- Designing RF hardware for satellite-to-earth ground station communication, focusing on S-band and/or X-band radio frequencies.
- Board design, operation of RF test equipment, and testing and analyzing RF performance.
- Designing a S-band radio sub-system for Mission 3 and future missions.
- Collaborating with the team to ensure effective communication subsystem design.
- Evaluation of space links and trade studies, including detailed link budgets
- Lead RF Compatibility Testing in factory and at field sites.
- Bachelor's degree in Electrical Engineering or related field.
- Proven experience in RF hardware design, particularly in S-band and/or X-band radios.
- Proficiency in operating RF test equipment and analyzing RF performance.
- Quantify and trade the performance and suitability of microwave receivers, transmitters, transponders, antennas, amplifiers, and transmission paths using sound microwave engineering principles.
- Detailed knowledge of modulation and coding standards used in space comms.
- Proven experience with Software Defined Radio frameworks and development of SDR solutions.
- Strong problem-solving skills and attention to detail.
- Excellent communication and teamwork skills.
- Ability to work onsite in Seal Beach, CA.
- 100% paid medical, dental, and life insurance coverage
- Vision and FSA benefits available
- 3 weeks of PTO + 1 week of sick time
- 10 paid Holidays
- Retirement savings plan – 401(k), with company match
- Equity on the ground floor of a startup
- Level II: $118,000 - $142,500
- Level III: $138,000 - $171,500
- Level IV: $168,000 - $185,500
Skills Required
- Bachelor's degree in Electrical Engineering or related field
- Proven experience in RF hardware design, particularly in S-band and/or X-band radios
- Proficiency in operating RF test equipment and analyzing RF performance
- Detailed knowledge of modulation and coding standards used in space comms
- Proven experience with Software Defined Radio frameworks and development of SDR solutions
What We Do
We mine asteroids to extract platinum group metals (PGMs) in space at a lower cost and smaller carbon footprint than the current terrestrial mining methods. PGMs are critical to advanced manufacturing, clean energy technologies, and sustainable infrastructure, but are rapidly depleting on Earth. Traditional mining for these resources comes at high environmental and financial costs. Extracting these resources from asteroids is more cost-effective and results in zero impact on our planet, contributing to a greener and more profitable Earth. By leveraging advanced technology and innovative engineering, we’re pioneering a pathway to sustainable mining that eliminates the need for extensive land disruption, reduces energy-intensive processes, and significantly lowers carbon emissions.
Why Work With Us
Team members at AstroForge not only contribute to groundbreaking technological advancements but are also empowered to grow personally and professionally. We value diverse perspectives and backgrounds and encourage new ideas and experimentation. Here, you’re part of a historic mission to change how the world thinks about our shared future in space.
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