SRMJEEE Physics Syllabus 2026: SRM Institute of Science and Technology has released the SRMJEEE 2026 Physics syllabus at srmist.edu. Candidates can get the complete details of the SRMJEEE 2026 Physics Syllabus on this page after it is officially released. The SRMJEEE 2026 syllabus consists of Mathematics, Physics, Chemistry, English, and Aptitude sections. After Mathematics, the Physics syllabus is considered the most challenging subject for the SRMJEE 2026 Exam. However, candidates need to score good marks in the Physics section covering all the important topics from the syllabus to get a seat. We have provided the SRMJEEE 2026 Exam Pattern here, along with the complete SRMJEE Physics syllabus.
The authority conducts the SRMJEEE exam every year in three phases. The syllabus for all 3 phases will remain the same. Read the article below completely to know more details about the SRMJEEE Physics Syllabus 2026.
SRMJEEE Physics Syllabus 2026
Below is the Class 11 and 12th Physics syllabus for SRMJEEE 2026 aspirants. Candidates must cover all the topics to get good scores in the SRM entrance examinations.
Unit | Topics & Subtopics |
|---|---|
1. Units & Measurement, Laws of Motion, Work, Energy & Power | Systems of units (SI, fundamental, derived) |
Measurements, errors, significant figures | |
Dimensions & dimensional analysis | |
Newton’s laws of motion | |
Projectile motion | |
Uniform circular motion | |
Friction, laws of friction, applications | |
Centripetal force | |
Work, energy (kinetic & potential) | |
Power | |
Collisions – elastic & inelastic | |
2. Gravitation, Mechanics of Solids & Fluids | Universal law of gravitation |
Acceleration due to gravity – variation with altitude, latitude, depth | |
Gravitational potential | |
Escape velocity | |
Orbital velocity | |
Geostationary satellites | |
Hooke’s law | |
Moduli of elasticity | |
Surface tension, capillarity – applications | |
Viscosity – Poiseuille’s formula | |
Stoke’s law – applications | |
Streamline & turbulent flow | |
Reynolds number | |
Bernoulli’s theorem – applications | |
3. Electrostatics | Electric charge, conservation laws |
Coulomb’s law | |
Superposition principle | |
Distribution of charges on conductor | |
Action at points | |
Continuous charge distribution | |
Electric field, field lines | |
Electric dipole, field due to dipole | |
Torque on a dipole | |
Electric flux | |
Gauss’s theorem – applications | |
Field due to infinitely long straight wire | |
Uniformly charged infinite surface | |
Equipotential surfaces | |
Electrical potential, potential energy | |
Dielectrics & polarization | |
Capacitors in series & parallel | |
Parallel plate capacitor (with/without dielectric) | |
Energy stored in capacitor | |
4. Current Electricity | Electric current |
Drift velocity, mobility | |
Ohm’s law | |
V–I characteristics | |
Electrical energy & power | |
Electrical resistivity, conductivity | |
Temperature dependence | |
EMF, potential difference | |
Internal resistance of a cell | |
Cells in series & parallel | |
Kirchhoff’s laws – applications | |
Wheatstone bridge | |
Metre bridge | |
Potentiometer – comparison of EMF | |
Measurement of internal resistance | |
Thermoelectric current | |
5. Magnetism & Magnetic Effects of Current | Earth’s magnetic field & elements |
Tangent law | |
Tangent galvanometer | |
Deflection magnetometer | |
Biot–Savart law | |
Moving coil galvanometer | |
Conversion into voltmeter, ammeter | |
Ampere’s law | |
6. Electromagnetic Induction, AC & EM Waves | Faraday’s laws of induction |
Induced EMF & current | |
Lenz’s law | |
Eddy currents | |
Self-induction | |
Mutual induction | |
Alternating current – peak & RMS values | |
Reactance & impedance | |
LC oscillations | |
LCR series circuit | |
Resonance | |
AC generator | |
Transformer | |
Electromagnetic waves – characteristics | |
Electromagnetic spectrum | |
7. Optics | Reflection of light |
Refraction of light | |
Total internal reflection | |
Optical fibers | |
Refraction at spherical surfaces | |
Lenses – lens formula | |
Lens maker’s formula | |
Magnification | |
Power of a lens | |
Combination of thin lenses | |
Refraction of light through a prism | |
Wavefront & Huygen’s principle | |
Reflection of plane wave at plane surface | |
Refraction of plane wave at plane surface | |
Laws of reflection & refraction (Huygen) | |
Interference – Young’s double slit experiment | |
Expression for fringe width | |
