Astrophysics Syllabus & Subjects 2025 incorporates a diverse range of subjects including basic physics principles to advanced celestial mechanics. You will be learning various core subjects such as Physics, Mathematics, Thermal Physics, Special Relativity, Oscillation and Waves, Quantum Mechanics, Electromagnetism, Properties of Matter, and all the others. Other than that, you will get to explore various specialisations such as Electromagnetism, Relativity, Waves, Newtonian Dynamics, Quantum Physics, Thermodynamics, Optics, and others. The syllabus puts special emphasis on teaching students about celestial objects like stars, planets, galaxies, and the universe as a whole using physics and chemistry. In the course program, you will get to learn how these objects form, develop, and engage with each other.
Astrophysics syllabus covers the fundamentals of physics and shows how they are applied in astronomy, as well as the study of stars, galaxies, extrasolar planets, and the interstellar medium. Subjects in the BSc Astrophysics programme cover physical and chemical properties of celestial bodies. Astrophysics syllabus aims to prepare students for all of the important aspects they will need to know in order to pursue a career in this field. As a result, the job scope of Astrophysics is sufficient, with career options such as Lecturer, Assistant Scientist, Astrophysicist, Project Analyst, Market Research Associate, and so on.
Some subjects in Astrophysics include:
Astrophysics course is considered one of the hardest science courses to study. It involves advanced mathematics and physics, and requires a lot of memorization, calculations, and late-night studies.
In short, an Astrophysics syllabus typically covers a wide range of topics, such as fundamental Physics Principles, Mathematical Methods, and specialised Astrophysical topics. Astrophysics subjects are taught over six semesters and are designed to provide students with a deeper understanding of the course and specialisation they choose. The specialisations available in astrophysics are primarily determined by the various levels of study, such as UG, PG, Certificate, or Diploma.
The annual course fees for Astrophysics ranges between INR 30K- 50K, depending on the university/institution. Also, the average starting salary of an Astrophysics graduate ranges between INR 4 - 10 LPA.
Take a look at the highlights of the discussions regarding the Astrophysics Syllabus & Subjects 2025:
Aspect | Details |
---|---|
Course Name | Astrophysics |
Course Levels | BA, BSc, BSc(Hons), BS, MPhil, MS, MSc |
Eligibility | UG: Completion of 10+2 in any stream PG: Graduation in any field with a minimum 50 per cent aggregate |
Admission Process | Entrance examination and merit scores |
Course Duration | UG: 3 years PG: 2 years |
Entrance Exams | GATE, CUET, BITSAT, IIT JEE, IUCAA NCRA, Indian Institute of Astrophysics Entrance Exam, Aligarh Muslim University Entrance Exam, Cochin University of Science and Technology Entrance Exam, JNTU College of Engineering Entrance Exam. |
Top Colleges | Osmania University, Punjabi University, Aligarh Muslim University, Indian Institute of Science, Mahatma Gandhi University |
Average Fees | INR 18,000 to INR 2,00,000 |
Job Profiles | Astrophysicist, Stellar Astronomer, Observational Astronomer, Lecturer |
Average Salary | INR 10,00,000 per annum |
The subjects and syllabus may be different according to the course you choose. Despite that, the generic syllabus of astrophysics includes various key topics such as matter properties, special relativity, quantum mechanics, and waves along with others. Provided below is a list of syllabi for different course programs:
BSc Astrophysics Syllabus & Subjects 2025
Have a quick look at the syllabus of BSc Astrophysics:
