Rajasthan Computer Teacher Vacancy | RSMSSB latest news | Qualification | Eligibility | Age

Rajasthan Computer Teacher Vacancy | RSMSSB latest news | Qualification | Eligibility | Age
Name of the Authority- RSMSSB
Posts Name Computer Instructor - 2021 (Teacher)
Total Post -10157
Basic Computer Teacher (3rd Garde Teacher) Educational Qualification:-
•B.Tech in Computer Science/ Electronics& Communication IT.
•Polytechnic Diploma in Computer Engineering.
•Graduation with “O” Level or higher Level certificate Course
conducted by the National Institute of Electronics and Information
Technology/ DOEACC.
•Graduate with Computer Operator or Programming Assistant COPA/
Data Programming and Computer Software DPCS.
•Bsc or Msc In IT.
Rajasthan Computer Teacher Salary:-
Basics Computer Teacher (3rd Garde Teacher):- Rs 18500/-
Senior Computer Teacher (2nd Garde Teacher):- Rs 23700/-
Rajasthan Computer Teacher Bharti 2021 Age Limit:-
Syllabus of competitive examination for the posts of Computer
Instructor:
1. The examination shall carry 100 marks.
2. There will be two papers.
3. Paper-I shall be of 100 marks and
3. paper-II shall be of 100 marks.
Paper -I Duration= 2.00 hours.
1. The question paper will carry 100 questions & maximum 100 marks.
(i) Art & Culture, History, Geography, General Science and Current Affairs of
Rajasthan.
(ii) General Ability in include following point :
A. Logical Reasoning and Analytical Ability. B. Decision Making and Problem
Solving. C. General Mental Ability.
D. Basic Numeracy - (ClassX level)
E. Data Interpretation - Charts, Graphs, Tables, Data Sufficiency, etc. (Class X
level)
5. Negative marking shall be applicable in the evaluation of answers. For every
wrong answer 0.5 of the marks prescribed for that particular question shall be
deducted.
Fundamentals of Computer: Number system, arithmetic operations,
introduction to various categories of computer language. functional details of
Input and Output devices.
Programming Fundamentals : C, C++, Java, DotNet, Artificial Intelligence
(AI), Machine learning, Python, and BlockChain. programming. data types (Built
in and user-defined). Scope of variables, precedence of operators, control flow.
functions, arrays pointers, structures, and unions, enumerated data-types and file
handling, command-line arguments.
Object-Oriented Programming using C++ and JAVA: Objects and
classes. Inheritance, polymorphism, event, and exceptions handling, files, and
streams
Data structures and Algorithms: 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.
Algorithms: Tree traversals, Branch and bound and greedy methods,
complexity of algorithms
Digital Logic Systems: Boolean expressions, K-maps. TTL and
CMOS logic families, combinational logic design using half full adders,
Sub tractors, and multiplexer, synchronous sequential system design
Computer Organization and Architecture: 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.
Operating Systems: CPU scheduling. Deadlocks, Memory management
file systems, disk scheduling. Concept of Client-server
architecture in distributed environment and RPC. Process, threads and
their synchronization. Real-Time OS: clock synchronization and task
scheduling. System initialization, booting, and handling user accounts.
Backup and restore, Bourne shell programming for Linux.
Database Management System: E-R models, Relational algebra, calculus
and databases, Integrity constraints. triggers. normalization, and indexing.
Transaction processing, concurrency control, and Relational Database Management System (RDBMS).
Software Engineering: Phases of System Development Life Cycle.
System modeling. Software requirement specifications and DFDs.
Introduction to software testing, software project management.
Data and computer networks: 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 the physical layer, medium access protocols, introduction to 802.3,
802.4, 802.5, 802.11 LAN technologies, IP protocol including routing and
congestion control. TCP and UDP, DNS, Network Security: Groups, rings and fields
infinite space, Euler and Fermat'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
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