Materials Engineer, AI Satellites (Starmind)

SpaceX•Bastrop, TX

1d•Onsite

About The Position

SpaceX is leveraging its experience deploying and operating the world’s largest satellite constellation to develop Starmind, a new constellation of satellites capturing solar energy in space to power low-cost, high-performance AI compute for Earth. Realizing this vision demands highly reliable, high performance electrical compute hardware, solar power systems, thermal radiators, and more. These systems must operate in the extreme environment of space while delivering the connectivity, control, power distribution, and processing needed for orbital AI inference. The Starmind team designs, builds, and operates the orbital compute fabric of the future. We develop nearly every key piece of technology in house – from the satellites’ flight computers and power systems to the fully custom compute electronics, memory, and networking that form the brain of our on-orbit data centers. As a Materials Engineer on the Starmind team, you’ll have ownership over the entire life-cycle of the hardware that enables advanced on-orbit AI processing and data center workloads. Your work sits at the intersection of process, packaging, mechanical, and thermal engineering. The Payload team is responsible for the design of industry-leading compute electronics, memory, and networking in order to achieve required domain sizes and processing workloads.

Requirements

Bachelor's degree in materials science, mechanical engineering, or other engineering discipline
Experience in microelectronics device research or manufacturing

Nice To Haves

Master’s degree in materials science or similar field
Internship, co-op, or early-career experience in hardware, robotics, automation, or manufacturing environments
Experience designing tooling, fixtures, or jigs for assembly or test applications
Exposure to scripting or data analysis tools (e.g., Python, MATLAB, or equivalent) for process data analysis or automation
Experience working with precision assemblies, robotic systems, or automated pick-and-place equipment
Familiarity with manufacturing process development methodologies (e.g., PFMEA, process capability studies, SPC)
Experience with or interest in production data systems, MES, or manufacturing traceability infrastructure
Familiarity with cleanroom or controlled-environment manufacturing practices

Responsibilities

Rapidly develop high-reliability microelectronics packages, cooling systems, and radiator hardware for satellites.
Own the full lifecycle of materials specification, validation, and process development— including device modeling, characterization of performance metrics, and materials failure analysis.
Drive system trades, requirements capture, materials selection, prototyping, manufacturing, failure analysis.
Build supply chains for build-up layers, plating chemicals, coatings, thermal interface materials, and other materials for compute and satellite manufacturing. Define incoming acceptance criteria for materials.
Address materials and process challenges in advanced packaging while spearheading the development of next-generation TIM materials to improve packaging performance.
Specify and implement in-process metrology tools for quality control. Design thermal test vehicles and test setups to evaluate material/electronic properties. Integrate simulation tools with experimental data to guide and drive targeted improvements via material or process changes.
Work closely with engineers from adjacent disciplines (mechanical, thermal, electrical, software, test engineering, supply chain, silicon design, etc.) to deliver tightly integrated, high-performance hardware
Challenge assumptions, question requirements, learn from your mistakes, and approach problems with an open mind
Manage compliance risks related to materials and processes, ensuring safety and environmental compliance with industry standards.
Collaborate closely with leadership and stakeholders across all departments—including design, reliability, production, and supply chain—to integrate materials innovations into product roadmaps and ensure accountability for operations and reliability.