OJEE PGAT MArch, MPlan Syllabus 2025: Download Latest Syllabus PDF

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Updated on Sep 25, 2025 21:34 IST

By Saumya Jain, Assistant Manager- Content

OJEE PGAT 2025 Syllabus: The Odisha Joint Entrance Examination Board has released the OJEE PGAT Syllabus on its official website. Candidates appearing for the OJEE PGAT 2025 can check the subject-wise syllabus for the examination here. The syllabus plays a vital role in the aspirant’s preparation. The OJEE PGAT M.Tech syllabus contains all the information about the subjects and the key concepts covered in the examination. The OJEE MTech 2025 admit card is now available. Candidates appearing for the exam must know about the syllabus to strategise their study schedule. Read below to learn more about the OJEE PGAT exam syllabus.

Table of content

OJEE PGAT 2025 Exam Pattern
OJEE PGAT 2025 Syllabus: Subject-Wise
OJEE PGAT 2025 - Engineering Mathematics Syllabus
OJEE PGAT 2025 Biotechnology Syllabus
OJEE PGAT 2025 Civil Engineering Syllabus
OJEE PGAT 2025 Computer Science/Information Technology Syllabus
OJEE PGAT 2025 Electrical Engineering Syllabus
OJEE PGAT Electronics Engineering Syllabus
OJEE PGAT 2025 Mechanical Engineering Syllabus

OJEE PGAT 2025 Exam Pattern

With the OJEEB OJEE Syllabus, candidates must also be aware of the exam pattern. With the help of the OJEE PGAT M.Tech 2025 exam syllabus, candidates can figure out the exam scheme, marking process, duration, mode, and difficulty level of the exam. Here is the detailed OJEE PGAT 2025 exam pattern-

Name of the exam	OJEE PGAT
Mode of the OJEE PGAT 2025 exam	Online
Duration of the OJEE PGAT 2025 exam	Two Hours
Language of the Question Paper	English
Format of the Questions	Multiple-Choice Based Questions
OJEE PGAT 2025 Marking Scheme	Four marks are rewarded for each correct answer, four marks are deducted for each incorrect response, and -1 mark is deducted.
OJEE PGAT 2025 Syllabus	Analytical and Logical Reasoning - 10 questions \| Engineering Mathematics - 20 questions \| Branch subject-related - 60 questions

OJEE PGAT 2025 Syllabus: Subject-Wise

Candidates can check the complete subject-wise syllabus for OJEE PGAT 2025 below. The subjects/disciplines that come under the OJEE PGAT 2025 for M.Tech admission are -

Engineering Mathematics
Biotechnology
Chemical Engineering
Civil Engineering
Computer Science/Information Technology
Electrical Engineering
Electronics Engineering
Environmental Engineering
Mechanical Engineering
Metallurgical Engineering
Plastic Engineering
Textile Engineering

OJEE PGAT 2025 - Engineering Mathematics Syllabus

Units	Topics
Ordinary Differential Equations	Solution of the first-order \| second-order, and higher-order differential equations (separable equation, exact differential equation, homogenous equation with constant co-efficient \| Euler Cauchy equations \| solution by undetermined coefficients and variations of parameters \|
Linear Algebra	Matrices \| Determinants and Linear System of Equations \|Vectors \| Eigenvalue problems \| Symmetric \| Orthogonal Matrices \|Complex matrices \| Hermitian \| Skew Hermitian and Unitary Matrices \| Similarity of Matrices \|
Fourier Series	Fourier Series and Expansion of Functions of any period \| Odd and Even Functions \| Half-Range Expansion \|
Laplace Transform	Use of Laplace Transform for solving differential equations \| Convolution and Integral Equations \|
Complex Analysis	Analytic Functions \| Cauchy-Riemann Equations \| Laurent’s Series \| Singularities and Zeroes \|
Numerical Methods	Interpolation \| Numerical Integration \| Solution of First Order Ordinary Differential Equations \|
Probability and Statistics	Probability Distribution (discrete and continuous) \| Sampling Distribution \| Correlation and Regression Analysis\|

