PhD student (d/f/m) in the field of Advanced Navigation Payloads
Core
PhD research on reducing Size, Weight, and Power (SWaP) and improving Signal-In-Space (SiS) performance for next-generation Galileo satellite navigation payloads.
Role type
PhD student (Researcher)
Builds
Next-generation Galileo satellite navigation payloads (G2)
Domain
Aerospace / Satellite Navigation / RF Engineering
Deliverable
production ML models | product features | research
Required skills
Digital signal processing, RF channel modelling, MATLAB scripting, FPGA programming, GNSS signal knowledge
Preferred skills
VHDL, Satellite Communication experience, COTS hardware implementation
Technologies
MATLAB, FPGA, COTS hardware, VHDL
Responsibilities
Analysis and improvement of advanced navigation antennas and digital processing; Modelling of navigation signal generators and RF payloads; Development of MATLAB-based simulators; Validation on hardware and ground demonstrators; Trade-off analysis for space implementation.
Seniority
Student, Research
