Embedded Software Engineer

Job Description:

Embedded Software Engineer - Drone Systems

Build software that helps power next-generation drone systems supporting U.S. Government programs.

Are you the kind of engineer who likes working close to the hardware, digging into complex Linux issues, and solving problems that do not have obvious answers?

Do you enjoy writing high-performance C++ where reliability, responsiveness, and system behavior really matter?

Would you rather work on technically challenging systems with real-world mission impact than spend your time maintaining ordinary business applications?

If so, this could be a strong fit.

The Opportunity

We are looking for an

Embedded Software Engineer

to contribute to advanced drone programs supporting U.S. Government customers.

This role is ideal for an engineer who is comfortable operating deep in the software stack, from application-level C++ down into Linux kernel behavior and system-level debugging. You will work on embedded software where performance, stability, reliability, and thoughtful engineering all matter.

You will join a technical environment where engineers are expected to solve difficult problems, collaborate across disciplines, and take ownership of their work from investigation through implementation and delivery.

This is a

hybrid position with three days onsite and two days remote each week .

What You'll Work On

Embedded Software Development

Design, develop, test, and maintain embedded software using

C++

for advanced drone platforms and related systems.

You will contribute to software where performance, reliability, and efficient use of system resources are critical.

Linux Systems & Kernel-Level Engineering

Work within Linux-based embedded environments and troubleshoot problems that may extend beyond the application layer.

You should be comfortable investigating operating-system behavior and working with concepts related to the

Linux kernel , including system-level performance, processes, memory, drivers, interfaces, or other low-level components.

Complex Debugging & Root-Cause Analysis

Diagnose difficult software and system-level problems across embedded platforms.

You will be expected to move beyond symptoms, isolate root causes, evaluate technical tradeoffs, and implement solutions that improve system reliability and performance.

Cross-Functional Engineering

Collaborate with software, systems, hardware, test, and program teams to solve problems that often cross traditional engineering boundaries.

The strongest candidates will be comfortable learning how the entire system works rather than focusing only on their individual piece of the software.

Performance, Reliability & Continuous Improvement

Help improve the performance, stability, maintainability, and overall quality of the software platform.

You naturally think about factors such as latency, throughput, memory utilization, CPU usage, robustness, and predictable system behavior.

You'll Probably Thrive Here If

You enjoy solving technically difficult problems and are comfortable when the answer is not immediately obvious.

You are curious about how systems work beneath the surface and are willing to dig into operating-system and hardware interactions when necessary.

You take ownership of problems instead of waiting for someone else to define every step.

You are methodical when debugging but flexible when the original hypothesis turns out to be wrong.

You care about building reliable software, not simply getting code to compile.

And you enjoy working with other strong engineers to solve problems that cross software, hardware, and system boundaries.

What You Need to Bring

Must Have 5+ years of experience with Embedded Software Development Strong professional experience developing software in

C++ Hands-on experience working with the

Linux kernel

and Linux-based systems Experience solving complex embedded, systems-level, or low-level software problems Strong debugging and root-cause analysis skills Ability to collaborate effectively with engineers across multiple technical disciplines Ability to work a

hybrid schedule of three days onsite and two days remote U.S. Citizenship is required

due to the requirements associated with the U.S. Government programs supported by this position Nice to Have

Experience in any of the following would be valuable, but is not required:

Python Video streaming or real-time video systems Video pipelines, codecs, or media processing Gaming technology Graphics or rendering systems Real-time or performance-sensitive software Embedded Linux development Device