OJEE PGAT 2025 Biotechnology Syllabus

Units	Topics
Microbiology	Prokaryotic and Eukaryotic cell structure \| Microbial Nutrition \| Growth \| Microbial Metabolism (aerobic and anaerobic respiration, photosynthesis) \| Nitrogen fixation \| Chemical basis of mutation and mutagens \| Microbial genetics (plasmids, transformation, transduction, conjunction) \| viruses \| bacteria \|
Biochemistry	Bio-molecules and their conformation \| Weak inter-molecular interactions in bio macro molecules \| Chemical and Functional nature of enzymes \| Kinetics of Single Substrate and Bi-Substrate Enzyme-Catalyzed Reactions \| Bioenergetics \| Metabolism (Glycolysis, TCA, and Oxidative Phosphorylation) \| Membrane Transport and Pumps \| Cell Cycle and Cell Growth Control \|
Molecular Biology and Genetics	Molecular structure of genes and chromosomes \| DNA replication and control \| Transcription and its control \| Translation processes \| Mendelian inheritance \| Linkage \| Recombination and Chromosomal Variation \| Molecular Basis of Genetic Diseases and Applications \|
Process Biotechnology	Bioprocess technology for the production of cell biomass and primary/secondary metabolites, such as baker’s yeast, ethanol, critic acid, amino acids, and antibiotics \| Chromatographic and Membrane-based bioseparation methods \| Immobilization of enzymes and cells and their application for bioconversion processes \| Aerobic and Anaerobic biological processes for stabilisation of solid/liquid wastes \| Bioremeditation \|
Bioprocess Engineering	Kinetics of Microbial Growth \| Substrate Utilization and Product Formation \| Simple Structured Models \| Sterilization \| Batch \| Fed-Batch and Continuous Processes \| Mass Transfer in Bio Reactors \| Scale-up Concepts \| Various Types of Microbial and Enzyme Reactors \| Instrumentation in Bioreactors \|
Plant and Animal Biotechnology	Special features and organisation of plant cells \| Totipotency \| Regeneration of Plants \| Autotrophic and Heterotrophic Growth \| Plant Growth Regulators and Elicitors \| Production of Secondary Metabolites by Plant Suspension Cultures \|
Characteristics of Animal Cells	Metabolism \| Animal Cell Cultures \| Kinetics of Cell Growth and Product Formation \| Hybridoma Technology \| Livestock Improvement \| Cloning in Animals \| Genetic Engineering in Animal Cell Culture \|
Immunology	The origin of immunology \| Inherent Immunity \| Humoral and Cell-Mediated Immunity \| Antigen; B and T cells and Macrophages; Major histocompatibility complex (MHC); Antigen processing and presentation; Molecular basis of antibody diversity; Polyclonal and monoclonal antibody; Complement; Antigen-antibody reaction; Immune tolerance; Hypersensitivity; Autoimmunity.
Recombinant DNA Technology	Restriction and Modification Enzymes \| Vectors: Plasmid, Bacteriophage and other viral vectors \| Cosmids \| Tiplasmid \| Yeast Artificial Chromosome \| DNA and Genomic DNA Library \| Gene Isolation \| Gene Cloning \| Expression of Cloned Gene \| Transposons and Gene Targeting \| DNA Labelling \| DNA Sequencing \| Polymerase Chain Reactions \| DNA Finger Printing \| Southern and Northern Blotting \| In-situ Hybridization \| RAPD \| RFLP \| Site-Directed Mutagenesis \| Gene Transfer Technologies \| Gene Therapy \|
Bioinformatics	Major Bioinformatics Resources \| Sequence and Structure Databases \| Sequence Analysis (Biomolecular Sequence File Formats, Scoring Matrices, Sequence Alignment, Phylogeny \| DNA Microarrays \| Molecular Modelling and Simulations \|

