Imagine that you are an engineer who designeda prototype for a client. After testing the prototype, you discover it does not address the client's needs. What might be the best possible next step in the process? ### Engineering Design Process - Next Steps**Scenario:**Imagine that you are an engineer who designed a prototype for a client. After testing the prototype, you discover it does not address the client's needs. What might be the best possible next step in the process?**Options:**a. Evaluate the prototype against the criteria and constraintsb. Define and delimit the problemc. Build a new prototyped. Refine the solution**Explanation:**When a prototype does not meet the client's needs, it is crucial to assess the situation and take appropriate steps to refine the design. Here's a breakdown of the potential steps:- **Option a: Evaluate the prototype against the criteria and constraints** - This step involves carefully examining the prototype to understand why it failed to meet the client's needs. By analyzing the criteria and constraints, you can identify the areas where the prototype fell short and gather valuable insights for improvement.- **Option b: Define and delimit the problem** - If the initial problem was not clearly defined, it might be necessary to go back and re-examine the problem statement. Ensuring that the problem is well-defined and its boundaries are clear can provide a better foundation for developing a successful prototype.- **Option c: Build a new prototype** - Sometimes, the best course of action is to start afresh. Using the lessons learned from the first prototype, you can design a new version that better addresses the client's needs. Building a new prototype may involve applying new ideas and approaches to solve the problem more effectively.- **Option d: Refine the solution** - Rather than starting over, it may be possible to make incremental improvements to the existing prototype. Refining the solution involves making adjustments based on feedback and testing, leading to a more suitable design without completely discarding the initial effort.**Choosing the Best Next Step:**While all these steps are important in the engineering design process, the best next step often depends on the specific situation. Evaluating the prototype against the criteria and constraints (Option a) is typically a logical first step as it provides a clear understanding of where improvements are needed. This foundational analysis can inform whether defining the problem, building a new prototype, or refining the solution is the most appropriate subsequent action.

The prototype is nothing but a sample of a product that is made for processing any task. It is just…

Imagine that you are an engineer who designed a prototype for a client. After testing the prototype, you discover it does not address the client's needs. What might be the best possible next step in the process?

Imagine that you are an engineer who designed a prototype for a client. After testing the prototype, you discover it does not address the client's needs. What might be the best possible next step in the process?

Understanding Business

12th Edition

ISBN:9781259929434

Author:William Nickels

Publisher:William Nickels

Chapter1: Taking Risks And Making Profits Within The Dynamic Business Environment

Section: Chapter Questions

Problem 1CE

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