SpaceX wants elite engineer for their particle accelerator

Michael Nicolls, SpaceX Vice President of Starlink Engineering, announced SpaceX is recruiting a team of "elite" engineers to staff its brand-new 230 MeV cyclotron facility in Winter Garden, Florida (Greater Orlando area). This facility represents a significant leap in the company's ability to rapidly prototype and harden hardware for deep space exploration and massive satellite constellations.

The Facility: A 230 MeV Particle Accelerator

You may have head of the large hardon collider at CERN, Geneva, Switzerland. A cyclotron is a compact type of particle accelerator that uses electromagnetic fields to propel charged particles (typically protons) to high speeds in a spiral path. SpaceX’s new facility centers around a 230 MeV (Mega-electron volts) cyclotron, a powerful machine capable of simulating the intense radiation environments of outer space.

• Location The facility is located in Winter Garden, Florida (Greater Orlando area). It is a repurposed building originally constructed for the Provision CARES Proton Therapy center.
• Job Roles SpaceX is actively hiring for Electronics Test Engineers and Radiation Effects Engineers specifically for this facility.

Why is it needed?

• In-House Radiation Testing Historically, aerospace companies must wait months for "beam time" at university or government laboratories (such as Texas A&M or UC Davis) to test how their electronics handle space radiation. By bringing this capability in-house, SpaceX can test components 24/7, drastically reducing development cycles.

• Single-Event Effects (SEE) The primary goal is to test for "Single Event Effects"—instances where a single high-energy particle strikes a microchip and causes data corruption or hardware failure.

• Next-Gen AI Satellites As SpaceX scales its Starshield and Starlink constellations to include AI-powered data centers in orbit, the complexity of the chips used increases. These advanced processors are more sensitive to radiation, making precise, high-energy testing critical.

• Deep Space Readiness The facility will support all SpaceX platforms, including Starship and the Lunar Human Landing System (HLS), ensuring that vehicles destined for Mars and the Moon can withstand years of exposure to cosmic rays.

What SpaceX is Looking For: The "Elite" Requirements

SpaceX isn’t just looking for operators; they are seeking engineers to build the infrastructure of the facility from the ground up. The recruitment drive specifically targets Electronics Test Engineers and Radiation Effects Engineers.

Key Job Requirements:

• Educational Background A Bachelor’s degree in Electrical Engineering, Computer Engineering, or Physics (with an emphasis on electronics) is the baseline.

• Technical Proficiency Candidates must have experience in hardware development and be proficient in programming—specifically Python, MATLAB, or Embedded C/C++—to write automation software that interacts with the particle beam and the units under test.

• Hardware Design Engineers are expected to design custom PCBAs (Printed Circuit Board Assemblies) to measure signals and apply "flight-like" loads to components while they are being bombarded by the proton beam.

• Problem Solving A core requirement is the ability to perform "root-cause analysis" on test failures. If a chip glitches under radiation, the engineer must determine exactly why and suggest design mitigations to the avionics team.

• Preferred Experience Familiarity with RF test equipment, object-oriented software, and environmental testing protocols like HALT/HASS (Highly Accelerated Life Testing) is highly valued.

• Location & Culture The roles are based onsite in Winter Garden, Florida. In typical SpaceX fashion, the job description emphasizes a high-intensity environment, looking for "world-class talent" who are "people persons" and have a history of building complex projects. As Elon Musk noted on X regarding the new facility: "Not many companies have cyclotrons!"