Which step in the SDLC follows system design?

Which step in the SDLC follows system design?

• A. System testing
• B. Installation
• C. Feasibility analysis
• D. Requirements definition

Answer: (A)

In the Software Development Life Cycle (SDLC), the step that follows system design is system testing. This phase is crucial as it involves checking the developed system against the requirements outlined in the previous phases to ensure that it meets the specified needs and works as intended. During system testing, various types of tests are conducted, including integration testing, system testing, and user acceptance testing, to identify any defects or issues before the system is deployed. System design focuses on defining how the system will operate, including architecture, interfaces, data structures, and components needed. After this design phase is completed, the next logical step is to rigorously test the implemented system against the design specifications to ensure all features are functioning correctly and the system aligns with user requirements. Hence, following system design, system testing is critical to deliver a reliable, effective, and quality software product.

In the Software Development Life Cycle (SDLC), the step that follows system design is system testing. This phase is crucial as it involves checking the developed system against the requirements outlined in the previous phases to ensure that it meets the specified needs and works as intended. During system testing, various types of tests are conducted, including integration testing, system testing, and user acceptance testing, to identify any defects or issues before the system is deployed.

System design focuses on defining how the system will operate, including architecture, interfaces, data structures, and components needed. After this design phase is completed, the next logical step is to rigorously test the implemented system against the design specifications to ensure all features are functioning correctly and the system aligns with user requirements. Hence, following system design, system testing is critical to deliver a reliable, effective, and quality software product.