
	PHT1101	Semiconductor Physics & devices		3	0	0	3	Pre-Requisite	New code
2.	PHS102	Mathematical Physics-I		3	1	0	4	Pre-Requisite	CC
3.	PHT1103	Physics in everyday life		2	0	0	2	Co-requisite	Interdisciplinary
4.	SKP1010	Communication Essentials 1		0	1	2	2	Co-requisite	AEC
		PRACTICAL
5.	VOP1101	Electronics based Vocational Course		0	0	6	3	Pre-Requisite	SEC
6.	PHP1111	Introduction to Python Programming		2	0	2	3	Co-requisite	Minor
7.	EVT1129	Environmental Education		2	0	0	2	Co-requisite	VAC (New code)
8.	PHP1101	Semiconductor Physics and Devices Lab		0	0	2	1	Co-requisite	CC(New code)
TOTAL CREDITS							20

Semester 2

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

	PHS103	Optics		4	0	0	4	Pre-requisite	Core
2.	PHT1104	Thermal Physics		3	0	0	3	Pre-requisite	Core
3.	PHT1105	Fundamentals of Solid State Physics		1	0	2	2	Co-requisite	AEC
4.	IKT1104	Mulya Pravah		-	-	-	2	Co Requisite	VAC
5.	PHVAC1101	Vedic Physics and Indian Scientific Heritage		2	0	0	2	Co -Requisite	VAC

6.	PHS152	Physics lab-2 (Optics & Thermal Physics Lab)		0	0	2	1	Co-requisite	Core
7.	SKP1020	Communication Essentials 2		0	1	2	2	Co Requisite	AEC
8.	VOP1102	Geometrical optics		0	0	5	3	Co Requisite	SEC
9.	PHP1112	Advanced Python Programming		2	0	2	3	Co-Requisite	Minor
20

Semester 3

S.No.	SU Subject Code	Paper Id	Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite /	Type of Course
S.No.	SU Subject Code	Paper Id	Subjects	L	T	P	Credits	Pre-Requisite/Co Requisite /	Type of Course
		THEORY SUBJECTS
	PHS201	Electricity and Magnetism		3	1	0	3	Core	Core
2.	PHT2201	Mathematical Physics-II		4	1	0	4	Core	Core
3.	IKT2202	General Hindi		-	-	-	2		AEC
		PRACTICAL
4.	PHP2201	Electricity and magnetism lab		0	0	2	1	Co-requisite	Core
5.	PHT2203/MOOC	Synthesis and Characterisation of Nanomaterials/MOOC		2	0	0	2	OPE	Interdisciplinary
6.	VOP201	Nano-materials Technology and Hands on Training (SEC)		0	0	5	3	Co-requisite	SEC
7.	PHP2211	Python for Computational Physics		0	0	5	3	Minor	Minor
8.	PHR2201	Research Based Learning-1 (RBL1)		0	0	2	0	Co Requisite	Project

TOTAL CREDITS							20

Semester 4

S.No.	SU Subject Code	Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite	Type of Course:
S.No.	SU Subject Code	Subjects	L	T	P	Credits	Pre-Requisite/Co Requisite	Type of Course:
		THEORY SUBJECTS
1.	PHS204	Electromagnetism	3	1	0	4	Pre-Requisite	Core
2.	PHS205	Quantum Mechanics-I	3	1	0	4	Pre-Requisite	Core
3.	PHT2204	Analog Electronic Devices & Circuits	3	1	0	4	Pre-Requisite	Core
		Practical
4.	CCP2001	Community Connect	0	0	4	2	Co-Requisite	AEC
5.	PHP2212	Statistics & Probability for AI	2	0	2	3	Co-Requisite	Minor
6.	PHP2202	Fundamental Electronics and Instumentation Lab	0	0	4	2	Co Requisite	Core
7.	PHR2202	Research Based Learning 2	0	0	2	1	Co Requisite	Project

TOTAL CREDITS						19

Semester 5

S.No.	SU Subject Code	Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite	Type of Course
S.No.	SU Subject Code	Subjects	L	T	P	Credits	Pre-Requisite/Co Requisite	Type of Course
		THEORY SUBJECTS
	PHT3301	Classical Mechanics & Relativity	3	1	0	4	Pre-Requisite	Core
2.	PHT3302	Atomic & molecular Physics	3	1	0	4	Pre-Requisite	Core
3.	PHS302	Oscillations and waves	3	0	0	3	Pre-Requisite	Core
4.	PHS303	Numerical Analysis	3	0	0	3	Pre-Requisite	Core
5.	PHS304/MOOC	Instrumentation/MOOC	3	0	0	3	Co-requisite	Core
		Practical
6.	PHS352	Physics lab -7 (NA)	0	0	2	1	Co-requisite	Core
7.	PHP3302	Waves and Oscillations lab	0	0	4	2	Co-requisite	Core
8.	PHR3301	Research Based Learning-3 (RBL3) Project	0	0	2	0	Co-requisite	Training/Survey/Project