OJEE PGAT 2025 Civil Engineering Syllabus

Units	Topics
Structural Engineering	Mechanics \| Structural Analysis \| Concrete Structures \| Steel Structures \| Construction Materials \|
Geotechnical Engineering	Soil Mechanics- Origin of soils, Soil Classification, Three-phase system, Fundamental definitions, relationships and interrelationships, permeability and seepage, effective stress principle, consolidation, compaction, and shear strength \| Foundation Engineering - Sub-surface investigations-scope, drilling bore holes, sampling penetration tests, plate load test, Earth pressure theories, Effect Water Table, Layered soils, Stability of Slopes - Infinite slopes, finite slopes, foundation types, Shallow foundations, Deep foundations - pile types, dynamic and static formula, load capacity of piles in sands and clays, negative skin friction.
Water Resources Engineering	Fluid Mechanics and Hydraulics \| Hydrology \| Irrigation \|
Environmental Engineering	Water Requirements \| Air Pollution \| Municipal Solid Wastes \| Noise Pollution \|
Transportation Engineering	Highway Planning - Geometric design of highways, Testing and Specifications of Paving Materials, Design of Flexible and Rigid Pavements \| Traffic Engineering - Traffic characteristics, theory of traffic flow, intersection design, traffic signs and signal design, highway capacity \| Surveying - Principle of Surveying, Surveying by Chain, Compass and Theodolite, Levelling and Contouring, Tacheometry, and Total Station

OJEE PGAT 2025 Computer Science/Information Technology Syllabus

Units	Topics
Digital Logic	Logic functions \| Minimization \| Design and Synthesis of Combinational and Sequential Circuits \| Number Representation and Computer Arithmetic (fixed and floating point) \|
Computer Organisation and Architecture	Machine instructions and addressing modes \| ALU and data path \| CPU control design \| Memory interface (interrupt and DMA mode) \| Instruction pipelining \| Cache and main memory \| Secondary storage \|
Programming and Data Structures	Programming in C \| Functions \| Recursion \| Parameter passing \| Scope Binding \| Abstract data types \| Arrays \| Stacks \| Queues \| Linked Lists \| Trees \| Binary Search Trees \| Binary Heaps \|
Algorithms	Analysis \| Asymptotic Notation \| Notions of Space and Time Complexity \| Worst and Average Case Analysis \| Design: Greedy Approach \| Dynamic Programming \| Divide and Conquer \| Tree and Graph Traversals \| Connected Components \| Spanning Trees \| Shortest Paths \| Hashing \| Sorting \| Searching \| Asymptotic Analysis (best, worst, and average cases) of time and space \| upper and lower bounds \| Basic concepts of complexity classes - P, NP, NP-hard, NP-complete \|
Theory of Computation	Regular languages and finite automata \| Context-free languages \| Push-down automata \| Recursively enumerable sets and Turing machines \| Undecidability \|
Compiler Design	Lexical Analysis, Parsing, Syntax-directed translation \| Runtime environments \| Intermediate and Target Code Generation \| Basics of Code Optimization \|
Operating System	Processes \| Threads \| Inter-process communication \| Concurrency \| Synchronization \| Deadlock \| CPU Scheduling \| Memory Management and Virtual Memory \| File Systems \| I/O Systems \| Protection and Security \|
Internet and Web Technology	Internet and Web \| IPV4 Vs IPV6 \| Web Client & Server \| HTML \|
Networking	OSI Layer \| Protocols in various layers \| Different Media in Physical Layer \| TCP/IP \| SMTP/Pop3 \| FTP

