If high ownership, fast pace, working with hardware, and solving challenging problems on the Lunar surface sounds like a dream come true, read on!
Our client is developing a full stack solution for rocket propellant production on the Moon & Mars. You will lead development of the autonomy system, from sensor selection through qualification and lunar surface operations.
Responsibilities
- Take full responsibility for the autonomy system, from initial concept to operational deployment on the lunar surface.
- Develop the complete autonomy architecture, including sensor selection, sensor fusion algorithms, and other software algorithms required for autonomous operations on the Moon and Mars.
- Write high-performance, reliable, and maintainable code to support the autonomy of a fleet of lunar rovers.
- Develop a comprehensive qualification plan for the autonomy system ahead of the first lunar mission.
- Collaborate with the Embedded Software team to integrate autonomy algorithms into custom spacefaring hardware.
- Contribute to architecture, design, and code reviews to ensure system quality and functionality..
Required Qualifications:
- Bachelor's degree in Robotics, Computer Science, Electrical Engineering, or a related field, OR demonstrated excellence in designing and developing autonomous vehicles through significant professional experience.
- 5+ years of engineering experience, with at least 3 years focused on building autonomous vehicles.
- Proven experience in selecting sensors for vehicle autonomy.
- Proficiency in developing software algorithms for autonomy in aerospace, automotive, or robotics applications.
Preferred Qualifications:
- Experience developing, debugging, and deploying software used in real-world applications.
- Expertise in integrating software onto custom electronic hardware.
- Familiarity with start-up or agile development environments.
- Professional experience in engineering leadership.
- Strong desire and ability to develop software on accelerated timelines, demonstrating a high level of ownership and accountability.
