Zone 5 Technologies
Perception Engineer III
About this role
Zone 5 Technologies seeks a Perception Engineer III to lead perception architecture for unmanned aircraft systems, developing target detection, tracking, and world modeling capabilities. You'll own the full sensor-to-autonomy pipeline, designing state estimators and seeker systems while contributing reusable components to a shared AI/ML platform.
What you'll do
- Design and develop target detection, tracking, and state estimation pipelines for robust performance under challenging conditions
- Implement track initiation, maintenance, association, and termination logic with characterized uncertainty
- Develop and tune nonlinear state estimators (EKF, UKF, particle filters) for target motion modeling
- Characterize seeker performance across engagement geometries, environmental conditions, and target signatures
- Define confidence and covariance outputs for downstream autonomy consumption
- Lead perception architecture decisions and technical delivery for the program
What they're looking for
- Target tracking and state estimation
- Kalman filtering variants (EKF, UKF, particle filters)
- Computer vision and sensor fusion
- Python and C++ development
- Robotics and autonomous systems
- Nonlinear estimation theory
- Real-time signal processing
- Technical leadership and architecture design
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Zone 5 Technologies
Zone 5 Technologies designs and manufactures unmanned aircraft systems and UAVs, focusing on advanced avionics integration and autonomous flight technologies. The company is hiring Systems Integration & Test Engineers, Systems Engineers, and Continuous Improvement Engineers to develop Hardware-in-the-Loop environments, optimize manufacturing processes, and validate next-generation unmanned aircraft systems.
View all jobs at Zone 5 TechnologiesLikely interview questions
- Walk us through your approach to designing a multi-hypothesis tracking system that handles target occlusion and measurement ambiguity
- Describe your experience tuning nonlinear filters in production systems—what challenges have you encountered with covariance estimates?