Electrical Engineer II

An Electrical Engineer II at True Anomaly is primarily responsible for leading the design, development, and testing of electrical systems across ground and space hardware. This includes rapidly designing and prototyping high-reliability electrical systems, performing system-level integration, and conducting various testing phases, all while ensuring compliance with industry standards.

To qualify for the Electrical Engineer II position at True Anomaly, you need a Bachelor's degree in Electrical Engineering or a related field, along with 3-5 years of experience in electrical engineering. Experience with FPGA SoC and embedded firmware development is highly preferred, along with advanced skills in design software like Altium Designer.

In addition to the required qualifications, skills such as experience in spacecraft electrical system design, familiarity with power systems, avionics, and communication subsystems, along with knowledge of simulation tools like SPICE and MATLAB, are highly valued for the Electrical Engineer II role at True Anomaly.

As an Electrical Engineer II at True Anomaly, you can expect to work in a dynamic environment characterized by innovation and collaboration. The position is based in Long Beach, California, where you'll engage in hands-on activities, participate in rigorous testing sessions, and work alongside passionate engineers in the aerospace industry.

For the Electrical Engineer II position at True Anomaly, the base salary ranges from $120,000 to $145,000. Additionally, the compensation package includes equity options and a comprehensive benefits plan, featuring health, dental, and vision coverage, along with PTO, 401K, and parental leave.

When answering this question, emphasize specific projects you've worked on that involved FPGA SoC. Discuss your role in the project, the technologies you utilized, and how your experience can contribute to the requirements of the Electrical Engineer II position at True Anomaly.

Explain your approach to system-level integration, possibly referencing specific standards or practices that you've followed. Highlight past experiences where your integration methods ensured effective communication between hardware and software interfaces.

Detail your knowledge of industry standards related to electrical engineering and give examples of times you’ve applied these standards in your designs. Discuss how you stay updated with changes in regulations and how you integrate compliance checks in your development process.

Discuss the different testing phases you've been involved in, such as first article testing, production testing, and validation campaigns. Share specific examples of the tests you designed and implemented to ensure system reliability and performance.

Provide a detailed account of a challenging project, emphasizing your specific contributions and problem-solving skills. Highlight how your leadership and technical abilities helped the team navigate the challenges faced.

Discuss your proficiency with Altium Designer and any relevant projects where you applied it. Explain how your design skills enhance the quality of electrical systems and how they align with the needs of True Anomaly.

Share your philosophy on mentorship, including specific methods you use to mentor junior engineers. Highlight any previous experiences where you successfully guided newcomers and the impact it had on team dynamics.

Discuss your dedication to process improvement, referencing past experiences where you identified inefficiencies and implemented solutions. Highlight how these improvements led to increased innovation and efficiency.

Explain your time management strategies, such as prioritizing tasks based on deadlines and project impact. Give an example of how you effectively balanced multiple responsibilities in a previous role.

Bring enthusiasm into your answer by aligning your career goals and values with True Anomaly's mission and values. Discuss your passion for space technology and how you believe you can contribute to the company’s goals.