Design Release Engineer - Chassis Electro-mechanical

As a Design Release Engineer - Chassis Electro-mechanical at Goken America, you'll be responsible for overseeing the design and release of vehicle system components from concept to production. This includes coordinating engineering designs, establishing performance targets, quality assessments, and leading design reviews. Your role will also involve collaboration with suppliers to define specifications and requirements, ensuring that every aspect meets the high standards we uphold at Goken America.

To qualify for the Design Release Engineer position at Goken America, candidates should hold a Bachelor’s degree in Engineering and possess at least 4 years of experience specifically in Chassis Electromechanical Assemblies like Brakes and Suspension. Additionally, familiarity with CAD systems such as CATIA V5 and understanding of DFMEA and GD&T are essential. Leadership qualities and the ability to work independently within cross-functional teams are also highly valued.

Yes, Goken America does provide relocation assistance for the Design Release Engineer position for qualified candidates. We understand the importance of a smooth transition to join our team in Foster City, CA, and offer support along with other fringe benefits to ensure that your move is as stress-free as possible.

At Goken America, a Design Release Engineer will handle diverse projects related to vehicle chassis systems. This includes everything from the initial design concept to production release of components and subsystems. You’ll work on innovative solutions that enhance vehicle performance and safety, collaborating with multiple teams to implement cost-reduction methods and product improvements.

The work environment for a Design Release Engineer at Goken America is collaborative and innovative. You’ll be part of a supportive team that encourages creativity and the pursuit of excellence. We promote a culture of open communication, where every voice matters and contributions to new ideas are highly welcomed. The focus is on creating a positive impact for our clients and communities while delivering outstanding engineering solutions.

Certainly! When discussing your experience with CAD systems, particularly CATIA V5, it's important to highlight specific projects where you created or modified 3D models and technical drawings. Share examples of how your CAD designs have directly contributed to successful project outcomes.

To ensure quality, I would implement a thorough review process that includes DFMEA and GD&T standards application. I would collaborate closely with the manufacturing team to identify potential issues early and use data from past projects to inform decision-making, ensuring every component meets safety and performance benchmarks.

My approach to collaboration involves open communication and setting clear expectations. I believe in fostering strong relationships with colleagues from different departments and using collaborative tools to keep everyone aligned. Regular meetings and status updates help ensure we are all on the same path to project success.

In past projects, I have encountered challenges related to unforeseen technical issues during the design phase. To overcome these, I prioritized thorough root cause analysis and engaged in team brainstorming sessions to develop effective solutions, ultimately keeping the project timeline intact.

I recall mentoring a junior engineer who was struggling with the design process. I took the time to walk him through framework structures and provided guidance on best practices. Our sessions focused on hands-on exercises that gradually built his confidence, resulting in his successful completion of a complex project.

In the event of a disagreement, I would first listen to the other team member's perspective and try to understand their rationale. I believe in discussing the concerns openly and providing data-driven insights to back my stance. Finding common ground is crucial, and I aim to reach a consensus that aligns with project goals.

To stay ahead in the industry, I regularly attend workshops, webinars, and industry conferences. I also subscribe to relevant engineering journals and participate in professional networks that allow me to share knowledge and gain insights from my peers.

One successful project involved the redesign of a chassis component that improved overall vehicle performance. I led a multi-disciplinary team, leveraging our combined expertise, and utilized data analysis to forecast outcomes effectively. This ultimately streamlined our design to production timeline and resulted in reduced costs.

The most important aspect is ensuring clarity and precision in the specifications. I focus on aligning these with customer needs, regulatory requirements, and manufacturability. Collaborating with suppliers early in the process also helps refine specifications and minimizes modifications later.

In a fast-paced setting, I prioritize tasks by assessing urgency and impact on project timelines. I use project management tools to keep track of priorities and milestones while ensuring flexibility to adapt to any changes. This structured approach helps me meet deadlines effectively while maintaining quality.