SRMJEEE PG Syllabus 2025: Check Section-wise Exam Syllabus PDF Here

Registration - 29 Nov '24 - 10 Mar '25

Updated on Jan 14, 2025 12:59 IST

By UPASANA PRADHAN, Assistant Manager- Editorial

SRMJEEE PG 2025 Syllabus- The SRM Institute of Science and Technology has released the SRMJEEE PG 2025 syllabus on the official website. Candidates appearing for the exam must refer to the SRMJEEE PG syllabus for preparation. The SRMJEEE PG exam dates have been announced. The syllabus of SRMJEEE PG 2025 comprises important chapters and topics asked in the exam. SRMJEEE PG syllabus 2025 varies according to the course.

SRMJEEE PG exam syllabus 2025 helps candidates to understand the exam's structure. Referring to the SRMJEEE PG 2025 syllabus also enables candidates to devise an effective strategy to ace the exam with a good score. Candidates seeking admission through SRMJEEE PG 2025 must know the basic formulae and their implementations to score good marks. Along with the syllabus of SRMJEEE PG 2025, candidates can also refer to the exam pattern and the previous year's question papers. For more details about the SRMJEEE PG exam syllabus 2025, candidates can refer to the article below.

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SRMJEEE PG Exam Date 2025	SRMJEEE PG Application Form 2025
VITMEEE 2025	BITS HD 2025

Table of content

SRMJEEE PG Syllabus 2025 for Civil Engineering
SRMJEEE PG Syllabus 2025 for Mechanical Engineering
SRMJEEE PG Syllabus 2025 for Electrical Engineering
SRMJEEE PG Syllabus 2025 for Electronics Engineering
SRMJEEE PG Syllabus 2025 for Instrumentation Engineering
SRMJEEE PG Syllabus 2025 for Computer Science
SRMJEEE PG Syllabus 2025 for Chemical Engineering
SRMJEEE PG Syllabus 2025 for Biotechnology
SRMJEEE PG Syllabus 2025 for GIS
SRMJEEE PG Syllabus 2025 for Environmental
SRMJEEE PG Syllabus 2025 for Food Technology
SRMJEEE PG Syllabus 2025 for Material Science
SRMJEEE 2025 Exam Pattern

SRMJEEE PG Syllabus 2025 for Civil Engineering

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Topics

Civil Engineering

Commonly asked questions

Q: What is the paper code of SRMJEEE PG Civil Engineering?

The paper code for SRMJEEE PG Civil Engineering is 01. Candidates can find the paper code details in the SRMJEEE PG information brochure or on the official website of the institute - srmist.edu.in.

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Q: What is SRMJEEE PG Civil Engineering syllabus for Mathematics?

The SRMJEEE PG Mathematics syllabus for Civil Engineering discipline is as follows -

Vector calculus
Determinants and Matrices
Analytic function theory
Differential Caculus, Multiple Integrals, and Ordinary Differential Equations.
Numerical Methods
Probability and Statistics

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Q: What is the complete syllabus of SRMJEEE PG Civil Engineering?

Candidates can check the SRMJEEE PG 2025 syllabus for Civil Engineering below -

Section I (Mathematics) - Vector calculus, Determinants and Matrices, Analytic function theory, Differential calculus, Multiple integrals, and Ordinary differential equations, numercial methods, probability and statistics.
Section II (Structural Engineering) - Strength of materials, structural analysis, and design and Design of RC and Steel elements
Section III (Geotechnical Engineering) - Origin of soils, Mohr's circle, Stress distribution, Bishop's method, Combined footing and Raft Foundation, etc.
Section IV (Water Resources Engineering) - Fluid mechanics and Hydraulics, Hydrology and Irrigation
Section V (Environmental Engineering) -Air and Water Pollution and Waste Management
Section VI (Tranportation Engineering) - Transportation Infrastructure
Section VII (Geomatics Engineering) - Surveying and Mapping, Remote Sensing and GIS

