Engineering Physics Syllabus 2025: Check Semester-wise Subjects & Syllabus

Vidhi JainContent Writer
Engineering Physics courses primarily deal with the application of the principles of physics to understand the underlying rules of engineering disciplines to solve everyday problems and come up with innovative systems and machinery. The Engineering Physics syllabus provides an in-depth understanding to students on how all the engineering fields work by smartly using scientific and mathematical knowledge.
The Engineering Physics syllabus includes important subjects like Quantum Mechanics, Signals and Systems, Analog and Digital Electronics, Computational Multiphysics, Microprocessor Architecture and Programming, Engineering Optics, Semiconductor Devices, Materials Science, Nanoelectronics and Nanophotonics.
The syllabus for Engineering Physics covered in classes is designed in such a manner that it has both core subjects and elective subject choices, along with practical lab training, informative and interactive workshops, internship programs, and a final year research project.
The Engineering Physics syllabus helps students to gain important skills like logical thinking, scientific bent of mind, technical proficiency, problem-solving, attention to detail, and creativity. Students can even choose a particular subject from the B Tech Engineering Physics syllabus and specialize in the same at the postgraduate level, such as Nanotechnology, Materials Science, Biophysics, Renewable Energy, Quantum Technology.
The syllabus for Engineering Physics is structured in accordance with the course level and the college offering the course. Interested students can continue reading this article to know everything about the Engineering Physics semester-wise syllabus.
Detailed Engineering Physics Syllabus
The Engineering Physics syllabus for the undergraduate, postgraduate, and doctorate level courses differs from one college to another depending on the level at which one is pursuing the course and college where one is pursuing the course. Students can go through the general syllabus for Engineering Physics at the BTech, MTech, and PhD levels in the section below.
B Tech Engineering Physics Syllabus
The B Tech Engineering Physics syllabus includes both core and elective subjects that provide detailed knowledge to students about how to handle real-world problems using scientific and engineering principles. Students must complete practical lab training, research modules, and final year project work to rightfully grasp the important fundamental concepts that fall under the field. The B Tech Engineering Physics subjects are given in the table below for students’ reference:
|
B Tech Engineering Physics Syllabus – Semester 1 |
|
|---|---|
|
Engineering Mathematics I |
Electrical Science |
|
Engineering Drawing |
|
|
B Tech Engineering Physics Syllabus – Semester 2 |
|
|
Engineering Mathematics II |
Analog Electronics |
|
Introduction to Computing |
Mechanics and Relativity |
|
B Tech Engineering Physics Syllabus – Semester 3 |
|
|
Thermal and Statistical Physics |
Signals and Systems |
|
Digital Electronics |
Quantum Mechanics |
|
B Tech Engineering Physics Syllabus – Semester 4 |
|
|
Heat and Thermodynamics |
Solid State Physics |
|
Semiconductor Physics |
Electronics Lab I |
|
B Tech Engineering Physics Syllabus – Semester 5 |
|
|
Biophysics |
Atomic and Nuclear Physics |
|
Microprocessor Architecture and Programming |
General Physics Lab |
|
B Tech Engineering Physics Syllabus – Semester 6 |
|
|
Engineering Optics |
Statistical Mechanics |
|
Numerical Methods and Computational Physics |
|
|
B Tech Engineering Physics Syllabus – Semester 7 |
|
|
Lasers and Photonics |
Microprocessor and Microcontroller |
|
Semiconductor Devices |
Engineering Physics Lab |
|
B Tech Engineering Physics Syllabus – Semester 8 |
|
|
Nanoelectronics and Nanophotonics |
Program Elective Course |
|
Open Elective |
Final Project Work |
Note: This information is sourced from external sources and hence, is subject to vary.
M Tech Engineering Physics Syllabus
The M Tech Engineering Physics syllabus provides an in-depth understanding to students about computational physics, embedded systems, photonics, computer architecture, etc. Students can go through the general syllabus for MTech in Engineering Physics in the table given below.
|
M Tech Engineering Physics Syllabus - Semester 1 |
|
|---|---|
|
Mathematical Physics |
Optimization Methods |
|
Computational Physics - I |
Philosophy of Science and Technology |
|
M Tech Engineering Physics Syllabus - Semester 2 |
|
|
Advanced Statistical Physics |
The Physics of Information Technology |
|
Alternate Energy Technologies |
Computational Physics - II |
|
M Tech Engineering Physics Syllabus - Semester 3 |
|
|
Embedded Systems |
Nano-Science & Engineering |
|
Photovoltaic Systems Engineering |
Computer Architecture |
|
M Tech Engineering Physics Syllabus - Semester 4 |
|
|
Project Work (Phase-II) & Seminar |
Viva-voce |
Note- This information is sourced from multiple sources on the web. Hence, is subject to vary.
