NewOrbit Space

You'll develop and execute **satellite testing protocols**, troubleshoot integration issues, and validate system performance for **lowest orbiting satellites**. Your work will ensure all subsystems operate cohesively at **just 200 km altitude**.

You'll lead the design and delivery of the electrical power subsystem for our **ULEO satellite missions**. Your work will ensure reliable, efficient power from generation to distribution. You'll own the architecture and **optimize performance under tight constraints** in a fast-paced environment.

You'll own the software that makes the spacecraft behave, designing **real-time control flows** and **autonomy** for satellites operating at just 200 km altitude. You'll implement robust flight-software services on RTOS or Embedded Linux, taking them from simulation to launch and on-orbit operations.

You'll design and optimize the architecture, algorithms, and integration of sensors and actuators for **satellites operating at ultra-low Earth orbit**. Your core impact involves developing **advanced attitude control algorithms** and validating them through **hardware-in-the-loop simulations**. You'll support on-orbit operations and troubleshooting to ensure mission success.

You'll build and lead a commercial function for a **satellite technology startup**, securing high-value contracts with government and enterprise customers. You'll own the full deal cycle from shaping opportunities to closing multi-year agreements. This role offers **ownership and impact** in a pioneering space company.

You'll establish NewOrbit's mission operations capability from scratch, defining how spacecraft are commanded, monitored, and operated. You'll lead the setup of mission control, define spacecraft-ground interfaces, and support LEOP, commissioning, and anomaly response. This role offers **unmatched ownership** and **pioneering space technology**.

You'll support the design, analysis, testing, and qualification of **structures for VLEO satellites** operating at just 200 km altitude. Your core impact is ensuring **reliability and survivability** of spacecraft in harsh orbital environments. You'll collaborate across mechanical, thermal, propulsion, and AIT teams to develop **flight hardware from early modelling through environmental validation**.