Candidates can find the detailed syllabus on the ofificial website or can check the SRMJEEE PG syllabus 2025 here - https://www.shiksha.com/engineering/srmjeee-pg-exam-syllabus

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SRMJEEE PG Syllabus 2025 for Mechanical Engineering

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Topics

Mechanical Engineering

SRMJEEE PG Syllabus 2025 for Electrical Engineering

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Topics

Electrical Engineering

Other Topics - Networks Circuit Elements, Laws and theorems – Resonance – Coupled circuits – AC steady state and Transient Analysis | Devices Energy bands, Charge carriers in semiconductors – semiconductor junctions – semiconductor diodes and its types – transistors – FET – SCR – IGBT – DIAC – TRIAC – UJT – Power supplies | Electronic Circuits Biasing methods and small signal models | Transistor amplifier and analysis | Feedback amplifiers and oscillators – Large signal and tuned amplifiers | Frequency response and wave shaping circuits | Digital Number systems – Boolean algebra – Logic gates – Logic families – Gate level minimization and combinational logic – Synchronous and Asynchronous sequential logic – Memory | Microprocessor Intel 8085 microprocessor | Intel 8086/8088 microprocessor | Intel 8031/8051 microcontroller | Programmable interfacing devices – Applications | Control System Transfer function | Mathematical Modeling | Block diagram reduction - Control system components – Transient and steady-state analysis | Stability analysis | Frequency domain analysis | Electromagnetics | Electrical Machines | Power Electronics and Solid State Drives & Control | Power Systems

SRMJEEE PG Syllabus 2025 for Electronics Engineering

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Topics

Electronics Engineering

SRMJEEE PG Syllabus 2025 for Instrumentation Engineering

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Topics

Instrumentation Engineering

Other Topics - Networks Circuit Elements | Laws and theorems – Resonance – Coupled circuits – AC steady state and Transient Analysis | Devices Energy bands, Charge carriers in semiconductors | semiconductor junctions – semiconductor diodes and its types – transistors – FET – SCR – IGBT – DIAC – TRIAC – UJT – Power supplies | Electronic Circuits Biasing methods and small signal models | Transistor amplifier and analysis | Feedback amplifiers and oscillators | Large signal and tuned amplifiers – Frequency response and wave shaping circuits | Digital Number systems – Boolean algebra – Logic gates – Logic families – Gate level minimization and combinational logic – Synchronous and Asynchronous sequential logic – Memory | Microprocessor Intel 8085 microprocessor | Intel 8086/8088 microprocessor | Intel 8031/8051 microcontroller | Programmable interfacing devices – Applications | Control System Transfer function | Mathematical Modeling | Block diagram reduction - Control system components | Transient and steady-state analysis | Stability analysis – Frequency domain analysis | Transducers and Industrial Instrumentation | Biomedical Instrumentation | Electrical and Electronic measurements and instrumentation | Process control

SRMJEEE PG Syllabus 2025 for Computer Science

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Topics

Computer Science

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SRMJEEE PG Syllabus 2025 for Chemical Engineering

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Topics

Chemical Engineering

SRMJEEE PG Syllabus 2025 for Biotechnology

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Topics

Biotechnology

SRMJEEE PG Syllabus 2025 for GIS

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Topics

GIS

SRMJEEE PG Syllabus 2025 for Environmental

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Topics

Environmental

SRMJEEE PG Syllabus 2025 for Food Technology

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Topics

Food Technology

SRMJEEE PG Syllabus 2025 for Material Science

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Topics

Material Science

Solid State Physics:

Lasers:

Electricity And Magnetism:

Thermodynamics:

Materials Chemistry:

Biology And Health Sciences

Electronics:

MEMS/NEMS:

