CoAspire is a cutting-edge defense manufacturing leader in Northern Virginia, specializing in the precision assembly of advanced weapons systems. With over thirteen years of a legacy of innovation, we're at the forefront of building reliable, affordable mass weapons that protect and empower our nation’s warfighters. Our tight-knit team thrives in a collaborative environment where safety, quality, and work-life balance come first with a focus on professional growth at our new 27,000+ sq. ft. facility. Join us to make a tangible impact on mission-critical technology while enjoying Northern Virginia's vibrant community.
Position: You will build onboard autonomy software for collaborative airborne strike weapons. The work centers on weapons that communicate with one another in flight so a salvo can share situational awareness, reallocate routes and waypoints, and make dynamic targeting decisions within stakeholder-defined rules of engagement. Working with multidisciplinary engineering teams, you will develop planning, decision, and communications software - using classical algorithms, machine learning, AI, or a mix of all three - so networked munitions remain effective in contested, communications-limited environments.
Location: Fairfax, Va or Manassas, VA
Responsibilities:
- Develop/Modify cooperative autonomy algorithms for airborne and other strike weapons, enabling Network Collaborative Autonomy (NCA) capability.
- Design and implement weapon-to-weapon and weapon-to-C2 protocols/APIs that support tactical decision-making on the edge, similar to in-flight target updates (IFTUs). Existing government protocols/APIs will serve as a basis for this work.
- Integrate this functionality with the extant, embedded Operational Flight Program (OFP) stack.
- Create and validate high-fidelity simulations of cruise-missile flight, networking, and collaborative engagement.
- Train, tune, and test collaborative communications, track management, and target-prioritization functions using classical methods, ML, or AI.
- Write clean, maintainable, efficient code with automated regression and unit test cases that also interoperate with our CI/CD pipeline.
- Assist engineering leadership in diagnosing performance issues, evaluating design trade-offs, and recommending optimizations.
- Prepare clear technical documentation, analysis summaries, charts, and presentations for internal reviews and external stakeholders.
- Contribute to process improvements, autonomy tools, optimization algorithms, and workflow enhancements as needed.
- Support CONUS travel for flight test and integration events as required.
Basic Qualifications:
- At least 6 years of C++ experience with an advanced understanding of algorithms, embedded considerations, real-time programming and networking.
- Bachelor’s degree in Computer Science or adjacent technical degree.
- Previous expertise with collaborative communications in airborne platforms such as drones or other DoW weapons.
- Proficiency in Git for configuration management.
- U.S. citizenship and ability to obtain and maintain security clearance.
- Comfortable working in a fast-paced, collaborative, team-oriented environment.
Preferred Qualifications:
- Master’s degree in Computer Science or adjacent technical degree.
- Experience with USAF Weapon Open Systems Architecture (WOSA)
Beyond competitive pay, we offer:
- Full benefits from day one: medical, dental and vision
- 401(k) with generous company match and immediate vesting
- PTO and Federal holidays
Apply now! We're reviewing applications on a rolling basis. Let's build the future together. No agencies, please.
The anticipated salary range for this position is $140,000-170,000. Actual compensation will be determined based on experience, skills, qualifications, and internal equity.
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