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Engineering Physics Syllabus: Core and Elective Subjects
Students must be aware of this that the Engineering Physics syllabus differ depending on the course level and the college offering the course but the syllabus has some general core and elective subjects that cover foundational concepts. It is compulsory for students to study the core subjects in every semester as they provide fundamental knowledge for key Engineering Physics concepts. This section talks about a few basic core and elective subjects that are a part of the vast Engineering Physics syllabus.
Engineering Physics Syllabus: Core Subjects
The core subjects covered in the syllabus for Engineering Physics give students a basic overview of the field and the concepts that are important for one to do well at the workplace. The subjects usually differ from one college to another, but the basic concepts covered in classes are more or less similar. Students can find some core Engineering Physics subjects in the table given below.
|
Core Engineering Physics Subjects |
Engineering Physics Subject Details |
|---|---|
|
Thermal and Statistical Physics |
This subject deals with the study of properties and behavior of heat and energy along with molecular substances. This involves the theory of kinetics, engineering thermodynamics, and mechanics. |
|
Signals and Systems |
The subject gives an overview of the mathematical descriptions of electronic signals and systems along with the tools required for system analysis and designing for effective signal communication. |
|
Engineering Optics |
Students get to learn about the nature and properties of light, including lasers, photonics, and other optical devices. |
|
Microprocessor Programming and Architecture |
This subject teaches students about the workings of microprocessors and interfacing devices for the effective functioning of systems and machinery. |
|
Heat and Thermodynamics |
This subject focuses on the aspects of heat transfer and energy and power generation, which are important for various engineering applications. |
|
Atomic and Nuclear Physics |
The subject deals with the study of atomic structure and molecular interactions that lead to multiple nuclear reaction. |
Note- This information is sourced from external sources and may vary.
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Engineering Physics Syllabus: Elective Subjects
The syllabus for Engineering Physics course gives an amazing chance to the students to choose the elective subjects according to their interests and understanding, something they find intriguing, experimental, and fun to study. The Engineering Physics syllabus offers various elective subject choices, out of which a few of the popular elective subjects are given here:
|
Elective Engineering Physics Subjects |
Engineering Physics Subject Details |
|---|---|
|
Nuclear Instrumentation and Energy Systems |
This subject teaches students about the instruments used for nuclear radiation detection, heat transfer, radiation science, and the principles of nuclear physics. |
|
Nanotechnology and Micro Devices |
This subject gives an overview of the manipulation of atomic matter at the nanoscale to come up with innovative materials and devices with increased efficiency. |
|
Lasers and Photonics |
This subject provides insights into the light and optics fundamentals, including laser physics and applications, to harness light for industrial application. |
|
Quantum Technology |
This subject provides knowledge about how to apply the principles of quantum mechanics and physics to develop new products. |
Note- This information is sourced from external sources and may vary.
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Engineering Physics Syllabus: Popular Books and Authors
Several books are recommended for studying the syllabus for Engineering Physics course. The books followed for the Engineering Physics syllabus usually varies depending on the course level and the college offering the course; however, students can find a few important textbooks to refer to for the Engineering Physics subjects.
|
Engineering Physics Subjects |
Book Title |
Author Name |
|---|---|---|
|
Signals and Systems |
Signals and Systems
|
Alan V. Oppenheim, Alan S. Willsky, S. Hamid Nawab |
|
Microprocessor Programming and Architecture |
Microprocessor Programming and Interfacing |
N. K. Srinath |
|
Engineering Optics |
Optical Engineering Fundamentals |
B. H. Walker |
|
Materials Science |
Material Science and Engineering: A First Course
|
V. Raghavan |
|
Atomic and Nuclear Physics |
Atomic and Nuclear Physics |
Dr. N. Subrahmanyam, Brij Lal, and Jivan Seshan |
Note- This information is sourced from external sources and may vary.
