Radar Systems Engineer – Resource Management Lead
Confirmed on the employer's own hiring board on Oct 26, 2026. First seen by Alion on Sep 24, 2026.
This is a high-impact, system-level role ideal for someone who enjoys combining radar physics with advanced logic and optimization concepts. Autonomy and machine-learning enabled decision making (e.g., cognitive radar, queuing theory, RL/ML) are valuable but not required.
You will be a key member of the Radar Technologies department and report to the Senior Manager of Architecture and Systems Engineering. This role will work under the direction of the Radar Technical Lead and the Senior Manager of Architecture and Systems Engineering. It is responsible for architecture and design within the radar resource management and scheduling domain and will collaborate with other subsystem leads (DSP, Digital Beamforming, Tracking, Command & Control, Calibration) to define and realize the overall radar system design.
General Atomics Electromagnetic Systems (GA-EMS) designs and manufactures first of a kind electromagnetic and electric power generation systems. GA-EMS’ expanding portfolio of specialized products and integrated system solutions support critical fleet, space systems and satellites, missile defense, power and energy, and process and monitoring applications for defense, industrial, and commercial customers worldwide.
Highlights Working For GA-EMS:
- Eligible for the Individual Compensation Program (ICP) bonus.
- Outstanding retirement benefits: 401(k) with company match and a company pension.
- Excellent work environment: team-centric, all contributors valued and respected.
- Lead the architecture and system-level design of radar resource management (RRM) and scheduling for advanced radar systems.
- Develop radar schedulers that allocate radar resources (time, energy, beams, waveforms, apertures) across competing tasks and missions in real time.
- Define tasking concepts and scheduling strategies for search, track, surveillance, and special modes, including multi-function and multi-mission operations.
- Design search volumes, search fences, and waveform tables that coordinate search, track, and special modes under resource constraints.
- Perform system analysis and trades to evaluate resource management and scheduling approaches under varying mission scenarios, constraints, and environmental conditions.
- Develop algorithms, models, and simulations (primarily in MATLAB) to assess performance of RRM and scheduler designs, including scenario-based simulations and Monte Carlo analyses.
- Define and decompose system and subsystem requirements for RRM, scheduling, and associated control functions, including interfaces to DSP, tracking, digital beamforming, and command & control.
- Collaborate closely with stakeholders from other teams including:
- DSP to ensure scheduler designs respect waveform, processing, and latency constraints.
- Tracking to support track-based scheduling, track maintenance, and track-while-scan concepts.
- Digital Beamforming to coordinate beam/time allocation, multi-beam operations.
- Command & Control / Mission Capabilities to define operator controls, modes, search fence execution, and mission-level behaviors.
- Support integration and test planning for RRM and scheduler functions, including lab, HWIL (hardware-in-the-loop), and field test events.
- Analyze data from simulations, lab tests, and field tests to evaluate scheduler performance, troubleshoot issues, and develop design updates.
- Prepare and present technical material at internal and external technical reviews (SRR, PDR, CDR, TRR, etc.) and customer meetings.