Optical Sensors Engineer (Crew Starship Avionics)

SpaceX was founded under the belief that a future where humanity is out exploring the stars is fundamentally more exciting than one where we are not. Today SpaceX is actively developing the technologies to make this possible, with the ultimate goal of enabling human life on Mars.

OPTICAL SENSORS ENGINEER (CREW STARSHIP AVIONICS)

Become a part of the Crew Starship Avionics team and support the mission to revolutionize orbital flight and space travel - opening access for humankind to establish new frontiers in space, and ultimately make humans a multi-planetary species.  

The Crew Starship Avionics team has taken the challenge to develop avionics for the SpaceX Human Landing System, which will soon carry astronauts to the moon as part of NASA's Artemis program. Across all systems, from communications, to power, to life support, to navigation, and even creature comforts, our team's hardware will safely support astronauts on their lunar mission, while humanity looks on. This will be one of the most sophisticated and largest crewed vehicles flown in space, and will be developed at a cost and rate previously considered unthinkable in the space industry. The Optical Sensors Engineer will be part of the multidisciplinary team developing the next generation of optical navigation sensors to allow humans to safely land on the Moon and Mars. These sensors will be key in enabling our ambitious concept of operations, which includes on-orbit propellant transfer, deep space localization, as well as autonomous docking and terrain relative navigation. Become a part of this fast moving and world class development team, working with super smart and motivated engineers, and achieve truly audacious goals. If you’re ready for a challenge and would like to help take humanity back to the moon then you’ve come to the right place!

RESPONSIBILITIES

• Develop high reliability imaging and laser optical navigation sensors
• Be an extreme owner for flight hardware, from conception through build, qualification, and ultimately flight operations
• Drive design trades, product requirements, technology and component selection, analyses, prototyping, bring-up, documentation, manufacturing planning, and production test
• Define performance and survivability validation approaches and create development and qualification testing campaigns to exercise designs to their limits and ensure reliable flight hardware
• Act as liaison with NASA counterparts to provide technical insight and lead creation of deliverables for Crew Starship milestones

BASIC QUALIFICATIONS

• Bachelor’s degree in physics, aerospace engineering, electrical engineering, mechanical engineering, optics engineering, or other engineering discipline 
• 2+ years of design experience with optics and instrument design, preferably optomechanical or imaging devices, or experimental setups (research and extracurricular academic projects qualify)
• Project experience with one of: integrated fiber optics, photonic integrated circuits, telescope design, or camera design
• Working knowledge of CAD, finite element analysis, schematic and PCBA design, and/or ray tracing

PREFERRED SKILLS AND EXPERIENCE

• Graduate degree in experimental physics, aerospace engineering, electrical engineering, mechanical engineering, optics engineering, astronomical instrumentation, or equivalent
• 2+ years of professional experience with opto-mechanics, imaging sensors, lens design, fiber optics, laser optics, and/or machine vision
• Passion for spaceflight and demonstrated experience designing and implementing high-reliability, rugged hardware from concept through execution
• Demonstrated ability to deliver a product from concept to production; working through system and design trades, pushing back on requirements, and following through with verification and validation
• Ability to break and analyze problems down to the fundamental physics; strong optics fundamentals
• Proficiency with CAD, ray tracing, and finite element analysis design tools; optics modeling and simulation, computer vision
• Proficiency writing software for modeling, data collection and analysis, controls, and image processing in Python
• High level of proficiency with lab equipment for development optics testing, including sophisticated test definition, troubleshooting, data collection, and data reduction techniques
• Portfolio of implemented projects with a description of the candidate's contribution
• Ability to work in a fast paced, self-starting, and demanding atmosphere; excellent communication skills both written and verbal; and demonstrated leadership in a team environment
• Cross functional project management skills and ability to collaborate with other engineering disciplines, as demonstrated on multiple programs

ADDITIONAL REQUIREMENTS: