Propulsion Test Engineer

As a Propulsion Test Engineer at Hermeus, your main responsibilities include developing, maintaining, and operating propulsion test stands and hardware. You'll collaborate with a team of engineers and technicians from multiple disciplines to support the agile and iterative design processes that drive our hypersonic projects forward. This includes actively participating in the testing phases to ensure safety and innovation while utilizing your knowledge of fluid systems and instrumentation.

To qualify for the Propulsion Test Engineer role at Hermeus, candidates should possess a Bachelor's degree in mechanical engineering, aerospace engineering, or a related discipline. A solid understanding of fluid and mechanical systems is essential, along with a valid driver's license and a clean driving record. Strong communication skills and the willingness to obtain a security clearance are also important, as is the ability to collaborate effectively with peers across various engineering sectors.

Hermeus prefers candidates with experience in hazardous operations, knowledge of engineering standards like ASME B31.3, and hands-on skills in the operation and integration of high pressure fluid systems. Additionally, familiarity with Command and Control systems, and experience in test evaluation or operation of propulsion systems will set applicants apart. This background ensures that candidates can contribute meaningfully to our cutting-edge aerospace projects.

Propulsion Test Engineers at Hermeus work in a collaborative and safety-conscious environment, where stringent protocols ensure a secure workplace. The role may require working at elevated heights and in confined spaces, along with outdoor activities in various weather conditions. Physical capabilities, like lifting up to 50 lbs unassisted and handling the demands of an unpredictable testing environment, are key attributes sought in candidates.

At Hermeus, professional development is a fundamental aspect of our culture. As a Propulsion Test Engineer, you’ll have the opportunity to engage in interdisciplinary projects, work alongside industry experts, and participate in ongoing training and development initiatives. We believe in continuous learning and iteration, ensuring our team members stay at the forefront of aerospace technology and innovation.

When answering this question, elaborate on any hands-on experience you have with propulsion systems, including the role you played in design, testing, or operation. Use specific examples to illustrate your knowledge and how you applied it in past projects.

Discuss your academic background and any practical applications of fluid mechanics that you've encountered. Be prepared to talk about concepts like fluid dynamics, pressure, and flow rates, emphasizing their relevance to propulsion technologies.

Highlight your methodical approach to testing, including planning, documentation, and risk assessment strategies. Discuss how you ensure safety and accuracy under pressure, providing examples related to previous experiences.

Acknowledging potential challenges while discussing your proactive strategies for overcoming them will demonstrate your problem-solving skills. Talk about technical, operational, or logistical challenges specifically related to propulsion testing and how you'd address them.

Discuss the key safety protocols you believe are critical in propulsion testing environments and your experience adhering to or developing these standards. This shows your commitment to safety.

Describe how you follow industry trends and advancements, such as attending conferences, subscribing to industry journals, or engaging in professional organizations. Showing that you are proactive about your continuing education will resonate well.

This is a chance to show your passion for the role and the company's mission. Discuss what excites you about Hermeus’ approach to hypersonic travel and how you envision contributing to their goals.

Share your process for identifying problems, analyzing data, evaluating potential solutions, and implementing changes. Tailor your answer to reflect experiences relevant to engineering and testing.

Explain your ability to manage time effectively under pressure, perhaps by sharing strategies you utilize, such as prioritization and time management tools, to maintain quality even when deadlines loom.