Staff Embedded Software Engineer

True Anomaly is at the forefront of space security and sustainability, developing innovative technology that combines spacecraft, software, and AI capabilities. We are seeking a highly experienced Staff Embedded Software Engineer to lead our real-time, performance-critical embedded software development for next-generation spacecraft systems.

In this role, you will be responsible for driving the end-to-end software development lifecycle for spacecraft systems, from initial design concepts through final deployment. Working with cutting-edge space hardware in a fast-paced environment, you'll optimize software for specialized embedded systems and ensure high-performance execution in space missions.

As a senior technical leader, you'll have the opportunity to make significant impacts across all phases of spacecraft programs. You'll collaborate with cross-functional teams including mechanical, electrical, firmware, and systems engineers while mentoring junior team members. Your expertise in real-time operating systems, embedded performance optimization, and hardware/software co-design will be crucial in developing reliable and efficient spacecraft systems.

The position offers a competitive compensation package including a base salary range of $160,000 - $215,000, plus equity and comprehensive benefits. Based in Long Beach, CA, we maintain a hybrid work environment that combines the flexibility of remote work with essential on-site collaboration.

We're looking for someone who brings not only technical excellence but also leadership capabilities and a passion for space exploration. Your work will directly contribute to safeguarding global security and ensuring sustainable access to space for future generations. If you're excited about pushing the boundaries of space technology while working with a dynamic team of innovators, we want to hear from you.

Join us in our mission to enhance space security and sustainability through innovative technology solutions. Your expertise in embedded systems will be instrumental in developing the next generation of spacecraft systems that will shape the future of space exploration and security.