As a technical project manager, you have decided to propose implementing a prototyping methodology for a small web-based design project. What is the order of steps you will follow in this project?

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BlackTom AI · Accepted Answer

In approaching a prototyping methodology for a small web-based design project, we should step through plausible sequences and evaluate them against typical prototyping workflows.
Option A: 'Define the requirements, develop the prototype, revise and enhance the prototype.' This starts with defining requirements, which is sensible, but it omits an explicit step that emphasizes the initial discovery or identification of basic requirements before prototyping begins. It also compresses revision into a single pass, which may understate iterative refinement.
Option B: 'Define the requirements, develop solutions, select the best prototype, and implement the prototype.' Here, after defining requirements, it suggests developing solutions rather than directly building a prototype, which shifts focus away from a tangible prototype first. Selecting the best prototype before actual use or refinement can be premature in a prototyping cycle that should emphasize iteration and feedback.
Option C: 'Develop the prototype; use the prototype; revise and enhance the prototype.' This sequence centers on building and then using the prototype before any explicit requirement capture or refinement, which clashes with the idea of identifying and clarifying requirements upfront. It also treats development, usage, and revision as a linear loop without an explicit initial requirements step.
Option D: 'Select the best prototype, define the requirements, and implement the prototype.' This option begins with selecting a prototype before its existence or evaluation, which is illogical in a prototyping workflow. It also places implementation after selecting without the necessary iterative cycles to test and refine the concept.
Option E: 'Identify basic requirements, develop the prototype, use the prototype, revise and enhance the prototype.' This option aligns with a classic iterative prototyping approach: first uncover essential needs, then build a prototype, deploy or test it to gather feedback, and finally revise and improve based on insights gained. The sequence supports learning, stakeholder feedback, and progressive refinement, which are core to prototyping methodologies in small projects.
Overall, the options vary in where requirements, development, usage, and refinement occur, and only the last sequence mirrors the intended iterative cycle: discover, build, test/use, and refine. The other choices either skip critical upfront discovery or place premature decisions (like selecting or implementing) before adequate testing and iteration.

MIDS 301 For Apr 15th Class

As a technical project manager, you have decided to propose implementing a prototyping methodology for a small web-based design project. What is the order of steps you will follow in this project?

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