OJEE PGAT 2025 Electrical Engineering Syllabus

Units	Topics
Electrical Circuits and Fields	Network graph \| KCL, KVL, Node and Mesh Analysis, Transient Response of DC and AC networks \| Sinusoidal Steady-State Analysis \| Resonance \| Basic Filter Concepts \| Ideal Current and Voltage Sources \| Thevenin’s \| Norton’s and Superstition and Maximum Power Transfer Theorems \| Two-port Networks \| Three-Phase Circuits \| Gauss Theorem \| Electric Field and Potential due to point \| Line, Plane, and Spherical Charge Distributions \| Ampere’s and Bio-Savart’s Laws \| Inductance \| Dielectrics \| Capacitance \| Mutual Inductance \| Tuned Coupled Circuit \|
Signals and Systems	Representation of Continuous and Discrete Time Signals \| Shifting and Scaling Operations \| Linear \| Time-Invariant and Casual Systems \| Fourier Series Representation of Continuous Periodic Signals \| Sampling Theorems \| Fourier, Laplace, and Z Transforms \| Wavelet Analysis \|
Electrical Machines	Single Phase Transformer \| Three Phase Transformers \| Energy Conversion Principles \| DC Machines \| Three-Phase Induction Motors \| Two-Reaction Theory Analysis \| Regulation and Parallel Operation of Generators \| Motor Starting \| Characteristics and Applications of Servo and Stepper Motors \|
Power Systems	Basic Power Generation Concepts \| Transmission Line Models and Performance \| Mechanical Design \| Voltage Control \| Solid State Relays and Digital Protection \| Circuit Breakers \| System Stability Concepts \| HDVC Transmission \| Renewable Energy Power Generation (PV/Wind)
Control Systems	Principles of Feedback \| Transfer Function \| Block Diagrams \| Steady State Errors \| Routh and Nyquist Techniques \| Bode Plots \| Lead and Lead-Lag Compensation \| State Pole Zero Addition \| Space Model \| State Transition Matrix \| Controllability and Observability \|
Electrical and Electronic Measurements	Bridges and Potentiometers \| PMMC \| Moving Iron \| Dynamometer and Induction Type Instruments \| Galvano Meters \| Damping Scheme Measurement of Voltage, Current, Power, Energy and Power Factor \| Instrument Transformer \| Digital Voltmeters and Multimeters \| Q-Meters \| Oscilloscopes \| Potentiometric Recorders and Error Analysis \|
Analog and Digital Electronics	Characteristics of Diodes \| BJT \| FET \| Amplifiers - Biasing Equivalent Circuit and Frequency Response \| Oscillators and Feedback Amplifiers \| Operational Amplifiers - Characteristics and Applications \| Simple Active Filters \| VCOs and Timers \| Combinational and Sequential Logic Circuits \| Multiplexer and De-Multiplexer \| Schmitttrigger \| Multi-vibrators \| Sample and hold circuits \| A/D and D/A converters \| 8051 microcontroller \| Introduction to 8085/8086 microprocessor basics & architecture \| Programming and interfacing of I/O devices \|
Power Electronics and Drives	Semiconductor power diodes \| Transistors \| Thyristors \| Triacs \| GTOs \| MOSFETs and IGBTs - static characteristics and principles of operations \| Triggering Circuits \| Phase Control Rectifiers \| Bridge Convertors -Fully controlled and Half-controlled \| Principles of Choppers and Inverters \| Basic concepts of adjustable speed dc and ac drives and variable frequency drive \| Dual Convertors \|

