CUET PG Forensic Science Syllabus 2026, Know Key Topics and Best Books

The latest Forensic Science Syllabus of the CUET PG 2026 examination will be released soon by the National Testing Agency in online mode. The CUET PG Forensic Science Syllabus includes crucial topics such as forensic biology and serology, forensic toxicology, crime scene management, forensic chemistry, fingerprints and document analysis, instrumental techniques, forensic medicine, and general physics and chemistry concepts. Students who are preparing for the CUET PG Forensic Science exam must refer to the key units and subtopics discussed on this page.

CUET PG Forensic Science Syllabus 2026 PDF download

It is highly advised that students download the CUET PG Forensic Science Syllabus 2026 PDF and take a printout of the same. This hard copy of the syllabus helps you track your studies. Click on the direct link to download the CUET PG Forensic Science Syllabus 2026 PDF

CUET PG Forensic Science Syllabus 2026 PDF Download

CUET MSc Forensic Science Syllabus Highlights

To be eligible for the CUET PG Forensic Science exam, candidates must have a Bachelor's degree in a relevant science discipline such as forensic science, chemistry, biology, physics, or other related sciences. Along with discovering the CUET PG Syllabus for Forensic Science, students should be familiar with the exam format, which will help them understand the demands of the exam and how to prepare for it.

According to the CUET PG test Pattern, applicants must answer 75 questions during the exam. The exam will be conducted for a total of 300 marks. This general paper pattern applies to all subjects. Check the CUET PG SCQP13 Question paper pattern below

Topics in CUET PG Forensic Science Syllabus 2026

The CUET MSc Forensic Science syllabus is divided into 12 units discussing various aspects of criminology. Let's discuss all the exam units and sub-units included in the CUET PG Forensic Science & Criminology Syllabus below

Introduction to Forensic Science

Definition, History, Development and Scope of Forensic Science in India. Basic Principles of Forensic Science and its Significance, Organisation and Functioning of State and Central Forensic Science Laboratories, Ethics in Forensic Science.

Physical Evidences

Definition, Types, Class and Individual Characteristics, Different Searching Methods for Locating Physical Evidence at the Scene of Crime, Chain of Custody.

Fundamentals of Police

Historical Development of the Police System in India. Police in the Indian Constitution. Objective of Police, General Organisation of Police at State & Range Level.  Police Organisation under Central Government: General Information, Structure and Function of

A. [1] BSF (2] Assam Rifles [3] CRPF [4] CISF [5] ITBP [6] NSG

[1] BPR & D [2) CBI [3] lB [4] RAW [5] NCRB [6) NICFS [7] NPA [8] UT Police Force.

Police Science

Definition & Scope. Who is an Investigator, Investigator & his Qualities, General Guidelines for Investigator, Interview of Witness and Interrogation of suspect.

Scene of Crime

Meaning, Types, Protection of Scene of Crime, Crime Scene Documentation- Note Taking, Videography, Photography and, Sketching Methods, Importance of Photography, General Guidelines, Admissibility in Court, Various forms such as Videography.

Crime Scene Management & Reconstruction

Elements of Crime Scene Management: - Information Management, Technology Management, Man-Power Management & Logistic Management.

Introduction to Crime Scene Reconstruction, Nature of Reconstruction, Basic Principles for Physical Evidence and Reconstruction (Recognition, Identification, Individualisation And Reconstruction), Stages in Reconstruction, Types of Reconstruction, Pattern Evidence in Reconstruction (Bloodstain Pattern Analysis for Reconstruction, Glass Fracture Patterns, Fire Burn Patterns, Tire and Skid Mark Patterns), Writing A Reconstruction Report. IPC (1860), Cr. P.C (1973) and IEA (1872)

Fingerprints, Documents & Other Impressions

Fingerprints: History, Types of Fingerprints, Type of Finger Print Patterns, Different Classifications, Systems Location and Preservation of Fingerprints, Development of Latent Prints by Physical and Chemical Methods, Matching of Fingerprints.

Documents: Definition of Questioned Documents, Types of Documents, Types of Writing Instruments their Characteristics and Examination, Paper and its Examination, Basic Tools needed for Forensic Document Examination- Ultraviolet, Visible, Infrared, and Fluorescence Spectroscopy, Photomicrography, Microphotography, Visible Spectral Comparator, Electrostatic Detection Apparatus.

Hand Writing: Handwriting and its Characteristics, Factors Affecting Hand Writing, Samples for Comparison, Comparison of Hand Writings, Disguised and Indented Writings and their Detection, Typed and Computer Generated Documents, their Comparison, Alteration in
Documents and their Detection, Foot & Shoe Prints, Methods of their Preservation and Examination, Tyre Marks and Track Marks and their Examination.

Forensic Biology and Serology

Brief Description and Function of Human Digestive System, Respiratory System, Circulatory System, Nervous System, and Reproductive System. Structure, Composition and Examination of biological fluids like - Blood and Bloodstains, Seminal stains, Saliva, Urine, Pus, Feces etc.