Subjects	Topics
Mathematics	Vector Calculus \| Determinants and Matrices \| Analytic function theory \| Calculus and ordinary Differential equations \| Numerical methods \| Probability and statistics
Quantum Mechanics, Atomic, and Molecular Physics	Black body radiation, photoelectric effect \| wave-particle duality of radiation– de-Broglie hypothesis of matter waves \| Heisenberg’s uncertainty principle \| Schrödinger’s wave equation \| physical interpretation of wave function \| Eigen-values and Eigen-functions – particle in a box-simple harmonic oscillator \| Motion in a central potential-orbital angular momentum \| Particle in a square-well potential \| Potential barrier \| Spectra of one and many-electron atoms \| LS and jj coupling \| fine structure \| spectroscopic terms and selection rules \| hyperfine structure \| exchange symmetry of wave function \| Pauli's exclusion principle Zeeman and Stark effects \| X-ray \| Auger transitions \| Compton Effect \| basic principles rotational and vibrational spectra of diatomic molecules\| Electronic transition in diatomic molecules \| Franck-Condon principle \| Raman effect \| NMR-ESR-Nuclear properties and forces \| Radioactivity - alpha, beta and gamma radiation
Solid State Physics	Crystal structure \| Bravais lattices and its basis \| Miller indices\| Crystal symmetry, point group and space group elements \| Crystal diffraction and reciprocal lattice \| Elementary ideas about point defects and dislocations (edge and screw) \| Physical Properties of materials \| Lattice vibrations, phonons - specific heat of solids \| Thermal and electrical conductivity \| Dielectrics behavior \| Polarization mechanisms \| Clausius-Mossotti equation \| Piezo, Pyro and ferro electricity \| Free electron theory of metals \| Fermi energy and density of states \| Energy levels in One Dimension \| Fermi-Dirac Distribution \| Effect of Temperature on the Fermi-Dirac Distribution \| Free electron Gas in Three Dimension-origin of energy bands \| Elements of band theory \| Electrons motion in periodic potential \| concept of holes and effective mass Hall effect \| Different types of materials: Metals, Semiconductors, Composite materials, Ceramics, Alloys, Polymers
Lasers	Basic Principle of Laser \| Threshold condition \| Einstein Coefficients - condition for light amplification \| Line shape function \| Optical Resonators \| CW operation of laser \| Critical pumping rate \| Population inversion and photon number in the cavity around threshold \| Output coupling of laser power \| Optical resonators \| Cavity modes \| Three level and four level systems \| Solid State lasers - Ruby and Nd-YAG Laser \| Gas lasers \| He-Ne and Co2 lasers \| Semiconductor lasers \| Hetero junction lasers \| Liquid Dye lasers \| Q switching and mode locking \| Application of laser in industry-Medical applications \| Holography \| Theory of recording and reconstruction \| Application of Holography
Electricity and Magnetism	Electrostatics \| Coulomb’s law, Gauss’s law and its applications \| Laplace and Poisson equations \| Boundary conditions Conductors \| capacitors, dielectrics, dielectric polarization \| Volume and surface charges \| electrostatic energy \| Magnetostatics \| BiotSavart law \| Ampere’s law \| Faraday’s law of electromagnetic induction \| Maxwell’s equations and static and time-varying equations \| Poynting theorem Lorentz Force and motion of charged particles in electric and magnetic fields \| Energy and momentum of electromagnetic waves \| Radiation from a moving charge \| Electromagnetic waves in free space, dielectrics, and conductors \| Reflection and refraction \| polarization, Fresnel’s Law \| interference, coherence, and diffraction \| Dia, Para and Ferromagnetism \| Langevin’s theory of paramagnetism
Thermodynamics	Thermodynamic system \| Path and Process \| Zeroth law of Thermodynamics – Concept of Temperature \| First law of Thermodynamics \| Isothermal and Adiabatic Processes \| Second law of Thermodynamics \| Reversible and Irreversible processes \| Carnot’s Engine \| Thermodynamic Substance of Pure Substances \| Kinetic Theory of gases \| Law of Equipartition Energy \| Ideal and Real Gases \| Equation of State \| Thermodynamic relation \| T-ds relation \| Maxwell’s Equation \| Phase Transitions – Gibbs’s Phase Rule \| Van’t Hoff’s Equation