BSc Astrophysics Syllabus & Subjects 2025 First Year
Captured below are the following subjects that you are going to study in the first year of BSc Astrophysics:
BSc Astrophysics Syllabus- Semester 1 | |
---|---|
Mathematics | Mechanics |
Laboratory experiments | Oscillation and waves |
BSc Astrophysics Syllabus- Semester 2 | |
Special Relativity | Properties of Matter |
Astrophysics | Physics of field and matter |
BSc Astrophysics Syllabus & Subjects 2025 Second Year
Captured below are the following subjects that you are going to study in the second year of BSc Astrophysics:
BSc Astrophysics Syllabus- Semester 3 | |
---|---|
Modern physics | Dynamics and Vector Calculus |
Quantum mechanics | Cosmology |
Mathematical Physics | |
BSc Astrophysics Syllabus- Semester 4 | |
Linear algebra and calculus | Practical physics |
Classical mechanics | Thermal physics |
Nuclear and Particle physics |
BSc Astrophysics Syllabus & Subjects 2025 Third Year
Captured below are the following subjects that you are going to study in the third year of BSc Astrophysics:
BSc Astrophysics Syllabus- Semester 5 | |
---|---|
Galaxies | Dynamics and relativity |
Statistics Physics | |
BSc Astrophysics Syllabus- Semester 6 | |
Quantum mechanics | Thermodynamics |
Research Methodology |
MSc Astrophysics Syllabus & Subjects 2025
Have a quick look at the syllabus of MSc Astrophysics:
MSc Astrophysics Syllabus & Subjects 2025 First Year
Captured below are the following subjects that you will be studying in the first year of MSc Astrophysics:
MSc Astrophysics Syllabus- Semester 1 | |
---|---|
Applied Mathematics | Classical Mechanics |
Positional Astronomy | Analog Electronics |
MSc Astrophysics Syllabus- Semester 2 | |
Celestial And Fluid Mechanics | Space Physics |
Quantum Mechanics | Digital Electronics |
MSc Astrophysics Syllabus & Subjects 2025 Second Year
Captured below are the following subjects that you will be studying in the second year of MSc Astrophysics:
MSc Astrophysics Syllabus- Semester 3 | |
---|---|
Stellar Atmosphere | Astronomical Techniques |
Advanced Electronics | Radiating Systems |
Electromagnetic Waves | |
MSc Astrophysics Syllabus- Semester 4 | |
Stellar Structure | Galactic System & Cosmology |
Lasers And Applications | Plasma Physics |
Evolution |
The list of the Certificate in Astrophysics Syllabus is provided in the table below.
S.No. | Subjects |
---|---|
1 | Introduction to Astronomy and Astrophysics |
2 | Astronomical Techniques |
3 | Radiation Processes in Astrophysics |
4 | Computational Astrophysics |
5 | Planetary Sciences |
6 | Structure and Evolution of Stars |
7 | Galaxies (Structure, Dynamics and Evolution) |
8 | Cosmology |
9 | Seminar |
The Practical Topics for Astrophysics by Semester are listed below:
Practical Topics for First Year Astrophysics |
---|
· Study of Plane Diffraction Grating · Measurement and identification of spectral lines · Calibration of spectrometer · Sunspots activity analysis |
Practical Topics for Second Year Astrophysics |
· Measurement of Planck’s constant using LED · Sunspots activity analysis · Assignment on Vector Analysis · Problem-solving assignment on Matrices |
Practical Topics for Third Year Astrophysics |
· Resolving power of telescope · To use the idea of parallax to determine large distance · Cardinal points by Newton’s Method · Study of polar graph |
Also Read: Top Diploma Astronomy and Astrophysics Colleges in India 2025
There are no common subjects for Astrophysics as these subjects differ for different specialisations offered under Astrophysics. It completely depends on the student as to which specialisation he/she chooses. With the change in semesters, the subjects keep changing so that the student gets familiar with conceptual learning in a better way.
