SRMJEEE PG Syllabus 2026: Download PDF, Stream -wise Topics & Weightage

SRMJEEE PG 2026 syllabus has been officially released by SRM University. You can download the complete syllabus PDF from the official SRMIST website srmist.edu.in/m-tech to review all stream-wise topics and organize your preparation. Before exploring the topics in detail, it’s helpful to understand the overall exam structure. You’ll be taking an online test with 100 multiple-choice questions, carrying a total of 100 marks, and you’ll have 2 hours 30 minutes to complete it. Since the SRMJEEE PG exam usually has no negative marking, you can attempt every question confidently without worrying about losing marks.

One important thing to remember is that Engineering Mathematics carries a high weightage, so scoring well here can significantly boost your overall performance. The syllabus is designed to test your core engineering understanding, analytical ability, and subject-specific knowledge across streams like Civil, Mechanical, Electrical, Electronics, Computer Science, Chemical, Biotechnology, Biomedical, Instrumentation, Food Technology, and Material Science.

Each stream blends fundamentals, advanced concepts, and real-world applications to help you build strong conceptual clarity. When you know the syllabus structure beforehand, you can plan better, focus on high-scoring areas, and revise essential topics.

SRMJEEE PG Syllabus 2026

SRMJEEE PG 2026 tests your grasp of core engineering concepts, subject-specific applications, and advanced engineering mathematics across multiple streams. Mechanical Engineering questions focus heavily on Thermodynamics, Fluid Mechanics, Strength of Materials, and Heat Transfer, forming nearly 40–50% of the expected weightage. In Electrical and Electronics Engineering, Power Systems, Control Systems, and Electrical Machines dominate the exam pattern, while Electronics & Communication Engineering emphasizes Digital Electronics, Analog Circuits, and Communication Systems. Computer Science aspirants need strong preparation in Algorithms, Operating Systems, Database Management Systems, and Networking fundamentals, which collectively form the bulk of high-yield questions. Each stream typically spans 12–15 major topic clusters, and understanding these clusters allows precise targeting of high-weightage areas for efficient preparation.

Read More: Latest SRMJEEE PG Syllabus 2026

SRMJEEE PG 2026 for Mechanical Engineering: Key Topics & Weightage

SRMJEEE PG 2026 Mechanical Engineering includes questions mainly from core areas like Mechanics, Thermal Sciences, Manufacturing, and Design, each carrying distinct weightage based on past exam patterns. The table below shows the subject-wise distribution, so you can target the highest-scoring sections first.

Topic Area	Approx. Weightage (%)
Engineering Mechanics	10–15%
Thermodynamics	10–15%
Heat Transfer	10–15%
Fluid Mechanics	10–15%
Strength of Materials	10–15%
Theory of Machines	10–15%
Manufacturing Processes	10–15%
IC Engines / RAC	10–15%

SRMJEEE PG 2026 for Civil Engineering: Key Topics & Weightage

SRMJEEE PG Civil Engineering mainly tests your grasp of structural analysis, geotechnical concepts, transportation design rules, and environmental engineering processes. The table below shows exactly which areas carry more marks, so you can plan your revision with proper priority.

Topic Area	Approx. Weightage (%)
Structural Engineering	12–18%
Geotechnical Engineering	12–18%
Transportation Engineering	12–18%
Environmental Engineering	8–12%
Hydraulics & Water Resources	8–12%
Surveying	8–12%
Construction Materials	8–12%

SRMJEEE PG 2026 for Electrical Engineering: Key Topics & Weightage

For SRMJEEE PG 2026 Electrical Engineering, most questions come from core blocks like Power Systems, Control Systems, Electrical Machines, Power Electronics, and Circuit Theory, each typically contributing 10–18% of the paper. These segments dominate the application-based questions, especially fault analysis, machine characteristics, converters, and stability concepts. The table below breaks the approximate weightage, so you can target the highest-scoring areas first.

Topic Area	Approx. Weightage (%)
Electrical Machines	15–20%
Power Systems	15–20%
Control Systems	15–20%
Power Electronics	10–15%
Networks	10–15%
Signals & Systems	10–15%
Measurements	5–10%

SRMJEEE PG 2026 for Electronics: Key Topics & Weightage

For SRMJEEE PG 2026 Electronics Engineering, most questions appear from core areas like Analog Circuits, Digital Electronics, Signals & Systems, Communication Systems, and Microprocessors, each contributing around 10–16% of the paper. These sections frequently test concepts such as modulation techniques, op-amp configurations, Boolean design, sampling, and system stability. The table below shows the topic-wise weightage to help you focus on the highest-scoring blocks.

