Senior Flight Software Engineer, Relativity Space

• An undergraduate or graduate degree in a relevant engineering discipline (Electrical Engineering, Computer Engineering, Computer Science, Aerospace Engineering) with 5+ years experience of production development experience
• Deep professional experience and technical expertise delivering production-level and real time embedded software
• Expert in Rust, C++, and/or other system languages, as well as algorithms and data structures
• Expert in Linux Operating System concepts such as memory management, CPU shielding, scheduling, etc
• Expert in networking concepts such as TCP/IP, UDP
• Experience with software development processes including: source control, bug tracking, and CI/CD

Desirable

• The Integrated Software team is responsible for developing a wide array of software across the entire company
• This includes controlling the rocket from launch pad to orbit, providing real-time control systems for engine testing, structures testing, and launch facilities, and lastly (but certainly not least) creating our factory of the future with our proprietary 3D printing technology
• This team is at the forefront of driving Relativity Space towards our mission of a multiplanetary future, from changing how we manufacture rockets to how we fly them
• As a Senior Flight Software Engineer, you will have a major role in the full life cycle of Flight Software from gathering requirements, defining architecture, development, integration to the commissioning and support of test and launch operations
• You'll work closely with GNC engineers to integrate complex algorithms for vehicle ascent and re-entry, descent and landing, and closely with Embedded Software Engineers and Avionics to integrate vehicle sensor data such as GPS, IMU, Radar, and to control vehicle equipment such as valves, thrust vector controls, and landing grid fins
• Write concise documentation such as Concept of Operations, Interface Control Documents, and Software Design Documents
• Architect and deliver core flight software with a strong focus on meeting system and performance requirements such as latency, allowed jitter, and control frequency
• Develop telemetry system that prioritizes, filters, stores and forwards, and encodes/decodes telemetry to RF format, and routes that data through ground stations and to data centers
• Support the development and integration of testing infrastructure such as HITL (Hardware-In-The-Loop) and HOOTL (Hardware-Out-Of-The-Loop) and physics and fluid sims
• Build automated unit, integration and system level tests in CI/CD
• Focus on maximizing the team's velocity by defining processes, best practices, integrating modern tools and technologies, and mentoring junior engineers

• Health, dental, and vision coverage
• Additional stipend for employee wellness
• 401(k)
• Equity
• 11 company holidays & generous PTO
• Monthly lunches, game nights, holiday celebrations, and offsite events
• Generous parental leave and provide a $10,000 stipend for fertility, adoption, and other family-building benefits
• $2,000 annual learning stipend
• Constant training opportunities, company Lunch and Learns, and access to industry conferences

Total funding: $1.4bn

Relativity Space has set out to build humanity’s multiplanetary future with its innovative 3D printed rockets. The company is at the forefront of software-defined manufacturing, combining 3D printing, AI, and autonomous robotics to create the “factory of the future.” By utilizing 3D printing, Relativity has simplified its supply chain, building rockets in less than 60 days that require 100x fewer parts.