Own a stage of the system.

Own receiver-system design and integration from architecture through laboratory and field validation. Work across RF front-end choices, link budgets, test plans, interfaces and measured performance.

What you bring: practical RF systems experience, confidence with lab instruments, and the judgement to move between a link budget and a working prototype.

Design microwave and RF hardware from circuit and component selection through PCB layout, bring-up, tuning and test documentation. You will help make hardware that performs outside the simulator.

What you bring: RF PCB design and simulation experience, familiarity with VNAs and spectrum analysers, and care for the small details that decide hardware performance.

Build the methods that transform raw RF observations into detection, classification and location cues. Work with time-frequency analysis, feature extraction, model evaluation and recordings from live RF environments.

What you bring: strong Python or MATLAB, solid DSP fundamentals, and the discipline to test against messy signals rather than ideal datasets.

Deploy sensing and inference pipelines on constrained embedded hardware. Bridge models, firmware and data paths so operators receive useful decisions with dependable latency.

What you bring: embedded C/C++, Python, edge-model deployment experience, and an instinct for power, memory and timing constraints.

Contribute to active prototypes across RF, firmware, signal processing and field testing. You will own a bounded problem and document how you approached it.

What you bring: curiosity, a record of building things, and the willingness to learn from measurements that disagree with assumptions.