Avionics Test Engineer

As an Avionics Test Engineer at True Anomaly, your main responsibilities include leading the development and integration of avionics systems, writing and executing test procedures, analyzing test results, and ensuring the systems meet mission requirements. You will also conduct tests for various avionics subsystems and collaborate with other engineering teams to optimize performance.

To qualify for the Avionics Test Engineer position at True Anomaly, candidates should possess a bachelor's degree in Electrical Engineering, Aerospace Engineering, or a related area, along with 5-7 years of experience in avionics testing. Proficiency in electrical engineering principles and hands-on experience with test instrumentation is essential.

Avionics Test Engineers at True Anomaly should be skilled in programming languages such as Python and C++. These skills are important for writing automation scripts and developing test tools, which are crucial in the context of avionics system validation.

At True Anomaly, integration of avionics systems is achieved through rigorous collaboration among avionics, systems engineering, software, and GNC teams. The Avionics Test Engineer plays a pivotal role in this process by validating system functionality through defined testing methodologies.

The work environment for Avionics Test Engineers at True Anomaly is dynamic and fast-paced, located primarily in Denver, CO. While the company observes a hybrid work model, certain activities must be done on-site, providing a collaborative atmosphere that promotes teamwork and innovation.

When answering this question, highlight specific projects or roles where you conducted avionics testing. Discuss the methodologies you used, the subsystems you tested, and any collaborative efforts with other engineering teams to validate the systems.

Provide a clear example of a problem you encountered in avionics testing. Discuss your approach to troubleshooting, the tools you used, and the outcome of your solutions, emphasizing your analytical skills and ability to work under pressure.

In your response, mention specific communication protocols you have worked with, such as CAN, SPI, UART, Ethernet, and MIL-STD-1553. Discuss how you implemented these protocols in testing scenarios to ensure system reliability.

Describe your systematic approach to developing test procedures, including the initial stages of defining requirements, identifying critical testing parameters, and documenting results. Explain the importance of comprehensive testing in ensuring mission success.

Discuss the value of automation in avionics testing, mentioning specific frameworks or tools you've used. Explain how automation enhances testing efficiency and accuracy and improves the overall validation process.

Mention your familiarity with relevant standards like DO-178C and DO-254. Describe how you ensure that tests meet these standards and any experiences you have in preparing for audits or certifications.

Share your specific experiences with HIL testing, detailing your understanding of real-time control and how you integrated hardware into the testing workflows. Highlight successful projects where HIL testing was crucial for validation.

Choose a specific situation where you met a challenging deadline. Describe your strategy for prioritizing tasks, collaborating with team members, and delivering results, demonstrating your ability to perform in high-pressure environments.

Explain your approach to maintaining clear and organized documentation for tests, including test plans, reports, and certifications. Emphasize the importance of documentation in tracking outcomes and facilitating communication with stakeholders.

Discuss the resources and methods you use to stay updated on avionics technology trends, such as industry conferences, academic journals, online courses, or professional networks. This will show your commitment to continuous learning and innovation.