BSc Astrophysics subjects include both theoretical and practical aspects of astronomy. Students get to study the various applications of Quantum Mechanics, Cosmology, Thermodynamics, etc. Some of the BSc Astrophysics subjects are given below:
Astrophysics projects provide an opportunity to the students which helps them gain practical knowledge about the subject. It can be taken up on different topics such as astronomy, astrophysics, and astroparticle physics and are required to be submitted by the end of the VI semester. The project motivates the students to develop their skills in designing, developing, and building all sorts of astronomical devices. Some of the popular Astrophysics projects are given below:
Specialisations offered under astrophysics primarily depend on the different levels of study such as UG, PG, Certificate or Diploma. Following is a list of these specialisations:
The syllabus for Astrophysics distance programs varies depending on the university or institution offering the course and the level of study (UG or PG). However, here is a general outline of topics found in a distance learning Astrophysics program:
Introduction to Astrophysics: |
|
---|---|
Classical Mechanics and Celestial Mechanics: |
|
Electromagnetism and Light: |
|
Stellar Astrophysics: |
|
Galactic Astronomy: |
|
Cosmology: |
|
High-Energy Astrophysics: |
|
Exoplanets and Planetary Astronomy: |
|
Relativity and Astrophysics: |
|
Cosmological Observations and Techniques: |
|
Astroparticle Physics: |
|
Research Methods and Projects: |
|
Also Read: Maharshi College of Vedic Astrology- Admission 2025, Fees, Courses, Placement, Ranking
While pursuing Astrophysics, it is essential for you to indulge in the best books available. Having the best books ensures you have a solid foundation in the subjects. Here, we have provided a list of some of the most sought-after books that you can refer to:
Books | Author |
---|---|
An Introduction To Astrophysics | Baidyanath Basu |
Thermodynamics: An Engineering Approach | Michael A. Boles and Yunus A Çengel |
Astrophysics: Stars and Galaxies | Krishna Damodar Abhyankar |
An Introduction to Astronomy and Astrophysics | Pankaj Jain |
Engineering Thermodynamics | P.K. Nag |
Numerical Methods for Engineers | Raymond Canale and Steven C. Chapra |
The Structure of Scientific Revolutions | Thomas Kuhn |
The Feynman Lectures on Physics | Richard Feynman |
Black Holes and Time Warps | Kip Thorne |
An astrophysics course typically covers a wide range of topics related to the study of celestial bodies, the universe, and the fundamental laws of physics that govern them. The specific structure of the course may vary depending on the institution and the level of study. Following is the course structure of Astrophysics:
All Astrophysics courses necessitate basic mathematical skills and the application of specific mathematical techniques. Part IA Differential Equations, Vectors & Matrices, Vector Calculus, Dynamics & Relativity are relevant undergraduate courses (for relevant schedules, example sheets, and exam questions, see the General Resources).
In general, Astrophysics (and Astronomy) rely heavily on Mathematics.
Students must meet the university's eligibility criteria in order to be admitted to the BSc in Astrophysics programme. Aspirants for the BSc Astrophysics must have completed their 10+2 with a minimum aggregate of 50%.
Astrophysics is a fascinating subject, but it can also be difficult. One of the most difficult aspects is reading and analysing research and data from NASA's website, with all of the complex calculus and advanced research.
To pursue a career in Astrophysics at an undergraduate level, the candidate having passed the 10+2 level of examination with Physics and Mathematics as compulsory subjects, are eligible for admission. The minimum marks required varies from institutes to institutes. However an aggregate of 50% is required to get enrolled in a good institute.
Reserved category candidates or candidates under EWS section are eligible for state government scholarship schemes. In private and deemed universities, merit based scholarship is scholarship.
Candidate with a degree in Astrophysics can apply at ISRO, Space Physics Laboratories, The Vikram Sarabhai Space Centre, Space Applications Centres, Association of Bangalore Amateur Astronomers. They can even get an opportunity to work at NASA, Naval Research Laboratory, Space Telescope Science Institute, etc.
Astrophysics is an interesting degree but, at the same time, it can be challenging. One of the hard aspects is reading and analysing research and data with all the complex calculus and advanced research. Thus, one should make a daily schedule to study everyday and follow it thoroughly.
The first year subjects of Astrophysics are divided into two semesters- Semester 1 includes subjects like Mathematics, Mechanics, Oscillation and waves and lab practical. Semester 2 includes subjects like Special Relativity, Properties of matter, Astrophysics and Physics of field and matter.
Some of the top astrophysics entrance exams are GATE, CUET, BITSAT, IIT JEE, IUCAA NCRA, Indian Institute of Astrophysics Entrance Exam, Aligarh Muslim University Entrance Exam, Cochin University of Science and Technology Entrance Exam, JNTU College of Engineering Entrance Exam.
Yes, all Astrophysics courses necessitate basic mathematical knowledge and the application of particular mathematical approaches.
The average placement package after Astrophysics ranges between INR 4 - 10LPA.
The average course fee for Astrophysics ranges between INR 30K- 50K.
Some of the top colleges for Astrophysics are Osmania University, Punjabi University, Aligarh Muslim University, Indian Institute of Science, Mahatma Gandhi University, etc.