Space Jobs With No Experience

Build the hardware with your hands and run the lines that make it: assembly, integration and test technicians, machinists and CNC programmers, welders, composites and additive manufacturing, electrical and harness technicians, and the manufacturing engineers who design the process.

Design and analyze the physical vehicle: primary structures and tanks, mechanisms and deployables, thermal control, materials and processes, loads and stress analysis, aerodynamics and reentry, and the ground support equipment that fuels and handles a vehicle on the pad.

Build the software on the ground: mission and ground-segment software, data platforms, web and backend engineering, cloud and DevOps, IT and cybersecurity, and the factory and business systems a space company runs on.

Tie the vehicle together and prove it works: systems engineering and architecture, requirements and verification, assembly, integration and test (AI&T), environmental testing in thermal vacuum and vibration, and test engineering for whole vehicles and their subsystems.

Run the company and its missions: program and project management, scheduling and program control, business development and sales of launches, satellites and data, finance and accounting, contracts, legal and export control, people and recruiting, and communications.

Build the electrical heart of a rocket or satellite: flight computers and avionics boxes, power systems and batteries, harnesses, circuit boards, FPGAs and ASICs, and the electronics that must survive launch loads, vacuum and radiation.

Write the software that flies the vehicle and steer it: flight and embedded software, firmware, guidance, navigation and control, flight dynamics and orbit determination, and the autonomy that lets a spacecraft rendezvous, land or reenter on its own.

Keep the factory and the launch site supplied and running: procurement and buying, supplier management, planning and inventory, logistics, shipping and receiving, warehouses, and the facilities, maintenance and site security of plants, test sites and launch pads.

Make sure the hardware is right before it flies: quality engineering and inspection, mission and product assurance, reliability, nondestructive testing, supplier quality, and environment, health and safety on sites that handle propellants and high-energy systems.

Make spacecraft talk and sense: RF and antenna design, phased arrays, signal processing and modems, optical and laser communication terminals, and the payloads a satellite carries, from broadband and direct-to-phone links to radar and imaging instruments.

Design, build and test the engines that move rockets and spacecraft: liquid rocket engines and their turbomachinery, combustion devices and injectors, solid rocket motors, in-space thrusters and electric propulsion, and the fluids and cryogenic systems that feed them.

Turn what spacecraft see into knowledge: remote sensing and Earth observation, synthetic aperture radar and optical imaging, geospatial and intelligence analysis, data science and machine learning on satellite data, and the scientists who design missions and instruments.

Get vehicles off the ground and keep them flying: launch site and pad operations, launch control and range, recovery of reusable stages, mission operations and flight control, satellite and constellation operations, and ground station operations around the clock.