Develop high-performance C++ software enabling advanced EW functions and real-time signal processing.
Design and implement RF waveforms for sensing, disruption, and secure communications.
Integrate wireless and cable-based data formats (e.g., QAM-64, QPSK) into operational systems.
Build and refine jamming capabilities tailored to mission requirements and threat profiles.
Contribute to electronic situational awareness tools, guidance algorithms, and RF-centric mission effects.
Collaborate with cross-disciplinary hardware and systems teams to align software, RF, and platform design.
Conduct rigorous integration testing to ensure stability, reliability, and consistent performance in EW environments.
Strong proficiency in modern C++ (memory management, concurrency, performance optimisation).
Understanding of RF fundamentals and the electromagnetic spectrum.
Clear and structured communication skills for cross-functional technical collaboration.
Ability to work with precision, methodical testing discipline, and strong security awareness.
RF spectrum engineering, radio communications, or electromagnetic systems.
Radar, X-ray systems, radiowaveform development, or software-defined radio.
Complex signal-processing environments and mathematically driven system design.
Hands-on experience with RF waveform design and amateur radio.
Familiarity with wireless & cable-borne data formats (QAM-64, QPSK).
Exposure to jamming theory, threat-driven RF effects, and EW tactics.
Experience in signal processing and mathematical modelling (Fourier methods, modulation theory, filtering, etc.).
Strong interest in physics, electromagnetic propagation, and waveform engineering.