TOTAL CREDITS						20

Semester 6

S.No.	SU Subject Code	Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite	Type of Course:
S.No.	SU Subject Code	Subjects	L	T	P	Credits	Pre-Requisite/Co Requisite	Type of Course:
		THEORY SUBJECTS
	PHT3311	Applications of neural Network	3	0	2	4	Pre-Requisite	Minor
2	ARP306	Campus to corporate	0	0	2	2	Pre-requisite	AEC
		Practical
3.	PHP3305	Preparation, Characterization and Applications of Polymer electrolytes	0	0	3	3	Co-requisite	Interdisciplinary
4.	PHP3312	AI in Material Science	2	0	4	4	Pre-Requisite	Minor
5.	PHP3313	AI in Solar Physics	2	0	4	4	Pre-Requisite	Minor
6.	INC001	Industry Connect	0	0	2	2	Co-Requisite	Survey/Audit
7.	PHR3302	Research Based Learning-4 (RBL-4) Project	0	0	2	1	Co-requisite	Project (Audit Based )

TOTAL CREDITS						20
OR
Apprenticeship
TOTAL CREDITS						20

Semester 7 (Honours)

S.No	SU Subject Code	Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite/Core/Minor	Type of Course
S.No	SU Subject Code	Subjects	L	T	P	Credits	Pre-Requisite/Co Requisite/Core/Minor	Type of Course
		THEORY SUBJECTS
	MPH112	Solid state physics	3	1	0	4	Pre-requisite	Core
2	MPH119	Mathematical Physics	3	1	0	4	Pre-requisite	Core
3	MPH120	Quantum mechanics	3	1	0	4	Pre-Requisite	Core
4	MPH111	Classical mechanics	3	1	0	4	Pre-requisite	Core
5	PHP4411	AI in Meterology	2	0	4	4	Co-requisite	Minor
6	PHP1151	Optics & Laser lab	0	0	4	2	Pre-requisite	Core
7	PHP1152	Basics of Matlab	0	0	4	2	Pre-requisite	Core

TOTAL CREDITS						20/24

Only for students going for Apprenticeship & requires minor with major degree.

Semester 8 (Honours)

S.No.	SU Subject Code	Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite	Type of Course
S.No.	SU Subject Code	Subjects	L	T	P	Credits	Pre-Requisite/Co Requisite	Type of Course
		THEORY SUBJECTS
	PHS405	Characterization Techniques	4	0	0	4	Pre-requisite	Minor
2	PHT4401	Nanomaterials for Solar Cell and Photocatalytic Activity	4	0	0	4	Co-Requisite	Interdisciplinary
3	PHT4402	Mechanics beyond Newton	4	0	0	4	Co-Requisite	Interdisciplinary
		Practical
4	PHR4403	Project	0	0	8	4	Co-requisite	Project
5	PHT4412	ML in Computational Geometry	3	0	2	4	Co-Requisite	Minor
OR
Apprentice
TOTAL CREDITS						20

Semester 7 (with Research)

S.No	SU Subject Code	Paper Id	Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite/Core/Minor	Type of Course
S.No	SU Subject Code	Paper Id	Subjects	L	T	P	Credits	Pre-Requisite/Co Requisite/Core/Minor	Type of Course
		THEORY SUBJECTS
	MPH112	Solid state physics		3	1	0	4	Pre-requisite	Core
2	MPH119	Mathematical Physics		3	1	0	4	Pre-requisite	Core
3	MPH120	Quantum mechanics		3	1	0	4	Pre-Requisite	Core
4	MPH111	Classical mechanics		3	1	0	4	Pre-requisite	Core
5	PHP4411	AI in Meterology		2	0	4	4	Minor	Minor
		Practical
6	PHR4401	Research Project I		0	0	6	3	Co-requisite	Project

TOTAL CREDITS							23

Semester 8 (with Research)

S.No.	SU Subject Code	Subjects	Teaching Load			Credits	Pre-Requisite/Co Requisite	Type of Course:
S.No.	SU Subject Code	Subjects	L	T	P	Credits	Pre-Requisite/Co Requisite	Type of Course:
		THEORY SUBJECTS
1	PHT4403	Advanced Electronic Devices	3	0	0	3	Pre-Requisite	Core
2	PHT4412	Characterization Techniques	4	0	0	4	Pre-Requisite	Minor
3	PHR4402	Research Project II	0	0	18	9	Pre-Requisite	Project
4	PHP4401	Advanced Electronic Devices lab	0	0	2	1	Pre-Requisite	Core
		Practical

TOTAL CREDITS						17

Eligibility Criteria

For National Students	Sr. Secondary (10+2) with minimum 55% marks in Physics, Chemistry, Mathematics (PCM) or Physics, Chemistry, Biology (PCB). Proficiency in English Communication.
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.

How to apply for the course?

Career path you can choose after the course

After completing a B.Sc. Physics with a Minor in AI-Based Computational Physics, students can explore a wide range of career paths that combine scientific knowledge with advanced computational and analytical skills. Many graduates pursue higher studies such as M.Sc. in Physics, Computational Physics, Data Science, or Artificial Intelligence, followed by research opportunities in areas like quantum computing, astrophysics, and AI-driven simulations. The integration of AI and physics also opens strong career prospects in the technology sector, including roles as data scientists, machine learning engineers, software developers, and simulation specialists. Graduates are well-suited for positions in research and development organizations, space and defense agencies such as ISRO and DRDO, as well as in high-performance computing and scientific research labs. Additionally, opportunities exist in emerging fields like fintech, climate modeling, and smart systems, along with careers in teaching, scientific writing, and government services. Overall, this interdisciplinary program equips students with versatile skills, enabling them to thrive in both traditional physics careers and modern data-driven industries.

For Students

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B.Sc.(Hons/Research)- Physics with Minor in AI based Computational Physics