Test Engineer (High-Pressure Gas Systems)

As a Test Engineer at Arbor, your primary responsibilities include developing and executing test plans for complex fluid, mechanical, and electrical systems. You will collaborate with design engineers, oversee test executions, analyze data, troubleshoot performance issues, and ensure compliance with safety and industry standards. Additionally, you will design and maintain test fluid systems and instrumentation, making your role crucial in advancing our projects.

To qualify for the Test Engineer position at Arbor, you should possess at least a Bachelor’s degree in Mechanical, Electrical, Aerospace, or a related engineering field along with 3+ years of relevant experience. Strong troubleshooting skills, experience with high-pressure gas systems, and familiarity with test instrumentation are also essential. Preferred qualifications include knowledge of LabVIEW, Python, and experience in a fast-paced startup environment.

The work environment for a Test Engineer at Arbor is dynamic and collaborative, requiring a mix of office and on-site work at our test facilities. You may expect to undertake up to 40% travel, engaging in hands-on testing and real-time data analysis. Being part of a forward-thinking and passionate team allows you to contribute to impactful projects in the realm of carbon capture and renewable energy solutions.

As a Test Engineer at Arbor, you'll be involved in pioneering projects focused on Bioenergy with Carbon Capture and Storage (BECCS). Your contributions will play a vital role in testing systems that convert waste biomass into clean electricity and facilitate carbon dioxide removal from the atmosphere, ultimately contributing to global sustainability efforts.

Working as a Test Engineer at Arbor comes with a range of great benefits, including a competitive salary between $100,000 to $160,000, stock options, comprehensive medical insurance, unlimited PTO, and generous holiday policies. Additionally, Arbor values diversity and equal opportunity, making it a fulfilling workplace for individuals from all backgrounds.

When answering this question, focus on any specific projects or roles where you've worked with high-pressure gas systems. Detail the types of systems you tested, the challenges you faced, and the troubleshooting techniques you employed. Highlight your familiarity with safety protocols and how you've ensured compliance with industry standards.

In your response, mention a specific example where you identified a performance issue and the steps you took to diagnose and resolve it. Discuss the tools or methods you used, the team collaboration involved, and any lasting improvements that resulted from your troubleshooting effort.

Share your preferred testing methodologies that are relevant to the Test Engineer role, such as automated testing, data acquisition techniques, or stress testing. Justify your choices by discussing the benefits of these methods, especially regarding accuracy and reliability in data analysis and system validation.

Outline your systematic approach to developing test plans, starting from understanding system requirements to breaking down test objectives. Emphasize the importance of collaboration with design engineers and iterations based on test results to refine the overall process.

Discuss specific test automation tools you have used, such as LabVIEW, Python, or MATLAB. Describe how you implemented these tools in past projects to increase efficiency, minimize human error, and facilitate data collection and analysis in testing processes.

Provide a concrete example where you actively ensured compliance with safety standards in your testing processes. Describe the regulations you adhered to, the training you undertook, and how you fostered a culture of safety within your team.

Your answer should highlight instances where you analyzed test data, extracted meaningful insights, and presented your findings in reports. Explain the significance of clear communication in presenting data to stakeholders and how you ensure accuracy in your analysis.

Discuss the routines you follow to maintain test stand fluids and instrumentation systems. This may include regular inspections, calibration practices, and troubleshooting procedures to ensure that equipment remains in optimal working condition throughout testing sessions.

In answering this question, emphasize your organizational skills and ability to prioritize tasks based on urgency and impact. Mention any tools or techniques you use to manage multiple testing activities successfully while maintaining quality and compliance.

Highlight your belief in the importance of teamwork in achieving testing objectives. Discuss experiences where you collaborated with engineers and other team members to solve problems, share knowledge, and improve testing outcomes together.