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Last updated on 2024年10月11日

You're juggling speed and accuracy in mechanical design. How do you satisfy all stakeholders?

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In mechanical design, balancing the need for speed with the demand for accuracy is akin to walking a tightrope. You must satisfy various stakeholders, from project managers to end-users, who all have different priorities. Your challenge is to deliver precise, high-quality designs in a timely manner. This juggling act can seem daunting, but with the right approach, you can navigate these competing demands and keep everyone happy.

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Seyed Sobhan Kashfi

Mechanical Design Engineering | Ex-Tesla | Power Electronics
Krishna Pandey

Retired Professor at National Institute of Technology, Silchar, Assam, India

1 个答复
Daniel Netto

Operador de Produ??o Offshore | Técnico em Mecanica | Técnico em Eletr?nica | Trainee

1 Prioritize Needs

When you're faced with the challenge of satisfying stakeholders in mechanical design, it's crucial to prioritize their needs effectively. Begin by identifying the non-negotiables; these are the aspects of your design that must be accurate to ensure functionality and safety. Once these are secured, you can focus on speeding up the design process for elements that are less critical. This prioritization allows you to allocate your time and resources wisely, ensuring that you deliver accurate results where they matter most while still keeping the project on track.

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Krishna Pandey

Retired Professor at National Institute of Technology, Silchar, Assam, India
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Satisfying stake holders is not so important. Designing with accuracy is more important. Like suppose you are designing a lift. You must take proper safety factor ' Let the cost increase. Let stake holders be unhappy. You imagine what will happen if the lift falls. Be blunt for getting proper financing. Very recently a river bridge collapsed due to medium wind speeds. The material does not have emotions. Design principles must be followed. If some politician is asking bribe from the bridge funds, you resign from job and take coaching classes. YOU can be director of a good coaching institute. You must maintain the accuracy of the design and be true to the design. Use the CAE and other design soft wares and must not forget the safety factor.

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Daniel Netto

Operador de Produ??o Offshore | Técnico em Mecanica | Técnico em Eletr?nica | Trainee
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Foco primeiro nas partes essenciais que garantem seguran?a e funcionalidade. Dou aten??o extra a esses pontos, e depois acelero as áreas menos críticas. Assim, consigo manter a precis?o onde é mais importante, sem comprometer o prazo e a funcionalidade do equipamento.

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Mohammad Bideh

Mechanical Engineer
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I believe that as a mechanical engineer if we stick to standards, codes and design rules and contractual items, consequently the stakeholders satisfaction will be created.

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Dharamjyot Sohal

Design Engineer
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NPD CFT actively seeks feedback/inclusion from manufacturing & assy early. Long leads identified explore substitutions. Things gone right and wrong+ PFMEA. Clear communication plan(scope creep!) .Early Interference analysis & stack ups. Preferred use of mature parts, part families and COTS. Adjustable mounting features. Continuity/specialization of employees on product lines. Quality prints and instructions. CAD to ERP often a nightmare at revision levels-consistent rev policy, ERP interfaces frustratingly primitive for most CAD users.

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Hussien Bishara

Sr. Mechanical & Mechatronics Engineer
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If it is the development of a new product and you don't have similar parts in your libraries, then in the first step you need to design the part that will fulfill all the requirements that the customer requires to capture the grip point he needs The next step will be to be interested in the accuracy in the phase of preparing drawings for production, which is called PDR--CDR

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2 Streamline Processes

Streamlining your design processes is key to achieving both speed and accuracy in mechanical design. Implementing efficient methodologies, such as Computer-Aided Design (CAD) software, can significantly reduce the time spent on drafting while enhancing precision. By automating repetitive tasks and using digital simulations to test designs, you can quickly iterate without compromising on quality. This approach not only accelerates the design phase but also minimizes errors, leading to a more reliable final product.

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Daniel Netto

Operador de Produ??o Offshore | Técnico em Mecanica | Técnico em Eletr?nica | Trainee
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Usando ferramentas como o software CAD, é possível automatizar tarefas repetitivas e testar simula??es, o que acelera o desenvolvimento sem perder a qualidade. Isso permite ajustar rapidamente o design e evitar erros, resultando em um produto final mais confiável e eficiente.

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3 Foster Communication

Effective communication is the cornerstone of meeting stakeholder expectations in mechanical design. Establishing clear channels of communication ensures that everyone is on the same page regarding project timelines, design requirements, and potential challenges. Regular updates and collaborative discussions can help preemptively address concerns and make adjustments as needed. This proactive communication strategy helps mitigate misunderstandings and keeps the project moving forward smoothly.

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4 Embrace Feedback

Incorporating feedback is essential for balancing speed and accuracy in mechanical design. By actively seeking input from stakeholders at various stages of the design process, you can identify potential issues early on and make necessary corrections without significant delays. Constructive criticism not only improves the design but also demonstrates your commitment to stakeholder satisfaction. This collaborative approach fosters a sense of ownership among all parties involved, leading to a more refined and well-received end product.

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Seyed Sobhan Kashfi

Mechanical Design Engineering | Ex-Tesla | Power Electronics
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Seek feedback early and often in a product design program. It’s crucial to incorporate feedback into your design process, whether during design reviews or phase-gate processes. Ensure feedback is documented, outlining potential solutions, and tracked to closure or thoroughly vetted. More importantly, you have unique insight into the design, so be confident in recognizing what won’t work and communicate that to all stakeholders when necessary, to avoid time-consuming design cycles for elements you are certain will fail.

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5 Optimize Resources

Optimizing your resources is a practical step towards satisfying all stakeholders in mechanical design. By carefully managing your team's workload, utilizing the right tools, and sourcing quality materials, you can enhance both the efficiency and accuracy of your designs. Effective resource management ensures that each aspect of the project receives the attention it requires, without overextending your capabilities or compromising on standards.

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6 Continuous Learning

Adopting a mindset of continuous learning is vital for juggling speed and accuracy in mechanical design. Staying abreast of the latest industry trends, technologies, and best practices enables you to refine your design process constantly. This commitment to improvement not only helps you work more efficiently but also ensures that your designs meet the highest standards of precision. By embracing lifelong learning, you can better satisfy stakeholders today and adapt to their evolving needs in the future.

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You're juggling speed and accuracy in mechanical design. How do you satisfy all stakeholders?

1

2

3

4

5

6

1 Prioritize Needs

2 Streamline Processes

3 Foster Communication

4 Embrace Feedback

5 Optimize Resources

6 Continuous Learning

Mechanics

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You're juggling speed and accuracy in mechanical design. How do you satisfy all stakeholders?

1

2

3

4

5

6

1 Prioritize Needs

2 Streamline Processes

3 Foster Communication

4 Embrace Feedback

5 Optimize Resources

6 Continuous Learning

Mechanics

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