About Cowboy Space Corp

Mission

Cowboy Space Corporation is solving the global energy crisis by building the infrastructure for abundant, resilient space-based solar energy. We are tackling one of humanity’s most complex engineering challenges with a world-class team dedicated to delivering a revolutionary power platform. Cowboy Space Corporation is transforming how civilization powers, computes and connects - from orbit to Earth.

Background

Cowboy Space Corporation is building the infrastructure to power and connect the orbital economy. Our modular, scalable satellites collect sunlight in Low Earth Orbit to enable multiple integrated applications: transmitting energy via infrared lasers (space-to-earth and space-to-space), powering on-orbit high-performance computing clusters (GPU/TPU), and providing secure, high bandwidth optical data transport.

Current energy and data systems rely on complex logistics and outdated infrastructure. Cowboy Space Corporation overcomes these challenges by enabling direct, on-demand, secure, and scalable energy distribution and data processing from space. This will revolutionize how we operate in orbit and on Earth, supporting the rapidly expanding space industrial base, ISAM (In-Space Servicing, Assembly, and Manufacturing) operations, remote regions, and military bases.

Baiju Bhatt founded Cowboy Space Corporation in 2024. Inspired by his father’s work with NASA Langley Research Center, Baiju earned his B.S. in Physics and M.S. in Mathematics at Stanford before co-founding Robinhood, now a public company that has helped over 20 million Americans access the financial system. Cowboy Space Corporation has raised ~$365 million from Index Ventures, Interlagos, Construct Ventures, Breakthrough Energy Ventures, Andreessen Horowitz, NEA, and others.

This is an ambitious mission that demands extraordinary talent. Cowboy Space Corporation’s team has worked at places like SpaceX, Blue Origin, Stoke Space, Astranis and NASA, and is based in San Carlos, CA. If you're ready to solve complex technical challenges and help build the most important energy company in the world, we want to hear from you.

About the role

We are looking for a navigation sensor hardware lead to own the sensor suite used across our launch vehicles and spacecraft. You will select, characterize, calibrate, qualify, and integrate inertial sensors and GNSS hardware, identifying opportunities to share components where they meet each vehicle's requirements.

This is a hands-on technical leadership role focused on delivering reliable sensor hardware and well-characterized performance to the vehicle and guidance, navigation, and control teams. You will work with suppliers and engineering partners from initial selection through qualification, production acceptance, and vehicle integration.

Responsibilities

Define navigation sensor hardware requirements with vehicle and guidance, navigation, and control engineers, and select the sensor suite for each application.

Evaluate supplier accelerometers, gyroscopes, inertial measurement units (IMUs), and GNSS receivers against performance, environmental, interface, cost, and availability requirements.

Identify shared components and interfaces across launch vehicles and spacecraft, documenting where different operating environments require different hardware or qualification approaches.

Own electrical and mechanical integration of the sensor suite with avionics and vehicle teams. Coordinate GNSS antenna, RF compatibility, and interference requirements with the RF systems engineer.

Develop characterization and calibration methods for inertial sensors, quantify error sources and environmental sensitivities, and provide calibration data and performance models to the navigation software team.

Plan and lead component and assembly acceptance and qualification testing, including thermal cycling, thermal vacuum, vibration, shock, EMI/EMC, and radiation testing as applicable; document results and close verification requirements.

Lead sensor hardware failure analysis, work with suppliers to resolve defects and performance issues, and implement hardware or calibration-software improvements.