OJEE PGAT Electronics Engineering Syllabus

Units	Topics
Network	Mesh and Nodal Analysis \| Network Theorems \| Wye-Delta Transformation \| Steady-State Sinusoidal Analysis using Phasors \| Series and Parallel Resonance \| 2-Port Network Parameters \| Driving Point and Transfer Functions \| State Equations for Networks \|
Analog Electronics	Energy Bands in Silicon \| Intrinsic and Extrinsic Silicon \| Career Transport in Silicon \| Generation and Recombination of Carriers \| P-N Junction Diode \| Zener Diode \| Tunnel Diode \| Diode Circuits \| Feedback Amplifiers \| Operational Amplifiers \| Oscillators and Signal Generators \|
Digital Electronics	Boolean Algebra \| Minimization of Boolean Functions \| Logic Gates \| Digital IC Families (DTL, TTL, ECL, MOS, CMOS) \| Combinational Circuits \| Sequential Circuits \| Sample and Hold Circuits \| ADCs & DACs \| Semiconductor Memories \| Microprocessor (8086) \| Architecture, Programming, Memory, and I/O interfacing \|
Signals, Systems, and Communications	Periodic and aperiodic signals \| Continuous-time and discrete-time Fourier series \| Continuous-time and discrete-time Fourier Transform \| DFT and FFT \| z-transform \| Transfer function \| Impulse and frequency response of first- and second-order systems \| Convolution, correlation and characteristics of linear time-invariant systems \| Pulse transfer function \| IIR and FIR filters \| Amplitude and frequency modulation and demodulation \| Sampling theorem, pulse code modulation \| Frequency and time division multiplexing \| Amplitude shift keying \| frequency shift keying and pulse shift keying for digital modulation \|
Control Systems	Open loop and closed loop (feedback) systems and stability analysis of these systems \| Signal flow graphs and their use in determining transfer functions of systems \| Transient and steady-state analysis of LTI control systems and frequency response \| Tools and techniques 35 for LTI control system analysis \| Root loci \| Routh-Hurwitz criterion \| Bode and Nyquist plots \| Control system compensators: elements of lead and lag compensation \| Elements of Proportional-Integral-Derivative (PID) control \| State variable representation and solution of state equation of LTI control systems \|
Electromagnetics	Elements of vector calculus \| Divergence and curl \| Gauss' and Stokes' theorems \| Maxwell's equations: differential and integral forms \| Wave equation \| Poynting vector \| Plane waves: propagation through various media \| Reflection and refraction \| Phase and group velocity \| Skin depth.
Instrumentation and Measurement	Static and dynamic characteristics of Instrument \| Basic electrical measurements such as Resistance \| Inductance and capacitance \| Oscilloscope and Multimeter \|

OJEE PGAT 2025 Mechanical Engineering Syllabus

Units	Topics
Applied Mechanics and Design	Engineering Mechanics \| Strength of Materials \| Theory of Machines \| Vibrations \| Design \|
Fluid Mechanics and Thermal Sciences	Fluid Mechanics \| Heat-Transfer \| Thermodynamics \| Applications - Power Engineering, Refrigeration and air-conditioning, Reverse Brayton Cycle, Turbomachinery \|
Manufacturing and Industrial Engineering	Engineering Materials - structure and properties of engineering materials, crystal imperfections, heat treatment, T-T-T diagrams for engineering mterials \| Metal Casting - design of patterns, moulds and cores, solidification and cooling, riser and gating design, design considerations \| Forming - plastic deformation of materials, fundamentals of cold and hot working processes - forging, rolling, extrusion, drawing and sheet metal forming processes, shearing, deep drawing, bending, principles of powder metallurgy
Joining	Physics of Welding \| Brazing and Soldering \| Gas Welding and Arc Welding \| Design Considerations in Welding \|
Machining and Machine Tool Operations	Mechanics of Machining \| Single and Multi-point Cutting Tools \| Tool Geometry and Materials \| Tool Wear and Economics in Machining \| Principles of non-traditional Machining Process \| Principles of Work Holding \| Principles of Design of Jigs and Fixtures \|
Metrology and Inspection	Limits, fits, and tolerances \| Linear and Angular Measurements \| Comparators \| Gauge Design \| Measurement of Surface Roughness \| Measurement of Straightness and Flatness \| Tolerance Analysis in Manufacturing and Assembly \|
Computer-Integrated Manufacturing	Basic Concepts of CAD/CAM and Computer-Integrated Manufacturing
Production Planning and Control	Forecasting models \| Aggregate Production Planning \| Scheduling \| Materials Requirement Planning \|
Inventory Control	Deterministic and Probabilistic Models \| Safety Stock Inventory Control Systems
Modern Trends in Manufacturing	Just in Time Systems \| Supply Chain Management \|