Matter Intelligence

You'll operate **drone-mounted hyperspectral imaging systems** to capture high-quality aerial data across the greater Los Angeles area. Your work will directly support **advanced geospatial AI** applications that drive real-world environmental impact. This hands-on role combines field operations with sensor calibration and troubleshooting.

You'll lead the design and integration of **precision optical payloads** for **space and airborne platforms**, ensuring optical performance through structural, thermal, and dynamic environments. You'll own the optomechanical architecture from concept through flight hardware, working with cross-functional teams.

You'll lead the end-to-end technical architecture and integration of a **remote-sensing space system**, defining mission architecture and system-of-systems design. You'll directly shape **mission feasibility** and drive **system-level V&V plans**.

You'll lead the thermal architecture, analysis, and verification of **precision optical payloads and spacecraft systems** at a company building advanced airborne and spaceborne sensing systems. You will own thermal performance from concept through on-orbit operations, developing detailed models and supporting **thermal vacuum test campaigns**. This role offers deep technical ownership over flight hardware that operates in demanding orbital and airborne environments.

You'll assemble, integrate, test, and troubleshoot **high-reliability electro-mechanical and electro-optical systems** for advanced Earth-observation spacecraft and airborne platforms. Your precision work directly supports flight hardware that delivers new ways of understanding the physical world. You'll collaborate with engineers from NASA/JPL and OpenAI backgrounds.

You'll own the insurance data-product roadmap for Matter Intelligence's vision AI platform. You'll translate customer workflows into product specs, driving early deployment to scaled commercial packages. This role offers **deep impact in transforming property risk assessment** with **superintended vision technology**.

You'll build and operate infrastructure that turns drone and aerial sensing data into production datasets and customer-facing insights. This role focuses on **reliability, observability, and performance** of ingestion, processing, and serving systems on AWS. You'll partner with research and product teams to **shorten iteration cycles** and **raise the quality bar** as data and model complexity scale.

You'll support the architecture, integration, and verification of **airborne and spaceborne remote-sensing systems**. You'll work with senior engineers to define requirements and manage interfaces, gaining **broad exposure to real hardware that flies**. This role emphasizes **learning by doing** with increasing ownership over time.

You'll build and maintain processing pipelines and algorithms that turn raw hyperspectral satellite imagery into science-grade data products, working alongside senior remote sensing scientists and software engineers. Your core impact is ensuring every pipeline stage is scientifically sound, from radiometric corrections to atmospheric compensation. This role stands out because you'll write production code that runs at scale, combining math, physics, and **software engineering** on a team that has delivered technologies to Mars for NASA/JPL.

You'll own the end-to-end optical performance of complex electro-optical payloads for **space and airborne remote-sensing systems**. You'll define architectures, lead performance modeling, and guide design through integration and test. This role offers **early-stage equity** and the chance to advance **superintelligent vision technology**.

You'll design and build production-grade AI agents for internal teams at a vision AI startup. You'll own problems from discovery through deployment, creating tools that **compress hours into seconds** for engineering, sales, and leadership. This role offers direct impact across a **world-class team** behind Mars sensors and OpenAI infrastructure.

You'll deploy **Lidar and hyperspectral sensors** on drone platforms for field campaigns, supporting calibration, integration, and flight software V&V. This role blends engineering and operations to keep sensor platforms flight-ready from pre-flight checkout through data delivery. You'll work directly with sensor engineers and leadership to deliver high-quality data for scientists and customers.

You'll support **test setup and execution** of EO/IR sensors and spectrometers for ground, airborne, or space use. You'll work closely with senior engineers to define test needs, manage equipment, and document results. This role emphasizes **learning by doing** with **increasing ownership over time**.

You'll lead the development of algorithms and data pipelines that transform **ultraspectral imagery** into actionable intelligence. Your work will directly enable **Matter's mission** to deliver transformative Earth-observation capability across industries. You'll design physics-informed ML algorithms and build robust AWS-based processing pipelines.

You'll build and maintain the software that enables Matter's sensing systems to operate reliably in constrained environments, spanning embedded Linux, onboard data handling, and test infrastructure. Your core impact will be designing robust interfaces and debugging across hardware and software boundaries. This role offers the opportunity to shape flight software engineering culture at an early-stage company.