Embedded Flight Software Engineer

Job Description

This position focuses on the design, development, and validation of embedded flight software for a deployed payload system that uses advanced sensors in a novel space application. You will work in a fully digital development environment and play a key role in qualifying and validating software for flight operations. The role requires deep expertise in embedded systems, real-time operating systems, and C++ development for mission-critical, flight-qualified software.

Responsibilities

• Design, develop, and test embedded flight software in C++ for space-based sensor payload systems.


• Implement embedded software that meets functional, performance, and reliability requirements for flight operations.


• Execute digital simulations to validate software performance, behavior, and functionality in representative environments.


• Ensure embedded software meets flight qualification standards and applicable regulatory requirements.


• Debug and resolve complex software issues in real-time operating system (RTOS) environments, including VxWorks.


• Collaborate closely with systems engineering and hardware teams to integrate software with payload and sensor systems.


• Analyze system-level constraints such as timing, memory, processing capacity, and safety requirements, and architect solutions that operate effectively within these limits.


• Apply a systematic, fact-based problem-solving methodology to isolate root causes and implement robust fixes.


• Develop, document, and execute software test procedures and validation plans for flight software.


• Prepare and maintain detailed documentation of software design, implementation decisions, test procedures, and validation results.


• Participate in technical design reviews, code reviews, and formal assessments to ensure software quality and compliance.


• Generate and evaluate multiple technical solution options when addressing complex embedded software challenges.


• Demonstrate technical resilience by persisting through difficult issues and driving them to successful resolution.

Essential Skills

• Minimum 15 years of experience in embedded software development.


• Strong proficiency in C++ for embedded systems development.


• Hands-on experience with embedded C and embedded software architectures.


• Proven expertise with Real-Time Operating Systems (RTOS), including VxWorks.


• Demonstrated experience developing flight software rather than ground support software.


• Prior experience with flight-qualified or flight-critical software development.


• Experience executing digital simulations for software validation and verification.


• Strong embedded background with the ability to design, implement, and test low-level software for hardware-constrained environments.


• Demonstrated ability to write embedded code that performs to specification and can be effectively tested and validated in simulated environments.


• Systematic problem-solving methodology, including structured approaches to isolating root causes of technical issues.


• Fact-based analysis skills, with the ability to gather, interpret, and leverage technical data and empirical evidence for debugging and troubleshooting.


• Ability to generate multiple viable technical solutions within engineering and system constraints.


• Understanding of system-level constraints such as timing, memory, processing limitations, and safety requirements, and the ability to design within those boundaries.


• Technical resilience, with a track record of persisting through complex embedded software problems and driving them to resolution.


• Strong analytical and problem-solving skills with the ability to systematically diagnose issues, evaluate constraints, and develop viable solutions.


• Bachelor’s degree in Computer Science, Computer Engineering, Electrical Engineering, or a related technical field.

Additional Skills & Qualifications

• Experience with missile or other highly mission-critical systems is beneficial.


• Familiarity with classified or sensitive projects and environments.


• Ability to collaborate effectively with multidisciplinary engineering teams, including systems and hardware engineers.


• Strong written and verbal communication skills for documenting designs, test procedures, and validation results.


• Comfort working within a fully digital development and simulation environment.