Mechanical Designer

As a Mechanical Designer at Revolution Power Solutions, you will be responsible for 3D parametric modeling, creating 2D drawings, and collaborating with engineering and manufacturing teams to improve product designs. You'll participate in technical meetings, provide design feasibility insights, and support fabrication and assembly departments, ensuring all designs are optimized for manufacturing and performance.

Candidates are expected to have an associate's degree in Mechanical Engineering or a related field along with 5+ years of experience as a Mechanical Designer using SolidWorks. Experience in designing oilfield or power generation equipment is preferred, as well as knowledge of design practices such as DFA, DFM, and GD&T.

The Mechanical Designer role at Revolution Power Solutions primarily uses SolidWorks for 3D parametric modeling and 2D drawing creation. Familiarity with Oracle ERP for BOM management is also essential, along with proficiency in Microsoft Office applications like Excel and PowerPoint.

Collaboration is key for a Mechanical Designer at Revolution Power Solutions. You'll work closely with engineering and manufacturing teams to clarify design questions, address feedback, and ensure that product designs align well with fabrication and testing processes, ultimately driving product success in the field.

The work environment for a Mechanical Designer at Revolution Power Solutions includes an office-based role with time spent in manufacturing areas, labs, and fabrication shops. While the office is climate-controlled, occasional exposure to shop floor conditions, including noise or industrial equipment, can be expected during the design process.

In my previous role as a Mechanical Designer, I utilized SolidWorks to create detailed 3D parametric models tailored to specific project requirements. I focused on ensuring accuracy and manufacturability while incorporating design changes based on feedback from engineering and manufacturing teams.

I view feedback as an essential part of the design process. When I receive suggestions or critiques, I analyze them carefully and incorporate practical changes into my designs. This collaborative approach helps create products that meet both performance standards and production capabilities.

To ensure documentation accuracy, I implement a systematic process that includes reviewing all engineering drawings and models thoroughly. I use version control techniques and regularly update documents in our PDM system to maintain clear and precise engineering records throughout the design lifecycle.

One challenging project involved designing an oilfield equipment component that went through several revisions based on manufacturing constraints. I collaborated extensively with the manufacturing team to understand limitations and iterated on my designs, ultimately resulting in a product that could be manufactured efficiently while meeting client requirements.

I prioritize tasks based on project deadlines and scope. I break down larger projects into smaller, manageable tasks, allowing me to set realistic timelines and provide regular updates to stakeholders. This method not only keeps me organized but also ensures the timely delivery of completed designs.

To stay updated with the latest trends, I engage in professional development opportunities like webinars, forums, and industry conferences. I also follow relevant publications and online communities, which helps me learn from peers and incorporate new techniques into my work.

In my previous roles, I used Oracle ERP for managing BOMs and keeping track of inventory related to design projects. I found that effectively utilizing ERP systems streamlines the design and manufacturing process by ensuring that team members have access to the latest information.

DFA (Design for Assembly) and DFM (Design for Manufacturing) are crucial principles in mechanical design. DFA emphasizes simplicity in component assembly to reduce labor costs and minimize errors, while DFM focuses on designing parts that are easy to manufacture and have reduced production costs without compromising quality.

I prioritize tasks by assessing urgency and importance, using project management tools to create timelines and checklists. This ensures that I stay on track and enables me to address any potential bottlenecks early in the process to keep all projects moving forward seamlessly.

Collaborating with manufacturing teams has taught me the value of practical insights in design. Their feedback helps me create designs that not only look good on paper but also translate effectively into finished products, leading to smoother production processes.