Electrolyzer Stack Test Engineer (Kettering University Section B Co-Op- January 2025 or July 2025)

As an Electrolyzer Stack Test Engineer Co-op at Bosch, your primary responsibilities include supporting the design of the Electrolyzer system, integrating a 5-cell stack into the Kettering lab system, and performing designated performance characterization and accelerated stress testing. You'll also conduct data analysis, generate reports, and assist the Stack Electrolyzer Engineering team with various tasks including simulation and problem-solving.

Candidates for the Electrolyzer Stack Test Engineer Co-op position at Bosch should be engineering students enrolled at Kettering University, pursuing a Bachelor’s degree in Mechanical, Electrical, Chemical, or alternative energy Engineering fields. A minimum GPA of 3.0 is required. Freshman and sophomore students who are passionate about clean energy technologies and CO2 reduction are encouraged to apply.

Successful Electrolyzer Stack Test Engineer Co-op candidates at Bosch should possess strong communication skills to explain engineering processes clearly to non-engineers. A team-oriented mindset, self-direction, and excellent interpersonal and organizational skills are also essential. Moreover, a genuine willingness to learn through various means—such as seminars and self-study—is crucial for thriving in this role.

The Electrolyzer Stack Test Engineer Co-op position at Bosch will primarily be based on the Kettering University campus, specifically working within the Hydrogen and Fuel Cell lab. However, candidates should also expect regular on-site meetings and opportunities to collaborate at Bosch's facilities in Farmington Hills.

The Electrolyzer Stack Test Engineer Co-op position at Bosch is specifically aimed at students enrolled at Kettering University, and recent graduates are not eligible. The role is designed for students pursuing a degree in engineering fields, with opportunities available for both A and B section positions, focusing on students currently in their academic program.

PEM electrolysis is a process that uses a Proton Exchange Membrane to produce hydrogen gas from water using electricity. This technology is significant because it allows for efficient hydrogen production, which is crucial for transitioning to cleaner energy sources and reducing greenhouse gas emissions. Highlight your understanding of this technology and any relevant experience you have in related projects.

Express your enthusiasm for Bosch's commitment to clean energy and innovative solutions. Discuss how you admire their focus on hydrogen technologies and how you relate this to your academic pursuits or personal beliefs regarding sustainability. Show your passion for being part of a progressive company that shapes the future.

Start by explaining your systematic approach: first, I would gather data to identify any performance issues; next, I'd analyze the data for patterns or anomalies; then, I would collaborate with team members to brainstorm solutions. Emphasize your problem-solving skills and ability to work effectively in teams while maintaining a positive outlook.

Choose a specific example where you were part of a team, detailing your role, the challenges faced, and the outcome. Highlight how you contributed to the team’s success and learned from the experience. This showcases your teamwork abilities, essential for the Electrolyzer Stack Test Engineer role.

Discuss your research on Bosch's efforts in clean energy, especially their hydrogen production initiatives. Mention any specific projects or technologies that caught your interest, showing that you are proactive and invested in the company's goals.

Performance characterization involves evaluating how well an Electrolyzer stack performs under various operating conditions. Explain that you would assess parameters like efficiency, output, and durability, and relate it to how such characterizations are vital for improving future designs.

Assure the interviewer that you are organized and prioritize your responsibilities. Discuss any tools or methods you use for time management, such as planners or digital calendars. Highlight any past experiences balancing multiple commitments successfully.

Select a relevant project where you applied your engineering knowledge or teamwork skills. Describe your contribution to the project, the challenges you faced, and what you learned from that experience. Link it back to how this prepares you for the Electrolyzer Stack Test Engineer position.

Collaboration in engineering projects is critical because it allows different perspectives and expertise to come together, resulting in more innovative solutions. Discuss how working with diverse teams can enhance creativity and problem-solving, and provide an example of how you've experienced this.

Outline your long-term goals in the clean energy sector, expressing a desire to contribute to sustainable technologies. Discuss how the experience at Bosch aligns with your career path, particularly your interest in hydrogen technologies and their role in achieving a clean future.