ADV000CJF Lead Embedded Software Engineer (A)

Aerodyne Industries•Houston, TX

23d

About The Position

Aerodyne Industries is a dynamic, rapidly growing engineering and information technology services firm headquartered on Florida’s exciting Space Coast. With locations throughout the US, we take pride in delivering small business agility with large corporation capabilities. Our list of clients count on us to prepare NASA’s Missions to the Moon and Mars and to defend our nation supporting the Missile Defense Agency and Department of Defense.  Join the adventure of a lifetime by becoming a teammate with Aerodyne Industries and work on projects that will define our future. Are you passionate about human space exploration, understanding the origins of the universe, and working with a passionate and diverse team to make a difference? If you are, we need you! We need your talent, teamwork, and energy to help us achieve great things that inspire people all over the globe. We need you to bring creative ideas and diverse backgrounds to help us envision, shape, and deliver systems that will enable the exploration of space while benefiting people here on Earth. We are excited about what we do, and we need you on our team as we take on exciting challenges for NASA’s pursuits in deep space exploration. We have an exciting opportunity for a Lead Embedded Software Engineer - Audio Comms & Streaming Test Framework to join the team with Aerodyne Industries. We are actively searching for qualified candidates for this potential opening; however, we do not have assurance at this time when the position will be finalized and opened. Because we have strong reason to believe the position will be approved soon, we are proceeding with identifying qualified candidates and conducting interviews. The Lead Embedded Software Engineer - Audio Comms & Streaming Test Framework will: Leads the architecture and delivery of a cFS-based test framework for streaming voice across EVA suits, human landers, and lunar vehicles, leveraging core cFE services for messaging, scheduling, and telemetry. Drives rapid prototyping from proof-of-concept to demo-ready stacks on desktop Linux and target hardware with reproducible scenarios for reviews. Integrates TRICK and similar simulators to inject audio payloads, timing faults, and synchronization events, using Python automation to control scenarios and capture objective performance evidence. Develops embedded C/C++ modules with Python-based ground tools for command, visualization, and CI-friendly testing Mentoring engineers in streaming audio systems and RTOS fundamentals Maintaining configuration, documentation, and requirements traceability. Resumes, in month and year format, must be submitted with application in order to be considered for the position.

Requirements

Typically requires a minimum of a bachelor’s degree in Engineering and normally possess 5-10 years of related experience.
BS/MS in CS/CE/EE (or equivalent) with 5 + years in embedded systems; demonstrable systems design/analysis, and delivery of real – time software in dynamic environments.
Expert in Embedded C/C++,Python; comfortable on Linux and Windows; hands ‑ on with SPI, USB, Ethernet, TCP/IP, Linux drivers, and emulator/debug tools.
Practical experience with cFS/cFE, SB ‑ centric app design, and reusable cFS apps (Data Storage, File Manager, Scheduler); strong grasp of OSAL/PSP for cross platform portability.

Nice To Haves

Proven record building demo frameworks that stakeholders can run locally (scripts, containers, or VM images), plus dashboarding for real time metrics.
Background in low ‑ bandwidth voice pipelines (e.g., ADPCM such as G.721) and audio DSP fundamentals for resilience under deterministic scheduling.
Experience presenting technical material live and responding to real time questions; familiarity with formal configuration management and issue tracking.

Responsibilities

Leads the architecture and delivery of a cFS-based test framework for streaming voice across EVA suits, human landers, and lunar vehicles, leveraging core cFE services for messaging, scheduling, and telemetry.
Drives rapid prototyping from proof-of-concept to demo-ready stacks on desktop Linux and target hardware with reproducible scenarios for reviews.
Integrates TRICK and similar simulators to inject audio payloads, timing faults, and synchronization events, using Python automation to control scenarios and capture objective performance evidence.
Develops embedded C/C++ modules with Python-based ground tools for command, visualization, and CI-friendly testing
Mentoring engineers in streaming audio systems and RTOS fundamentals
Maintaining configuration, documentation, and requirements traceability.