Electrical design is not a one-way process. You need to collaborate with the manufacturing team to ensure that your design is feasible, cost-effective, and meets the quality standards. In this article, you will learn how to modify your electrical design based on feedback from the manufacturing team.
The first step is to understand the feedback from the manufacturing team. They may have suggestions, concerns, or issues related to your electrical design. For example, they may point out that some components are hard to source, that some connections are prone to errors, or that some features are unnecessary. You should listen to their feedback carefully and ask questions to clarify their points. You should also respect their expertise and experience in the manufacturing process.
The correct way of working, to avoid such problems, is to involve all stakeholders (sourcing, production, ....) already in early design stage. Not later
I agree with this point. Manufacturing of PCB must not only achieve electrical conductivity by 100%.But also must work when the all components are installed after assembly and released into market.
Product designs or even designs of machines to assemble these products will take place first with KPIV and KPOV (key process input/output variables). This is where designs impregnated with concepts coming from stakeholders' ideas. From these collected information, a (DFM) Design For Manufacturability will be furnished by the designers, both Mechanical and Electrical to come up with design solutions catering the stakeholders' specifications and requirements. Once these DFAs were approved, product/machine design proper will start.
The next step is to evaluate the impact of the feedback on your electrical design. You need to consider how the feedback affects the functionality, performance, and aesthetics of your design. You also need to weigh the benefits and costs of making the changes. For example, you may have to compromise on some aspects of your design to reduce the manufacturing time, cost, or risk. You may also have to revise your specifications, calculations, or simulations to reflect the changes.
Engineering design is always trading off the following: performance, cost, reliability, manufacturing variations, and yield. A seasoned engineer will have to consider all these factors in the early design stages, and some of all these factors will be coming from the manufacturer or the supplier’s components.
The third step is to communicate the changes you made to your electrical design based on the feedback. You need to explain the rationale behind your decisions and how they address the feedback. You also need to show the updated electrical design to the manufacturing team and get their confirmation. You should use clear and consistent documentation, such as schematics, diagrams, or code blocks, to illustrate your changes. You should also use appropriate tools, such as CAD software, to facilitate the communication.
The fourth step is to test your electrical design after making the changes. You need to verify that your design works as intended and meets the requirements. You also need to check that your design is compatible with the manufacturing process and does not cause any problems. You should use various testing methods, such as prototyping, debugging, or quality control, to evaluate your design. You should also involve the manufacturing team in the testing process and get their feedback.
The fifth step is to review the results of your testing and see if your electrical design needs further modification. You need to analyze the data, feedback, or observations from your testing and identify any issues or errors. You also need to compare your results with your original goals and expectations and see if you achieved them. You should use objective and reliable criteria, such as performance indicators, standards, or metrics, to measure your results.
The final step is to implement your electrical design and hand it over to the manufacturing team. You need to ensure that your design is ready for production and meets the quality standards. You also need to provide the necessary documentation, support, or training to the manufacturing team to help them use your design. You should follow up with the manufacturing team and monitor the production process and the final product. You should also be open to feedback and improvement suggestions from the manufacturing team.
We need synchronization between product from manufacturing, Code and standard where allow to implement event some of product equipment between some of brand need different Specification or product range they production as per effective, performance and how much that product selling, we should be still following to the standard/code during design event we should be modified to design drawing and should be make sure that not many effect to increase cost of Constructions because Will be harm to the Owner Project