Senior Wire Harness Design Engineer I - job 1 of 2

As a Senior Wire Harness Design Engineer I at CesiumAstro, your main responsibilities include designing power, digital, analog, and RF interconnects for aerospace systems. You will take ownership of wire harness designs, conduct schematic development, route cables, select connectors, and create harness assembly drawings. Collaboration with electrical and mechanical engineering teams, along with participation in design reviews, is essential to enhance the performance and reliability of our designs.

To qualify for the Senior Wire Harness Design Engineer I position at CesiumAstro, you need a Bachelor of Science degree in Electrical Engineering, along with at least four years of relevant experience. Proficiency in harness design tools such as RapidHarness, a solid understanding of electrical engineering principles, and familiarity with industry standards like IPC-WHMA-A-620 and ISO 9001 are required. Experience in the aerospace industry and hands-on skills are preferred.

At CesiumAstro, a Senior Wire Harness Design Engineer I will engage in projects relating to advanced communication systems for satellites, UAVs, and other aerospace platforms. You’ll create designs that turn boxes into fully functional systems, focusing on the technical aspects of wire harness configurations, ensuring they meet stringent performance and safety standards in the aerospace industry.

As a Senior Wire Harness Design Engineer I at CesiumAstro, you will utilize various design tools, particularly RapidHarness, to create detailed wire harness designs. Additionally, you will work hands-on with lab instruments such as oscilloscopes, spectrum analyzers, and electronic loads to analyze and test your designs. The role calls for detailed documentation and technical specifications in compliance with industry standards.

CesiumAstro offers a dynamic and collaborative work culture where Senior Wire Harness Design Engineers I are encouraged to be hands-on and innovative. You’ll work closely with a cross-functional team, which allows for creative input and solutions. The startup environment fosters growth and learning opportunities, making it an exciting place to advance your career in aerospace engineering.

In answering this question, be specific about the tools you've used, such as RapidHarness, and provide examples of projects where you utilized these tools to achieve successful designs. Discuss your proficiency and any unique challenges you encountered, demonstrating how you overcame them.

To respond effectively, explain your understanding of relevant industry standards like IPC-WHMA-A-620. Provide examples of how you have incorporated these standards into your designs to ensure safety and performance compliance, including any testing and validation processes you've implemented.

Using the STAR method (Situation, Task, Action, Result), detail a specific project that posed challenges. Explain what the problem was, how you approached it, what actions you took, and the successful outcome. Make sure to highlight your technical skills and teamwork in addressing the issue.

In your answer, mention factors such as controlled impedance, cable shielding, and electromagnetic compatibility (EMC). Discuss how each of these considerations impacts the overall performance and reliability of wire harnesses in aerospace applications.

Share specific strategies you use to prioritize tasks, like assessing project deadlines, project scope, and resource availability. Illustrate how you adapt to changes in project timelines or priorities while ensuring team collaboration and effective communication.

Emphasize the importance of teamwork in your response. Highlight how collaborating with electrical engineers, mechanical engineers, and assembly technicians enhances the design process. Share experiences where teamwork led to innovative solutions or improved project outcomes.

Discuss any professional development activities, such as attending industry conferences, participating in webinars, or subscribing to journals that are relevant to wire harness and aerospace technologies. Mention how continuous learning informs your design practices and improvements.

Talk about methodologies and lab instruments you use, like oscilloscopes and spectrum analyzers, to conduct thorough testing of your designs. Discuss specific tests you've performed, how they ensure compliance, and how the results impact your design revisions.

Describe your constructive attitude towards feedback. Discuss how you actively listen and incorporate input from design reviews into your work, emphasizing the importance of improving the final product and learning from the collective expertise of your team.

Share your passion for aerospace engineering, focusing on what draws you to this field. Mention elements such as innovation, challenges, and the opportunity to contribute to impactful projects that push the boundaries of technology and exploration.