DSSSB TGT Computer Science Syllabus 2026: Exam Pattern & Official PDF Download

DSSSB TGT Computer Science Syllabus 2026

The DSSSB TGT Computer Science syllabus is meticulously structured to evaluate your technical proficiency and pedagogical expertise. Key focus areas include computer systems, Python programming, networking, database management, and emerging technologies. In addition to core technical subjects, the exam tests candidates on general awareness, reasoning, numerical aptitude, and language proficiency. Notably, teaching methodology and pedagogy constitute a critical component of Section B.

DSSSB Computer Science Syllabus: Overview

DSSSB TGT Computer Science Syllabus (Topic-Wise)

The syllabus for Section B is divided into comprehensive modules. Below is the detailed topic-wise breakdown to streamline your study plan:
1. Computer Systems and Organization

• Basic Computer Organization: hardware, software, input/output devices, CPU, memory (primary, cache, secondary), memory units (Bit, Byte, KB, MB, GB, TB, PB)
• Types of software: system software (OS, utilities, device drivers), programming tools, language translators (assembler, compiler, interpreter), application software
• Operating System: functions of OS, OS user interface
• Boolean logic: NOT, AND, OR, NAND, NOR, XOR, truth tables, De Morgan’s laws, logic circuits

2. Computer Systems Architecture

• System buses
• Internal memory: RAM, ROM
• Input/Output devices, I/O modules, Programmed I/O, Interrupt-Driven I/O, Direct Memory
• Access, I/O Channels, External Interface

3. Operating Systems

• Introduction to OS, OS organization
• Device Management, Process Management, Scheduling
• Synchronization Principles, Deadlocks
• Memory Management, File Management

4. Computational Thinking and Programming (Part 1)

• Problem-solving steps: analysing, algorithm development, coding, testing, debugging
  Flowcharts, pseudocode, decomposition
• Python basics: features, execution modes, tokens (keyword, identifier, literal, operator, punctuator), variables, l-value and r-value, comments
• Data types: integer, float, complex, boolean, string, list, tuple, None, dictionary, mutable/immutable types

5. Computational Thinking and Programming (Part 2)

• Functions: built-in, module-defined, user-defined; arguments, default/positional parameters, return values, scope (global/local)
• File handling: text files, binary files, CSV files; open modes (r, r+, w, w+, a, a+); read(), readline(), readlines(), write(), writelines(), seek(), tell()

6. Introduction to Python

• Python interpreter (interactive and script mode), indentation, identifiers, keywords, constants, variables, operators and their precedence
• Dictionary: key-value pairs, creating, initializing, traversing, updating, deleting; methods: len(), dict(), keys(), values(), items(), get(), update(), clear(), del()

7. Computer Networks

• Evolution of networking: ARPANET, NSFNET, Internet
• Data communication: sender, receiver, message, media, protocols, bandwidth, data transfer rate, IP address, Circuit/Packet switching
• Transmission media: Twisted pair, coaxial, and Fibre optic (wired); Radio waves, microwaves, and Infrared (wireless)
• Network devices: Modem, Ethernet card, RJ45, Repeater, Hub, Switch, Router, gateway, and WiFi card
• Network types: LAN, MAN, WAN; Topologies: Star, Bus, Tree, Mesh
• Internet basics: URL, WWW, web, email, Chat, VoIP

8. Database Management Systems

• Database concepts and need; DBMS
• Relational model: relation, attribute, tuple, domain, degree, cardinality
• Keys: candidate key, primary key, alternate key, foreign key
• SQL: DDL, DML, DQL; data types (char, varchar, int, float, date); constraints (not null, unique, primary key); create/use/drop database; show tables/databases
• SQL functions—Math: POWER(), ROUND(), MOD() Text: UCASE(), LCASE(), MID(), LENGTH(), LEFT(), RIGHT(), INSTR(), LTRIM(), RTRIM(), TRIM(); Date: NOW(), DATE(), MONTH(), MONTHNAME(), YEAR(), DAY(), DAYNAME()
• MySQL: creating a database, data types introduction

9. HTML and Web Technologies

• HTML/DHTML: basic tags, creating links, tables, form tags
• Document Object Model (DOM): concept, dynamic HTML
• CSS: introduction, margins
• XML: features, structure, naming rules, element content models, occurrence indicators, DTD
• ASP: constants (string, numeric) and data types (Integer, Float, String, Date, Boolean, Currency, Variant, Object)

10. Data Handling using Pandas

• Python libraries: Pandas, Matplotlib
• Series: creation from array, dictionary, scalar; mathematical operations; head/tail; selection, indexing, slicing
• DataFrames: creation from a dictionary of series, a list of dictionaries, CSV/text files; iteration; add, selecting, delete, and rename rows/columns; Boolean indexing

11. Emerging Trends in Technology

• Artificial Intelligence, Machine Learning, Natural Language Processing
• Augmented Reality (AR), Virtual Reality (VR), Robotics
• Big Data and its characteristics, Internet of Things (IoT), Sensors, Smart cities

12. Society, Law, and Ethics

• Digital footprints, net etiquette, communication etiquette, social media etiquette
  Intellectual Property Rights (copyright, patent, trademark), IPR violations, open-source licensing (Creative Commons, GPL, Apache)
• Cybercrime: hacking, eavesdropping, phishing, ransomware, fraud emails, and prevention
• Cyber safety: safe browsing, identity protection, confidentiality, cyber trolls, cyberbullying
  Indian IT Act overview, e-waste hazards and management, health concerns related to technology

13. Teaching Methodology and Pedagogy

• Learning and Teaching
• Language across the curriculum
• Understanding discipline and subject
• Gender, school, and society
• Pedagogy of a school subject
• Knowledge and curriculum
• Assessment for learning
• Creating an inclusive school
• Childhood and growing up
• Drama and Art in Education

DSSSB TGT Computer Science Exam Pattern 2026

The DSSSB TGT Computer Science examination is conducted as a single-shift computer-based test (CBT), consisting of 200 objective-type questions worth 200 marks to be completed in 120 minutes.

Time Duration: 120 Minutes (Composite time; no separate sectional timing).
Marking Scheme: Each correct answer earns 1 mark, with a negative marking of 0.25 for every incorrect response.

• Correct answer: +1 mark
• Wrong answer: -0.25 mark (negative marking)
• Unanswered question: 0 (no penalty)
• No separate minimum cut-off for Section A

Minimum Qualifying Marks: Candidates must meet the category-specific threshold set by the DSSSB board to be considered for final selection.

DSSSB TGT Computer Science Syllabus Download Link

To ensure your preparation aligns with the latest requirements, download the official syllabus PDF. This document provides a detailed breakdown of all topics and any updates introduced for the 2026 recruitment cycle.

Download Official DSSSB TGT Computer Science Syllabus PDF