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Top Colleges Engineering Physics Syllabus
There are around 18 Engineering Physics colleges in India that are popular for their course curriculum, research exposure, and placement records. The Engineering Physics syllabus of each college varies on the basis of the college and the course level. The key concepts might be similar, but the subject pattern and structure differ. Here is a list of some popular B Tech Engineering Physics colleges in India along with their course syllabus:
Top Colleges B Tech Engineering Physics Syllabus
The Engineering Physics colleges in India provide both theory-based knowledge and practical training to students and are well-known for their placements. The colleges include the popular IITs in India that are a dream of every student. Students can find the list of the 10 best B Tech Engineering Physics colleges along with their syllabus in the table given below:
|
Best BTech Engineering Physics Colleges |
B Tech Engineering Physics Syllabus |
|---|---|
|
IIT Madras |
IIT_Madras_-_B_Tech_Engineering_Physics_Syllabus |
|
IIT Bombay |
IIT_Bombay_-_B Tech_Syllabus |
|
IIT Delhi |
IIT_Delhi_-_B_Tech_Engineering_Physics_Syllabus |
|
IIT Mandi |
IIT_Mandi_-_B_Tech_Engineering_Physics_Syllabus |
|
IIT Ropar |
IIT_Ropar_-_B_Tech_Engineering_Physics_Syllabus |
|
IIT Roorkee |
|
|
IIT Guwahati |
|
|
IIT Dhanbad |
|
|
IIT Hyderabad |
|
|
Bennett University Greater Noida |
Note- This info is taken from the official website and may vary.
Engineering Physics Syllabus FAQs
Q. What are the popular textbooks followed for B Tech Engineering Physics syllabus across top Indian colleges?
A. Here’s the list of some important BTech Engineering Physics textbooks that you can refer to for studying the course, which can vary from one college to another.
|
Book Name |
Author Name |
|---|---|
|
An Introduction to Mechanics |
D. Kleppner and R. J. Kolenkow |
|
Introduction to Electrodynamics |
D. J. Griffiths |
|
A Textbook of Engineering Physics |
M. N Avadhanulu and P. G. Kshirsagar |
|
Quantum Physics |
S. Gasiorowicz |
|
Microprocessor Programming and Interfacing |
N. K. Srinath |
|
Optical Engineering Fundamentals |
B. H. Walker |
|
Material Science and Engineering: A First Course |
V. Raghavan |
Note: This information has been taken from external sources and may vary.
Q. What are the research areas in the Engineering Physics syllabus?
A. Hi,
You can dig deep into the field of Engineering Physics and specialize in a particular subject area. Find out the interesting research areas in Engineering Physics syllabus below:
- Quantum Computing
- Nanotechnology
- Renewable Energy
- Biomedical Engineering
- Photonics
- Materials Science
- Electronics
Hope this clears your doubt.
Q. Can I customize the syllabus for Engineering Physics course as per my interests?
A. The Engineering Physics syllabus includes both core and elective subjects, out of which the core subjects are compulsory for you to take up in every semester, as they are the primary source of knowledge for the discipline. This leaves little to no scope for customization there.
Having said that, you can definitely choose the elective subjects as per your choices and understanding, the ones you find easy to grasp and interesting to explore, leading to some scope for customization.
Q. Is the B Tech Engineering Physics syllabus easy or difficult to study?
A. The difficulty of a course always depends on the students. Difficulty is a subjective thing. If you are interested in engineering and its topics then you will not find the course difficult but if you struggle in Maths and numbers and find it hard to understand such complex topics then it is possible you will find this course difficult.
Q. Is the B Tech Engineering Physics same across all colleges?
A. Nope. The B Tech Engineering Physics syllabus is not the same across all top colleges. Every college sets a particular coursework pattern for the course and expects the faculty to adhere to the same. The course curriculum is a mix of theory classes, practical lab work, industrial training, and seminars and workshops.
You can visit the official college websites for your preferred colleges to check their updated syllabus pattern and then decide for which you would like to apply.
Q. What is the Engineering Physics semester 1 syllabus?
A. The Engineering Physics syllabus for the 1st semester includes general subjects that are important to form an initial base for the discipline. Some of the first semester subjects in the syllabus for Engineering Physics are given below:
- Engineering Mathematics
- Engineering Chemistry
- Electrical Science
- Classical Mechanics
- Electromagnetism
- Engineering Drawing
- Workshop
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