Lead Aviation Spectrum Engineer Security Clearance

Position: Lead Aviation Spectrum Engineer with Security Clearance
Why choose between doing meaningful work and having a fulfilling life? At MITRE, you can have both. That's because MITRE people are committed to tackling our nation's toughest challenges-and we're committed to the long-term well-being of our employees. MITRE is different from most technology companies. We are a not-for-profit corporation chartered to work for the public interest, with no commercial conflicts to influence what we do.

The R&D centers we operate for the government create lasting impact in fields as diverse as cybersecurity, healthcare, aviation, defense, and enterprise transformation. We're making a difference every day-working for a safer, healthier, and more secure nation and world. Our workplace reflects our values. We offer competitive benefits, exceptional professional development opportunities for career growth, and a culture of innovation that embraces adaptability, collaboration, technical excellence, and people in partnership.

If this sounds like the choice you want to make, then choose MITRE - and make a difference with us. The Integrated Transportation Future Vision and Research Department is currently seeking a motivated, experienced Aviation Systems Engineer with experience in the wireless communications and spectrum domains to design innovative solutions, make evidence-based recommendations to help the Federal Aviation Administration chart the future of aviation, and deliver high impact outcomes to sponsors across the transportation sector, particularly in support of critical infrastructure and national security missions.

The Future Vision and Research department is shaping and maturing the evolutionary concepts that will lead the aerospace domain to a safe, efficient, and agile operation in the future, working in concert with our fellow departments in the Transportation Evolution and Systems Engineering division as the FAA moves to the Brand New Air Traffic Control System (BNATCS) environment. As an Aviation Systems Engineer in this department, you will be working in the public interest to apply your engineering knowledge and expertise to design and evaluate new operational concepts, participate in harmonization and regulatory analyses and activities, and work in partnership with industry and government to address aviation's most challenging emerging problems.

Our employees are empowered to work on multiple projects, cross-pollinate across teams, and bring forward new ideas in a continuous learning environment. To be successful you will:
* Passionately apply your engineering skills and experience to help shape the future of aviation with a particular focus on spectrum harmonization and Communications, Navigation, and Surveillance (CNS) systems engineering.

* Communicate results and recommendations in an intuitive, actionable manner.

* Navigate complex, consensus-driven multi-stakeholder environments where technical, regulatory, operational, economic, and national interests may be in tension, while maintaining an evidence-based engineering perspective.

* Lead technical analyses supporting domestic and international spectrum harmonization, policy, and regulatory activities, including preparation for and participation in ITU-R Study Groups and Working Parties, WRC/CPM activities, standards-development organizations, and domestic spectrum forums.

* Plan and execute compatibility, coexistence, interference, propagation, link-budget, and aggregate-interference studies to evaluate the impact of emerging wireless technologies on incumbent aviation and other critical systems, as part of domestic studies and harmonization activities.

* Assess the operational, technical, and policy implications of spectrum allocation and regulatory changes, developing technically sound recommendations that balance innovation, mission needs, and protection of safety-critical systems.

* Model potential interference from external systems into incumbent spectrum-dependent systems, quantify operational impacts and identify protection criteria and mitigation approaches.

* Build and validate study models using tools such as MATLAB, Visualyse, SEAMCAT, Atoll, iQ-link, HTZ, or similar tools, and clearly…