The Satellite Systems Operations Engineer ensures operational integrity of LEO satellites through telemetry analysis, anomaly investigation, and technical oversight during launches, while developing operational concepts.

The Flight Controller manages satellite and ground system operations, monitors system health, executes commands, and responds to anomalies in a mission-critical environment.

As a Software Engineer, you will design, develop, and maintain software for satellites and ground systems, focusing on high reliability and real-time operations.

Work as a software engineering intern on space and telecommunications projects across design, build, test, and operation phases. Collaborate on satellite systems (communications, flight software, C&DH) and related hardware/software development while working both autonomously and in teams.

The Senior Software Engineer will lead the design and development of software for satellite systems, mentor juniors, and ensure high reliability.

Provide high-level administrative support to the CEO and Executive Team: manage confidential matters, complex calendars, travel and expenses, prepare presentations/reports, liaise with the board, handle correspondence, and complete ad hoc projects while representing the company professionally.

The Test Engineer will support testing of payload hardware, design test beds for verification, debug issues, and automate testing tools.

Design high-speed FPGA RTL for satellite communication systems, implement device drivers, test hardware, and perform digital signal processing.

As a Mechanical Engineer, you will analyze, design, and enhance mechanical systems of satellite communications payloads and support integration and testing of hardware systems.

Responsible for designing, implementing, and maintaining the organization's computer network infrastructure, troubleshooting issues, and providing end user support.

Develop flight software for command and control of satellites, manage the software lifecycle, create embedded software, and implement best practices using Rust.

As a Principal Mechanical Engineer, you will design, analyze, and test mechanical systems for satellite communications, working collaboratively with various engineering teams.

The ADCS Engineer will design, implement, and optimize satellite attitude determination and control systems, focusing on components, simulation, and testing for satellite operations.

The Wireless Engineer will design algorithms for satellite communication, develop baseband modems, evaluate performance, and support testing of base station software functions.

The Senior Mechanical Engineer will design, analyze, and test mechanical systems for satellite communications, collaborating with multiple engineering teams.

The Wireless Engineer will design and optimize spacecraft communication systems, evaluate RF components, analyze link budgets, and support integration and testing processes.

Develop and implement orbital dynamics strategies for a constellation of satellites, focusing on automation and collision avoidance. Lead maneuver planning and support mission operations while analyzing constellation performance.