Principal Radar Engineer- MTI

About the role

Kapta Space is seeking a Principal Radar Engineer to lead radar systems engineering and algorithm development for spaceborne MTI, including target detection, tracking, and performance modeling. We are seeking a hands-on radar SME who can translate mission needs into high-performance radar modes and algorithms.

Responsibilities

• Define requirements and architectures for spaceborne MTI detection, tracking, and performance
• Develop MTI algorithms for Doppler processing, clutter suppression, detection, association, and tracking
• Model radar and tracker performance in MATLAB/Python across representative orbital geometries and target scenarios
• Lead waveform, processing, detection-threshold, and tracker trade studies to optimize mission performance
• Analyze simulated and measured data; define metrics, test cases, and verification methods
• Partner with RF/antenna, FPGA, software, and systems teams to implement and validate algorithms on hardware
• Serve as MTI radar SME, mentor engineers, support customer reviews, and help grow the radar team

Required Qualifications

• BS or MS in Electrical Engineering, Physics, Mathematics, Computer Engineering, or related field
• 8+ years in radar systems/signal processing, including MTI detection and target tracking
• Expertise in waveform design, Doppler processing, detection theory, clutter, tracking, and radar performance
• Experience with SAR-based MTI/GMTI algorithms and tracker modeling/evaluation
• Strong MATLAB/Python skills for modeling, simulation, algorithms, and data analysis
• Strong foundation in estimation theory, probability/statistics, Fourier analysis, and numerical methods
• Ability to turn mission needs into requirements, architectures, trade studies, and verification plans in a lean startup environment

Bonus if candidates have experience and skills in the following areas

• Advanced degree (MS/PhD) in EE, Physics, Mathematics, Signal Processing, or related field
• Spaceborne radar/SAR experience, including orbital-geometry impacts on MTI performance
• Advanced tracking methods: Kalman/EKF/UKF, IMM, MHT, track-before-detect, or feature-aided tracking
• SAR/MTI clutter suppression using DPCA, STAP, or other multi-channel techniques
• Familiarity with STANAG 4607/4676, OMS/UCI, or related MTI data standards
• Phased arrays, electronic beam steering, digital beamforming, and radar calibration
• Real-time algorithm implementation in C/C++, FPGA, GPU, or embedded processors
• Radar integration, hardware-in-the-loop test, and verification/validation experience
• Experience briefing DoD/IC customers as a principal technical representative
• Current or ability to obtain and maintain a Top Secret/SCI security clearance