Senior Mechanical Engineer- Temp

As a Senior Mechanical Engineer at 10x Genomics, you'll be responsible for overseeing the transition of complex plastic consumables to our volume manufacturing processes. This includes acting as a technical lead, collecting requirements from various stakeholders, performing design analyses, and managing supplier relationships. Your role is crucial in ensuring that our products not only meet high manufacturing standards but also support our mission of advancing biological research.

To qualify for the Senior Mechanical Engineer role at 10x Genomics, you need a Bachelor's degree in Mechanical, Plastics, or Manufacturing Engineering and at least 5 years of post-graduate industrial experience. A solid understanding of 3D mechanical design using CAD software, especially SolidWorks, coupled with experience in injection molding and thermoforming processes, is essential. Strong communication and collaboration skills are also vital for this position.

Collaboration is a key element in the role of a Senior Mechanical Engineer at 10x Genomics. You'll work closely with teams such as Operations, New Product Development, and Customer Support to ensure the successful implementation of manufacturing processes and enhancements. Maintaining open lines of communication with microfluidics and process development teams is also important to solve complex issues and improve overall product quality.

In the Senior Mechanical Engineer position at 10x Genomics, you will manage projects that aim to improve product costs and yield. This includes qualifying new consumables with suppliers, organizing product transition projects, and conducting Design for Manufacturability analyses. You'll systematically evaluate multiple options to make informed decisions that drive efficiency in our manufacturing processes.

At 10x Genomics, Senior Mechanical Engineers have numerous opportunities for career growth. As you contribute to high-impact projects, you can expand your knowledge in advanced manufacturing techniques and cross-disciplinary collaboration. Your role may evolve into more strategic positions within engineering or project management, enabling you to drive innovations and influence the direction of product development in the life sciences sector.

In your response, demonstrate your understanding of Design for Manufacturability (DfM) and provide specific examples from past projects where you've conducted DfM analyses. Mention how these analyses contributed to reducing manufacturing costs or enhancing product quality at 10x Genomics' partner organizations.

Focus on discussing systematic approaches such as decision matrices or value analysis. Explain how you leverage these methodologies to compare design options objectively and ensure that technical and business criteria align with the needs of teams at 10x Genomics.

Your answer should reflect an understanding of both technical and stakeholder perspectives. Discuss how you would gather input from cross-functional teams, prototype potential changes, and utilize metrics to evaluate the design's performance in real-world applications consistent with 10x Genomics' objectives.

Provide an example that showcases your collaboration and communication skills. Highlight the problem, the solution you worked on with the supplier, and the positive outcome achieved as a direct result of that partnership, reinforcing how this approach aligns with 10x Genomics' values.

Discuss your proficiency with SolidWorks or similar CAD tools, mentioning specific projects where you've utilized these skills to create detailed designs or troubleshoot issues. Emphasize how this experience will be an asset at 10x Genomics as you work on complex consumables.

Explain your time management techniques, such as using project management software or prioritizing tasks by impact and urgency. Provide examples demonstrating how these strategies enabled you to meet tight deadlines while maintaining high-quality standards.

Share a real-world example of a challenge encountered during the transition process. Discuss how you approached the problem, the steps taken to solve it, and how this experience provides valuable insights into the complexities of manufacturing consumables at 10x Genomics.

Describe your hands-on experience with injection molding, including specific techniques used and any optimization processes you've implemented. Be sure to link how this expertise will bolster your contributions at 10x Genomics, specifically in the context of plastics consumables.

Outline the importance of clear communication, setting expectations, and maintaining relationships based on trust and reliability. Provide personal examples that highlight how you've successfully managed vendor relationships, ensuring alignment with the goals of your team at 10x Genomics.

Discuss your understanding of workplace safety protocols and previous experiences implementing them in production environments. Reinforce the importance of safety in lab and clean room environments at 10x Genomics, emphasizing your commitment to maintaining high standards.