Materials Chemistry	Atomic structure \| Bohr’s theory \| Exclusion principle \| Hund’s rule \| Afbau principle – Periodic law and arrangement of elements \| Bonding structure \| Ionic, Covalent, Metallic, Weak bonds- Acids and Bases \| Chemical periodicity \| Structure and bonding in homo- and heteronuclear molecules (VSEPR Theory) \| Allotropes of carbon: graphite, diamond, C60. Synthesis and reactivity of inorganic polymers of Si and P – Hydrocarbons \| IUPAC Nomenclature \| Hybridization \| Aromaticity \| Huckel’s rule \| Tautomerism \| Stereochemistry \| Electrochemistry \| Electrochemical cells \| standard electrode potentials: applications \| corrosion and energy conversion
Biology and Health Sciences	Anatomy: Cardiovascular System-Respiratory System \| Excretory System \| Physiology: Chemical composition of the body \| Neurons & membrane potentials \| Basic Cell biology \| Cell components \| Cell membrane structure- DNA structure \| Genetics: DNA replication transcription and translation \| Bacteriology: Bacterial cell- structure and function \| Virology: Bacteriophage \| Microbes- Types \| Common infectious diseases: Hepatitis \| Malaria, HIV/AIDS \| Cancers: Types and Classification \| Biochemistry: Amino acids \| Carbohydrates Lipids \| Immunology: components and response to foreign body
Electronics	Semiconductors: Intrinsic and extrinsic semiconductors \| Fermi level \| P-N junction diodes Bipolar junction transistors and its applications \| field effect transistors \| JFET, MOSFET, MESFET, MODFET and CCD: Various structures and their functioning \| I-V characteristic studies and applications \| Transistor circuits in CE, CB, CC modes\| Amplifier circuits with transistors \| Operational amplifier and its applications \| Inverting, non -inverting, adder, subtractor, differentiator, wave form generator, comparator, filters (LPF, BPF, HPF) \| Schmitt trigger \| the 555 timer -Gates, flip flops, switches, registers, counters, multi-vibrators, principles of A/D and D/A converters \| Applications of A/D and D/A Converters \| Regulators-CMOS process technology: silicon –semiconductor technology \| Wafer processing, oxidation, epitaxial, deposition, ion implantation and diffusion, n-well CMOS process, p-well CMOS process \| Twin tub CMOS process and silicon on insulator
MEMS/NEMS	Top down approach- front end approach-MEMS materials \| MEMS Fabrication Techniques :Bulk micromachining \| Surface micromachining \| Micro-molding processes \| Non- lithography based localized micromachining \| Applications of MEMS/NEMS- Mechanical Transducers \| Transduction methods, accelerometers, gyroscopes ,pressure sensors \| Design, Scaling Properties/Issues- Chemical and Biological Transducers: chemical sensors, molecule based biosensors \| Cell based biosensors \| chemical actuators \| biological transducers, and electrophoresis \| Optical transducers thermal transducers \| Magnetic transducers \| RF transducers \| Characterization of Micro/Nano Electromagnetic Mechanical Systems

SRMJEEE 2025 Exam Pattern

The SRM Institute of Science and Technology mentions the exam pattern of SRMJEEE PG 2025 on the official website. Candidates must refer to the SRMJEEE PG exam pattern for their preparations. The exam pattern comprises the marking scheme, exam duration, and others. For more details, candidates can refer to the table below.

Exam Details	Specifications
Mode of Exam	Online
Language	English
Question Type	Objective Type Multiple Choice Question (MCQ) Each MCQ has one choice as the correct answer out of the four options.
Marks for correct answer	3 Marks
Marks for wrong answer	No Negative Marks
Question Pattern	Questions will be set at the corresponding degree level 100 Questions. Ten Questions from Mathematics for all PG programs except Bio-Technology and Food Processing