The Rajasthan Public Service Commission has the RPSC Programmer Syllabus for the upcoming written exam. Applicants can now Rajasthan Programmer Exam Structure on this page. It is important that candidates have a thorough knowledge of this syllabus to prepare effectively for their upcoming exams. The syllabus provided covers various topics from different subjects that are likely to appear in the exam questions. Moreover, the exam pattern provided by the RPSC provides insight into the marking system, type of questions, distribution of marks across different sections and more. Below is a comprehensive breakdown of the exam format and syllabus content.
According to the disclosed RPSC Programmer Exam PatternCandidates are assessed on two papers, each worth 100 points. The time to complete each paper is 2 hours. In addition, there is a penalty for unanswered questions, with ⅓ points deducted for each incorrectly answered question. This system underlines the importance of carefully selecting and answering questions during the exam.
Overview of Programmer Exam Program in Rajasthan
| Recruitment | Rajasthan Public Service Commission |
| Exam name | programmer |
| Total questions | Paper-1: 100 Paper-2: 100 |
| Total score | Paper-1: 100 Paper-2: 100 |
| Negative marking | 0.33 points |
| Official website | rpsc.rajasthan.gov.in |
RPSC Programmer Paper 1 Exam Syllabus
Argumentation, general knowledge base and numerical analysis
The curriculum covers a wide range of topics and begins with a combination of reasoning, numerical analysis and general knowledge, with emphasis on problem-solving skills in data interpretation, sufficiency and logical and analytical thinking. It also includes an in-depth study of general knowledge and current affairs related to India and Rajasthan.
Database management systems
This includes understanding ER diagrams and exploring relational and object-oriented databases. Students will study database design, covering the basics of conceptual design and normalization, understanding different data types and the nuances of physical and logical databases. The importance of data abstraction, independence, aggregation and the fundamentals of relational algebra are also highlighted.
Application development with SQL
The Application Development module focuses on using SQL and covers aspects such as interfacing with host languages, embedding SQL in programming, and creating and managing stored procedures, triggers, and views. It emphasizes the importance of constraints and assertions in maintaining data integrity.
Internals of RDBMS
The course focuses on the internal workings of RDBMS and describes in detail the organization of physical data in various file systems and the use of structures such as B-trees and B+ trees. It examines query optimization, join algorithms, and the fundamentals of transaction processing, including concurrency control, recovery management, and adhering to transaction model properties to ensure database reliability and consistency.
Data communications and computer networks
This section introduces students to the architecture of computer networks, comparing circuit, packet, and message switching techniques. Basic concepts about network layers, including the physical and data link layers, and framing and retransmission strategies, are covered. The curriculum provides insight into multiple access protocols, high-speed LAN topologies, and the intricacies of network routing. It also examines the Internet infrastructure, including key components such as the TCP/IP stack, DNS, firewalls, and methods for detecting and preventing attacks, with a focus on network management and interoperability.
Rajasthan Programmer Syllabus Paper 2
System analysis and design
This section covers the principles and methods of structuring and building systems. It includes delving into the nature and characteristics of systems, understanding their components and limitations, and exploring various life cycles of system development. It highlights the importance of needs assessment, conducting feasibility analysis, and leveraging prototyping. The role of the systems analyst is crucial in this phase. He employs various planning and analysis tools such as data flow diagrams (DFD), data dictionaries, and decision tables to optimize the process. In addition, software life cycle models and engineering frameworks are covered to ensure a structured approach to software development. The analysis phase focuses on feasibility studies, requirements analysis, and cost-benefit analysis, while the design phase elaborates modular and object-oriented design principles.
Programming concepts
In system development, emphasis is placed on code documentation, program design models, and optimizing efficiency. The verification, validation, and testing phases are central, using various testing methods and strategies to ensure software reliability. Maintenance is another important aspect, highlighting the features, manageability, and challenges related to software maintenance. Moving on to programming concepts, the Internet and Java are introduced as key tools for web applications, and the benefits of bytecode and the fundamentals of object-oriented programming are discussed. Java programming is explained in detail from basics to advanced concepts, including variables, data types, control flow, and use of arrays and strings. It concludes with an overview of Java Server Pages (JSP), Remote Method Invocation (RMI), applets, servlets, and an introduction to the DotNet framework and visual programming interfaces.
RPSC Programmer Exam Pattern 2024
Candidates preparing for the RPSC Programmer exam should familiarize themselves with the structure of the exam which describes the marking system, question types, distribution of marks across sections and other relevant details. There will be two papers. The duration of each paper is two hours. A unique aspect of this test is the penalty for unanswered questions. If a question is not answered, one-third of the marks awarded for that question will be deducted. The exam will be conducted in a traditional paper-and-pencil format using OMR sheets for the answers. Details of the configurations for Paper I and Paper II will be carefully laid out to facilitate the preparation of the candidates.
| Paper | Theme | Questions | Markings |
|---|---|---|---|
| 1. | Argumentation, Numerical Analysis, GK & Data Management | 100 | 100 |
| 2. | System analysis, programming, Internet and Java | 100 | 100 |
Direct links
