About the job
About Matter Intelligence
Matter Intelligence is at the forefront of innovation, developing sophisticated Earth-observation systems that merge cutting-edge sensing technologies with spacecraft and airborne platforms, all powered by artificial intelligence. Our systems provide groundbreaking insights into the physical world, ranging from molecular chemistry to 3D structural analysis, utilized in both spaceborne and airborne missions.
Our talented team has successfully delivered advanced technologies to NASA/JPL for Mars missions, designed state-of-the-art sensors for U. S. defense applications, and contributed to foundational systems at OpenAI. We are now embarking on the next phase of evolution in space-based and airborne sensing systems.
About the Role
We are on the lookout for a passionate Early Career Systems Engineer to assist in the architecture, integration, analysis, and verification of airborne and spaceborne remote-sensing systems. This position is perfect for recent graduates eager to gain comprehensive experience with real hardware that operates in flight, while honing their systems engineering skills.
You will collaborate closely with senior systems engineers and subsystem leaders across various domains (optics, electronics, avionics, mechanical, software, AI&T) to help define requirements, manage interfaces, support integration and testing processes, and ensure achievement of system-level performance metrics.
This role promotes a hands-on learning environment, with the opportunity for increased responsibility as you advance.
Key Responsibilities
Systems Engineering Support
Assist in the development of system architectures for airborne and spaceborne sensing systems.
Contribute to the definition, allocation, and traceability of requirements across subsystems.
Help create and maintain Interface Control Documents (ICDs).
Support system-level trade studies and performance assessments (power, mass, data, timing, pointing).
Integration, Test & Verification
Assist in planning and executing system integration activities.
Aid in the development of test plans, procedures, and verification matrices.
Engage in laboratory integration, functional testing, and field demonstrations.
Support the review of test data, anomaly tracking, and documentation processes.
Cross-Disciplinary Collaboration
Collaborate with teams across optics, mechanical, electronics, and various other disciplines to achieve project goals.