Topic Area	Approx. Weightage (%)
Analog Circuits	12–18%
Digital Circuits	12–18%
Signals & Systems	12–18%
Communication Systems	12–18%
Control Systems	8–12%
Electromagnetics	8–12%
Microprocessors	8–12%

SRMJEEE PG 2026 for Computer Science: Key Topics & Weightage

For SRMJEEE PG 2026 Computer Science & Engineering, most questions are concentrated in Algorithms, Data Structures, DBMS, Operating Systems, Computer Networks, and Theory of Computation, each typically contributing 10–18% of the paper. These sections repeatedly include problem types like graph algorithms, scheduling, normalization, addressing modes, and automata-based reasoning. The table below presents the approximate weightage, so you can focus on the most scoring subjects first.

Topic Area	Approx. Weightage (%)
Data Structures	15–20%
Algorithms	15–20%
Operating Systems	15–20%
Computer Networks	15–20%
DBMS	10–15%
Automata Theory	10–15%
Software Engineering	5–10%
Mathematics	5–10%

SRMJEEE PG 2026 for Chemical Engineering: Key Topics & Weightage

For SRMJEEE PG 2026 Chemical Engineering, the exam mainly tests high-weightage areas like Chemical Reaction Engineering, Process Calculations, Mass Transfer, Heat Transfer, Fluid Mechanics, and Thermodynamics, each contributing around 10–15% of the paper. These subjects form the core of most numerical and application-based questions. The table below breaks their approximate weightage, so you can prioritize the topics that consistently dominate the exam.

Topic Area	Approx. Weightage (%)
Mass Transfer	12–18%
Thermodynamics	12–18%
Chemical Reaction Engineering	12–18%
Fluid Mechanics	8–12%
Heat Transfer	8–12%
Process Calculations	8–12%
Process Control	8–12%

SRMJEEE PG 2026 for Biotechnology: Key Topics & Weightage

For SRMJEEE PG 2026 Biotechnology, the exam mainly emphasizes core areas like Cell Biology, Molecular Biology, Bioprocess Engineering, Genetics, Immunology, Microbiology, and Recombinant DNA Technology, each typically contributing 8–15% of the overall questions. These subjects form the bulk of concept-based and numerical sections in the paper. The table below outlines their approximate weightage, so you can focus on the topics that consistently appear in the exam.

Topic Area	Approx. Weightage (%)
Molecular Biology	15–20%
Genetics	15–20%
Bioprocess Engineering	15–20%
Microbiology	8–12%
Immunology	8–12%
Cell Biology	8–12%
Biochemistry	8–12%
Bioinformatics	5–10%

SRMJEEE PG 2026 for Biomedical Engineering: Key Topics & Weightage

For SRMJEEE PG 2026 Biomedical Engineering, the exam focuses on Biomechanics, Biomaterials, Medical Imaging, Clinical Instrumentation, and Rehabilitation Engineering, with each area contributing significantly to both numerical and conceptual questions. The table below shows their approximate weightage to help you prioritize high-scoring topics.

Topic Area	Approx. Weightage (%)
Biomechanics	15–20%
Biomaterials	15–20%
Medical Imaging	15–20%
Clinical Instrumentation	10–15%
Rehabilitation Engineering	10–15%
Biosignal Processing & Lab Techniques	5–10%

SRMJEEE PG 2026 for Instrumentation Engineering: Key Topics & Weightage

For SRMJEEE PG 2026 Instrumentation Engineering, the exam emphasizes Sensors & Transducers, Process Control, Signal Processing, Measurement Systems, and Automation, forming the core of most numerical and theoretical questions. The table below shows their approximate weightage for effective preparation.

Topic Area	Approx. Weightage (%)
Sensors & Transducers	15–20%
Process Control	15–20%
Signal Processing	15–20%
Measurement Systems	10–15%
Industrial Automation	10–15%
Electronics & Circuit Theory	5–10%

SRMJEEE PG 2026 for Food Technology: Key Topics & Weightage

For SRMJEEE PG 2026 in Food Technology, the exam emphasizes areas like Food Process Engineering, Food Microbiology, Food Chemistry, and Food Safety & Quality Control. Understanding the approximate weightage of each topic helps you prioritize high-yield sections and plan targeted preparation for maximum score efficiency.

Topic Area	Approx. Weightage (%)
Food Processing	15–20%
Food Engineering	15–20%
Food Chemistry	10–15%
Food Microbiology	10–15%
Quality Control & Safety	8–12%
Nutrition	8–12%

SRMJEEE PG 2026 for Material Science: Key Topics & Weightage

For SRMJEEE PG 2026 in Material Science, the exam focuses on subjects like Materials Characterization, Thermodynamics of Materials, Mechanical Behavior of Materials, and Corrosion Engineering. Knowing the expected weightage of each topic helps you prioritize high-scoring areas and plan an efficient, targeted preparation strategy.

Topic Area	Approx. Weightage (%)
Crystallography	15–20%
Mechanical Behaviour of Materials	15–20%
Thermodynamics of Materials	15–20%
Phase Transformations	15–20%
Polymers	10–15%
Ceramics	10–15%
Composites	10–15%