Senior Electrical Engineer

As a Senior Electrical Engineer at True Anomaly, you'll lead the design, development, and testing of high-reliability electrical systems for spacecraft. This includes driving the requirements capture, component selection, and integration of hardware and software interfaces. You'll also be involved in first article testing, production testing, and mentoring junior engineers, ensuring our work meets the highest industry standards and regulations.

To qualify for the Senior Electrical Engineer position at True Anomaly, candidates should possess a Bachelor's degree in Electrical Engineering or a related field, along with a minimum of 7-9 years of experience in electrical engineering. Demonstrated experience with FPGA SoC and verilog/VHDL is essential, and familiarity with ECAD tools like Altium Designer is preferred.

While a Bachelor's degree and significant experience are critical, having a Master's degree in electrical engineering and knowledge of spacecraft electrical systems can greatly enhance your candidacy as a Senior Electrical Engineer at True Anomaly. Experience with power systems, avionics, and simulation tools like SPICE or MATLAB, as well as the ability to thrive in a fast-paced environment, will set you apart.

As a Senior Electrical Engineer at True Anomaly, the work environment is a hybrid setting that allows for remote work until the launch of our LA factory in early 2025. You'll need to participate onsite occasionally, but our culture emphasizes collaboration and the energizing excitement of building groundbreaking space technologies.

The compensation package for a Senior Electrical Engineer at True Anomaly includes a base salary ranging from $135,000 to $180,000, along with equity options and a comprehensive benefits package that covers health, dental, and vision insurance, PTO, 401K, and parental leave among other perks. The final compensation will consider experience and skills.

When approaching the design and testing of electrical systems for spacecraft, I focus on an iterative process that emphasizes collaboration. I start by gathering all requirements and understanding the mission. Then, I sketch preliminary designs, select components, and test them rigorously, ensuring compliance with standards to achieve the highest reliability while being innovative.

In my previous projects, I've utilized FPGA SoC for high-performance applications, where I programmed in verilog/VHDL to create efficient designs. This involved defining architecture, writing testbenches, and running simulations to validate functionality. I believe strong proficiency in these areas is crucial for success as a Senior Electrical Engineer at True Anomaly.

Ensuring compliance with industry standards involves staying updated on relevant codes and regulations, and implementing them throughout the product lifecycle. I regularly conduct design reviews and audits, collaborate with quality assurance teams, and document processes to maintain a high standard of compliance in all my engineering projects.

I primarily use Altium Designer for electrical design due to its robust capabilities in schematic capture and PCB layout. Simultaneously, I leverage simulation tools like SPICE and MATLAB to validate my designs and ensure optimal performance. Familiarity with these tools enhances efficiency and accelerates the design process.

Mentoring within an engineering team involves sharing knowledge, providing constructive feedback, and fostering an environment where junior engineers feel supported. I often take the initiative to conduct code reviews and design discussions, encouraging questions and collaboration to develop their skills while ensuring project success.

Troubleshooting electrical systems during testing starts with developing a systematic approach. I review the design specifications, run initial tests to identify faults, and then isolate components to determine the root cause. If discrepancies arise, I work collaboratively with the team to analyze the design, enhance debugging strategies, and verify results.

Balancing creativity with practical requirements is essential. I approach projects with an innovative mindset but always ground my ideas in engineering fundamentals. I take time to brainstorm solutions, prototype concepts, and evaluate their feasibility while considering cost, time, and resource constraints to achieve practical outcomes.

In a previous role, I worked on a spacecraft electrical system that faced significant integration issues. To overcome this, I initiated cross-disciplinary meetings to address the concerns, revamped our integration strategy, and implemented a rigorous testing framework. Persistency and teamwork were key to resolving challenges successfully.

My motivation in aerospace engineering stems from a deep passion for space exploration and technology innovation. The thrill of solving complex engineering challenges and contributing to advancements in sustainable space practices drives my enthusiasm. Working at True Anomaly would be an ideal opportunity to fuel this passion.

Staying updated on trends involves actively engaging with professional networks, attending industry conferences, and participating in webinars. I also follow leading journals, online forums, and connect with peers to exchange knowledge. This continuous learning approach keeps me informed and ready to apply innovative ideas in my work.