Exam Scheme

Note :-

1. Examination Duration: 2.00 Hours for each paper.
2. Multiple Choice Type questions.
3. Negative marking shall be applicable in the evaluation of answers. For every wrong answer one-third part of the marks prescribed for that particular question shall be deducted. Wrong answer means an incorrect answer or multiple answers.
4. Each question has five options marked as 1, 2, 3, 4, 5. Candidate has to darken only one circle (bubble) indicating the correct answer on the Answer Sheet using BLUE BALL POINT PEN.
5. It is mandatory to fill one option for each question.
6. If a question is not attempted, darken circle '5'. If none of the five circles is darkened, one-third (1/3) part of the marks of the question shall be deducted.
7. After solving the question paper, the candidate must ascertain that they have darkened one of the circles (bubbles) for each of the questions. Extra time of 10 minutes beyond the scheduled time is provided for this.
8. A candidate who has not darkened any of the five circles in more than 10% of the questions shall be disqualified.

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Syllabus :- Analyst Cum Programmer

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1. System Analysis and Design

1. System concept:
   1. Definition and characteristics
   2. Elements and boundaries
   3. Types of system development lifecycle
   4. Recognition of needs
   5. Feasibility study
   6. Prototyping
   7. Role of system analyst
2. System planning and tools:
   1. DFD
   2. Data dictionary
   3. Decision trees
   4. Structured analysis and decision tables
3. IPO charts
4. Structured walkthrough
5. Input output form design
6. Requirement and classification of forms
7. Layout considerations form control
8. Object oriented design concepts and methods
9. Software life cycle, software engineering paradigms
10. System analysis:
    1. Feasibility study
    2. Requirement analysis
    3. Cost benefit analysis
    4. Planning systems
    5. Analysis tools and techniques
11. System Design:
    1. Design fundamentals
    2. Modular design
    3. Data and procedural design
    4. Object-oriented design
12. System Development:
    1. Code documentation
    2. Program design paradigms
    3. Efficiency consideration
13. Verification, validation and testing:
    1. Testing methods
    2. Formal program verification
    3. Testing strategies
14. Software Maintenance:
    1. Maintenance characteristics
    2. Maintainability
    3. Maintenance tasks and side effects

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2. Software Project Management

1. Software Project Management Concept:
   1. The management spectrum
   2. People, product, process and project
2. Software Process & Project Matrix:
   1. Software measurement size-oriented matrices
   2. Function oriented matrices
3. Software Project Planning:
   1. Objectives
   2. Decomposition techniques
   3. Empirical estimation model
4. Risk analysis and management:
   1. Risk identification
   2. Projection
   3. Risk refinement
   4. Risk monitoring and management
5. Project scheduling and tracking
6. Software quality assurance
7. Software configuration management