Staff Systems Engineer, Driving Behaviors
Define and analyze metrics for autonomous driving behaviors, shape system design and verification, and lead cross-functional systems engineering projects that improve efficiency, safety, and reliability.
Location: Multiple locations available:
Work Type: Hybrid work may be available. Travel to government or partner sites may be required.
Employment Type: Full-Time
Salary Range: $150,000β$200,000 annually
Position Contingent Upon Contract Award
Overview
We are seeking a Wearables Technical Lead / Lead Systems Engineer to lead the technical architecture, integration, and engineering execution of an anticipated U.S. Space Force secure wearables program through Space Systems Command (SSC). Working directly with wearable fitness device vendor engineers, government technical stakeholders, MPX cybersecurity specialists, and mission partners, you will own the technical solution from architecture through integrated testing and operational pilot deployment. This is a hands-on technical leadership role requiring deep systems engineering expertise, sound technical judgment, and the ability to turn commercial technology into a secure, mission-ready capability.
Responsibilities
Requirements
Minimum Qualifications
Preferred Qualifications
Benefits
Salary
$150,000β$200,000 annually, depending on experience, qualifications, and work location.
Location
Washington, DC Metropolitan Area; Buckley Space Force Base, CO; Patrick Space Force Base, FL; Peterson Space Force Base, CO; or Schriever Space Force Base, CO.
Hybrid work and travel to government or partner sites may be required.
Benefits
About our client
Our client is a Super Intelligence-first mission technology company and Original Equipment Manufacturer (OEM) built to generate Decision Advantage for missions of consequence. Through their Team of Teams model, they integrate its people, OEMs, subcontractors, mission experts, commercial technology, and proprietary capabilities to make advanced products operationally ready for the Department of War, Intelligence Community, and broader U.S. Government.
Define and analyze metrics for autonomous driving behaviors, shape system design and verification, and lead cross-functional systems engineering projects that improve efficiency, safety, and reliability.
Lead and develop a small backend engineering team while remaining hands-on in architecture and production software, partnering with product to shape priorities and improve delivery and engineering practices.
Build evaluation methods, datasets, and production infrastructure to measure model safety and agentic investigations, identify gaps in safeguards, and inform training, enforcement, and launch decisions.
Lead security research that translates into product capabilities, expands integrations and controls, and informs remediation priorities and strategies for detecting and preventing sophisticated attacks.
Lead Software Engineer responsible for technical delivery across various software projects, mentoring engineers, and ensuring high standards in architecture and code quality.