Pediatric Primary Care NP (CPNP-PC)
The System Analysis and Design (SAD) exam assesses students' understanding of the processes, methodologies, and tools used to design and analyze systems within organizations. This includes their ability to evaluate system requirements, propose solutions, and utilize appropriate design methodologies.
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Course description
Exam Description: System Analysis and Design
Course Title: System Analysis and Design
Exam Type: Written and Practical (depending on the institution's requirements)
Duration: 2–3 hours
Total Marks: 100
Exam Overview
The System Analysis and Design (SAD) exam assesses students' understanding of the processes, methodologies, and tools used to design and analyze systems within organizations. This includes their ability to evaluate system requirements, propose solutions, and utilize appropriate design methodologies.
Exam Objectives
- Assess knowledge of system development life cycle (SDLC) and its phases.
- Test the ability to gather and document user requirements.
- Evaluate skills in modeling techniques such as DFDs, ERDs, and UML diagrams.
- Analyze the capability to propose system design solutions addressing specific business challenges.
- Validate understanding of system implementation, testing, and maintenance strategies.
Exam Sections
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Theoretical Questions (50 marks):
- Concepts and definitions (e.g., SDLC, feasibility analysis, requirements gathering).
- Short answer questions on modeling techniques, prototyping, and agile methodologies.
- Case study-based questions requiring identification of system problems and proposing high-level solutions.
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Practical/Application-based Questions (50 marks):
- Design and interpretation of DFDs, ERDs, and UML diagrams.
- Real-world scenarios where students identify and describe the best system design approach.
- Creation of a system proposal document outline.
Skills Tested
- Analytical thinking and problem-solving in system analysis.
- Proficiency in using system modeling tools and techniques.
- Effective communication and documentation of technical solutions.
- Understanding of team collaboration in system design projects.
Preparation Tips
- Review all phases of the SDLC in depth.
- Practice designing models such as DFDs, ERDs, and UML diagrams.
- Familiarize yourself with agile and waterfall methodologies.
- Work on case studies and examples from textbooks or industry scenarios.
- Prepare to demonstrate practical knowledge of system analysis tools (if applicable).
This exam will measure the readiness of students to take on real-world system analysis and design projects in professional environments.