Hair and Fiber: Hair Anatomy, Collection, Examination of Hairs from Animal and Human Origin. Types of Fiber and their Properties, Examination etc.
Forensic Botany: Introduction, Nature & Scope, Woods & their Identification and Matching, Diatoms and their Forensic Significance in Drowning Cases, Study and Identification of Pollen Grains.

D N A: Structure of DNA, Polymorphism in DNA, General idea about RFLP and PCR Methods of Biological Fluid Analysis, Merits and Demerits of RFLP and PCR, Advanced Methods for Forensic DNA Examination etc.

Chemical Separation & Instrumental Techniques

General Understanding Of: Distillation, Sublimation, Crystallisation, Solvent Extraction.

Chromatographic Techniques: Definition, Different Classification like- According to Mode, Principle, Stationary Phase, etc., brief idea about Column Chromatography, Paper Chromatography, Thin Layer Chromatography, Gas Liquid Chromatography, Liquid Chromatography, Hyphenated Chromatographic techniques as LC-MS, GGMS, etc.

Electromagnetic Spectrum & Spectroscopic Methods — Principle, Apparatus, Procedure & Importance: Emission Spectroscopy, Atomic Absorption Spectroscopy, UV Spectroscopy, Electron Spectroscopy, Raman Spectroscopy, IR & FTIR Spectroscopy.

General Idea About: Neutron Activation Analysis, Mass Spectrometry
Electrophoresis- Principle, Types, Equipment and Processing, Immune electrophoresis, Analysis of Proteins by electrophoresis and their detection.

Forensic Medicine

Meaning And Scope, Identification of a Person: Through all Factors in Fixing Identity, Post-Mortem Examination (Autopsy) (Types of Autopsy, Objectives, and Procedures), Meaning &Modes of Death, and their Characteristics, Signs of Death and Post-Mortem Changes. Wounds and their Characteristics, Injuries due to Heat, Lighting, Electricity and Radiation, Firearm Injuries, Differentiation between Ante-Mortem and Post-Mortem Wounds.

Forensic Toxicology & Drug Analysis

Poison and Types of Poisoning, Action of Poison, Factors Modifying the Action of Poison, Extraction, Isolation and Clean-Up Procedures- For Non-Volatile Organic Poison, Volatile Poisons, Toxic Cations or Metallic Poisons, Toxic Anions From Viscera, Drugs, Botanical Evidence, Biological Evidence, etc.

General idea and Examination of Opium, Semi — Synthetic Opiates, Cannabis products Such as Bhang, Ganja And Charas, LSD And Amphetamine, Important Benzodiazepines, Phenothiazines, Barbiturates Etc. Animal Poisons Like Snake, Cantharides, Bees, Wasp etc.

General Chemistry

Photochemistry: Interaction of Radiation with Matter, Difference between Thermal and Photochemical Processes, Laws of Photochemistry, Grothus-Dopper Law, Stark-Einstein Law.
Jablonski Diagram, Description of Fluorescence, Phosphorescence, Non-radiative Processes, Quantum Yield, Photosensitised Reactions, Energy Transfer Processes, etc.

Organic Chemistry- Structure and Bonding: Hybridisation, Bond Length and Bond Angles, Bond Energy, Localized and Delocalized Chemical Bond. Structure and Characteristics of Alkane, Alkene, and Cycloalkane, Alcohol, Phenol, Ethers, Aldehyde, Ketone, Carboxylic Acid etc.

Inorganic Chemistry- Trends in the Periodic Table and Applications in Predicting and Explaining the Physical and Chemical Behaviours. Definitions of Acid and Base, Classification of Acids and Bases, Essential and Trace Elements in Biological Process, Metallo Porphyrins with Special Reference to Haemoglobin, Types of Magnetic Behaviors, Method of Determining Magnetic Susceptibility, Spin only Formula, L-S Coupling.

Basic Physics

Physical Properties: Temperature, Weight and Mass, Density, Refractive Index, Diffraction, Polarization.
Laws of Motion- Motion in a Uniform Field, Centripetal Acceleration, Motion under a Central Force.
Basic Optics: Light as an Electromagnetic wave, Interference of Light, Principle of Superposition, Two-Slit Interference, Michelson Interferometer and its Application.
Microscopy: Numerical Aperture and Resolving Power of Microscopic Systems, How the Microscope Forms Images; Simple, Compound, Stereoscopic, Polarising, Comparison, Fluorescence and Electron
Microscopes.

Recommended books for CUET MSc Forensic Science Syllabus

To do well in the exam and beat the competition, you need to refer to some reference books for conceptual clarity. It should be noted that all the topics mentioned in the CUET PG Forensic Science Syllabus are not available in a single book; you must refer to different books. Take a look at the best reference book list below.