Rajasthan Computer Teacher Syllabus: राजस्थान संगणक भर्ती के लिए सम्पूर्ण सिलेबस एवं एग्जाम पैटर्न यहां देखें

Computer Teacher Paper 1 Exam Pattern

Negative Marking of 1/3rd of the mark prescribed.

• 100

Total Marks

• 100

Duration of Exam

• 2 Hours

• Logical Reasoning & Analytical Ability
• Decision Making & Problem Solving
• General Mental Ability
• Basic Numeracy (Class X Level)
• Data Interpretation (Class X Level)

Computer Teacher Paper 2 Exam Pattern

Negative Marking of 1/3rd of the mark prescribed.

• 100

Total Marks

• 100

Duration of Exam

• 2 Hours

Common for Senior and Basic Computer Instructor ( New Expected Syllabus ) of Paper 1

• Indian art and culture
• Major facts about Indian states culture
• Early later Vedic period
• Art and culture of Rajasthan
• Geography and Culture of India

• Important wars battles in Indian history
• Mughal Empire
• Famous sites in India
• Folk dances of India

• Indian geography
• Types of soil in India
• Crops in India
• Motions of the Earth
• Interior structure of the Earth
• Earthquakes

• Soil Pollution
• Environment Protection Act
• Non-renewable energy
• Development and Environment
• Pollution and Its Types

• Constitution
• Sports
• General Science

• Current Affairs
• Computers
• General Knowledge
• Environment
• Government Schemes
• Disaster Management

• Logical Reasoning
• Analytical Ability
• Decision Making and Problem-Solving
• Data interpretation- Charts, Graphs, etc (Class X level)
• Numbers and their relations (Class X level)
• Problems with Data Sufficiency
• Orders of magnitude ( Class X level)

Senior Computer Instructor Paper 2 ( New Expected Syllabus )

• Data Interpretation
• Analytical Ability
• Logical Reasoning
• Data Sufficiency
• Major developments in Information Technology

• Number system
• Arithmetic operations
• Introduction to various categories of computer language
• Functional details of Input and Output devices

• C, C++,
• Java
• DotNet
• Artificial Intelligence (AI)
•  Machine learning
• Python and Block Chain programming
• Data types (Built-in and user-defined)
• Scope of variables
• Precedence of operators
• Control flow
• Functions
• Anays pointers
• Structures and unions,
• Enumerated data types and file handling
• Command line arguments.

• Objects and classes
•  Inheritance, polymorphism
• Event and exceptions handling
• Files and streams.

• Abstract data types
• Arrays as data structures
• Linked list v/s array for storage
• Stack and stack operations
• Queues
• Binary trees, binary search trees
• Graphs and their representations
• Sorting and searching, symbol table.

• Tree traversals,
• Branch and bound and greedy methods
• Complexity of algorithms.

• Boolean expressions
• K-maps
• TTL and CMOS logic families
• Combinational logic design using half/full adders, sub tractors, and multiplexer
• Synchronous sequential system design

• Von-Neumann architecture of computers
• Registers and micro-operations
• Control logic
• Processor addressing and bus organization
• Processor Input/output and DMA.
• Memory organization and cache coherence

• CPU scheduling
• Deadlocks
• Memory management
• File. systems
• Disk scheduling
• Concept of Client-server architecture in distributed environment añd RPC
• Process, threads, and their synchronization.
• Real-Time OS: clock synchronization and task scheduling.
• System initialization, .booting, and handling user accounts. Backup and restore, Bopme shell programming for Linux.

• E-R models
• Relational Algebra
• Calculus and databases
• Integrity constraints, triggers, normalization, and indexing
• Transaction processing, concurrency control
• Relational Database Management System (RDBMS).

• Phases of System Development Life Cycle.
• System modeling.
• SoAware requirement specifications and DFDs.
• Introduction to software testing, software project

• Evolution of Networking
• Data Communication terminologies
• Transmission media
• Network devices
• TCP/IP & OSI/ISO reference models
• Functions of different layers, characteristics of physical media, multiplexing in physical layer, medium access protocols
• Introduction to 802.3, 802.4, 802.5, 802.It
• LAN technologies
• IP protocol including routing and congestion control, TCP and UDP, DNS.

• Groups, rings and fields in finite space,
• Euler and Ferznat’s theorem
• Primality testing
• Security services and mechanisms
• Symmetric and asymmetric encryption including DES, AES, IDEA, RSA algorithms
• Key management in symmetric and asymmetric encryption, message authentication and hashing, email security
• Viruses, and trusted systems
• Networking (LAN, WAN)
• Ethical Hacking

• Channel capacity, attenuation, communication impairments
• Propagation of RM waves through free space (excluding free space models)
• PCM and delta modulation
•  WDM
• Brief introduction to GSM and CDMA based communication systems

• HTML/DHTML
• Web Page Authoring Using HTML
• Document Object Model Concept and Importance of Document Object Model
• Dynamic HTML document and Document Object Model
• Introduction to Cascading Style Sheet (CSS)
• Extensible Markup Language (XML)
• Basic of PHP and Java Script.

Basic Computer Instructor Paper 2 ( New Expected Syllabus )

• Data Interpretation
• Analytical Ability
• Logical Reasoning
• Data Sufficiency
• Major developments in Information Technology
• Decision Making and Problem solving

• Overview of Input and Output devices, pointing devices and scanner
• Representation of data (Digital versus Analog, Number system, Decimal, Binary and Hexadecimal)
• Introduction to Data processing
• Concept of files and its types

• C, C++,
• Java
• DotNet
• Artificial Intelligence (AI)
•  Machine learning
• Python and BlockChain programming
• Principles and programming techniques
• Introduction to object-oriented programming (OOPs)
• Introduction to Integrated Development Environment and its advantages.

• Word Processing (MS Word)
• Spread Sheet Software (MS Excel)
• Presentation Software (MS Power point)
• DBMS Software (MS Access)

• Algorithms for problem-solving
• Abstract data types
• Arrays as data structures
• Linked list v/s array for storage
• Stack and stack operations
• Queues
• Binary trees, binary search trees
• Graphs and their representations
• Sorting and searching, symbol table.
• Data structure using C and C++

• Introduction to computer networks
• Introduction: Network layers/Models
• Networking Devices
• Fundamentals of Mobile Communication

• Protecting the computer from virus and malicious attacks
• Introduction to firewalls and its utility
• Backup and restoring data
• Networking (LAN and WAN)
• Security
• Ethical Hacking

• Basic Structure of Computers
• Computer Arithmetic Operations
• Central Processing Unit and Instructions
• Memory Organization
• I/O Organization
• Operating Systems Overview
• Finding and Processing Files
• Process Management

• An overview of Database Management
• Architecture of Database Management
• Relational Database Management
• Database Design
• Manipulating data
• No SQL Database technologies
• Selecting Right Database

• Introduction
• Requirement Gathering and Feasibility Analysis
• Structured Analysis
• Structured Design
• Object-Oriented Modelling using UML
• Testing
• System Implementation and Maintenance
• Other Software development approaches

• Introduction of Internet Technology and Protocol
• LAN
• WAN
• MAN
• Search services/engine
• Introduction to online/offline messaging
• World wide web browsers
• Web publishing
• Basic Knowledge HTML.XML.Script
• Creation of Maintenance and websites
• HTML Interactivity tool
• Multimedia and Graphics
• Voice mail and video conferencing
• Introduction to e-commerce