Mechanical / Electrical Engineering Intern, Instrument Reliability (P-4472)

As a Mechanical/Electrical Engineering Intern at 10x Genomics, you'll be involved in designing and fabricating test fixtures for our manufacturing processes. You'll work closely with R&D and manufacturing engineering teams to understand product specifications, execute test methods, and develop applicable manufacturing specifications.

To be eligible for the Mechanical/Electrical Engineering Internship at 10x Genomics, you should be a current student who has completed at least your second year in a mechanical or electrical engineering program. Hands-on experience with fabrication or electrical wiring is required, along with good communication skills and a strong desire to learn.

The internship program for the Mechanical/Electrical Engineering Intern at 10x Genomics lasts between 10 to 12 weeks during the summer of 2025. It offers a full-time commitment and hands-on experience in a dynamic work environment.

In the Mechanical/Electrical Engineering Intern role at 10x Genomics, you will work on projects that involve designing test fixtures, applying analytical measurements to assess component performance, and collaborating with vendors to review reliability data. The work will enhance your technical skills and understanding of engineering principles.

The hourly pay range for the Mechanical/Electrical Engineering Internship at 10x Genomics is between $33 and $40. This competitive pay reflects the value we place on your contributions as you gain valuable experience with our team.

When answering this question, highlight any relevant projects or experiences where you worked with fabricating equipment, electrical wiring, or troubleshooting problems. Be specific about the techniques you used and what you learned from those experiences.

Discuss any specific test methods you've studied or used in practice, such as mechanical testing, electrical component testing, or quality assurance protocols. Explain the contexts in which you applied these methods and what outcomes you achieved.

Demonstrate your problem-solving skills by outlining a step-by-step process you follow when approaching engineering challenges. Discuss examples where you identified a problem, analyzed potential solutions, and implemented changes effectively.

Mention any engineering software you are proficient in, such as CAD applications, MATLAB, or simulation software. Highlight how you’ve used these tools in previous projects for designing, testing, or analyzing engineering problems.

Explain your approach to task management, perhaps discussing prioritization techniques you use, like the Eisenhower matrix or Agile methodologies. Provide examples of how you've successfully managed multiple responsibilities in the past.

Describe a specific group project and your role within the team. Focus on the challenges encountered, how the team addressed them, and what you learned from the experience. This shows your ability to work collaboratively and adaptively.

Show your knowledge about 10x Genomics by discussing its mission and innovations in the life sciences. Tie your personal and career goals into the company's objectives, demonstrating how your values align with theirs.

Articulate the role of quality assurance in ensuring reliability and safety in engineering projects. Discuss how effective QA protocols can lead to improvements in product development and customer satisfaction.

Outline a constructive approach to conflict resolution, emphasizing communication and collaboration. Discuss how you would seek to understand their perspective and work towards a solution that benefits the project.

Express your eagerness to gain hands-on experience in designing and testing engineering solutions. Talk about specific skills or knowledge areas you wish to explore and how they will help you grow as an engineer.