Diffraction – single slit | |
Width of central maximum | |
Polarisation | |
8. Dual Nature of Radiation & Atomic Physics | Photoelectric effect |
Hertz & Lenard’s observations | |
Einstein’s photoelectric equation | |
Particle nature of light | |
Matter waves – de Broglie relation | |
Alpha particle scattering experiment | |
Rutherford’s atomic model | |
Bohr’s atomic model | |
Hydrogen spectrum | |
9. Nuclear Physics | Nuclear radius, mass, density |
Binding energy, mass defect | |
Isotopes | |
Bainbridge mass spectrometer | |
Nuclear forces | |
Neutron discovery | |
Artificial radioactivity | |
Radioisotopes | |
Radio carbon dating | |
Radiation hazards | |
Nuclear fission | |
Nuclear reactor | |
Nuclear fusion | |
Hydrogen bomb | |
Cosmic rays | |
Elementary particles | |
10. Electronic Devices | Semiconductors – intrinsic & extrinsic |
Doping | |
PN junction diode | |
Forward & reverse biasing | |
Diode as rectifier | |
Special diodes – LED, photodiode, solar cell | |
Transistors | |
Transistor characteristics | |
Logic gates – AND, OR, NOT | |
Universal gates – NAND, NOR | |
De Morgan’s theorem |
SRMJEEE 2026 Exam Pattern
The authority has uploaded the SRMJEEE 2026 exam pattern. Here, below is the complete examination pattern that one must be aware of along with the syllabus.
SRMJEEE Exam Pattern 2026
| Events | Details |
|---|---|
Mode of the SRMJEEE 2026 Exam | Online |
Number of Papers | Only One Paper |
Duration | 2 Hours, 30 Minutes |
Total Number of Questions | Physics - 30 Chemistry - 35 Mathematics/Biology - 40 Aptitude & English - 20 Total - 130 |
SRMJEEE Total Marks | 130 |
Questions Type | MCQ’s |
Subjects Asked | Physics, Maths, Chemistry, English & Aptitude. For Biotechnology, candidates have to appear for Biology instead of Mathematics. |
Marking Scheme | One Mark for One Question, No Negative Marking |
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Yes, if you have passed class 12th with the science stream and have mathematics as a main subject, then you can appear for the SRMJEEE exam. This exam is only for the science stream and has Physics, Chemistry and Maths and those students who have appeared for the exam in 2023, 2024 and are appearing in the 2025 examination. This exam consists of a total of 110 questions, of which 35 are from Physics and Chemistry subjects, and 40 are from Mathematics. There is no negative marking in this exam, and 1 mark is awarded for each correct answer. If you need more information about the SRMJEEE exam, then you will read the article SRMJEEE Eligibility Criteria 2026 on our official website, careers360.
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Dear candidate ,
With a rank of 77 in SRMJEEE ( PG ) Phase 3 , you have an excellent chance of getting admission into the M. Tech Data Science program at SRM Kattankulathur ( Main campus ) .
Cutoffs for this specialization usually go up to 6000 - 8000 , so your rank is well within the safe range. Just prioritize it during counselling and complete the admission process on time .
With a rank of 98 in SRMJEEE (PG) Phase 3, you have a very high chance of getting admission into the M.Tech Embedded Systems Technology course at SRM University, Kattankulathur (main campus).
Usually, ranks below 100 are more than enough for this course. Embedded Systems is a good and competitive branch, but your rank is well within the expected cutoff range.
You should wait for the official counselling result. If you are offered a seat, complete the admission process by paying the fees and uploading your documents.
For more information, you can check the official course page and admission details here:
https://engineering.careers360.com/articles/srmjeee-marks-vs-rank-vs-branch-and-campus-blogId-162333
Different colleges have different ranks for scholarships. In case of most colleges of SRM, the scholarship is for ranks under 150, but in case of SRM Tiruchirappalli, the last rank of scholarship is 6523, and according to the rank 2562, the rank-based scholarship is 15 per cent for students from all 12 std. boards
To get CSE at SRM Delhi-NCR (Sonepat) campus through SRMJEEE, your rank should be around 14,000 to 15,500. This campus has slightly relaxed cutoffs compared to the main Chennai campus, which typically closes CSE around 9,000 or lower. So, a rank under 15,000 gives you a good chance for CSE at the Delhi campus.
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