Senior DSP Engineer
Reverse Engineering & Analysis - Hardware, software, and signals based reverse engineering of RF systems and waveforms to identify opportunities and improvements. Software-Defined Radio Development - Develop and optimize SDR solutions using cutting-edge DSP techniques for electronic warfare and signals intelligence.
R&D and Algorithm Development - Design and develop new DSP algorithms to enhance the performance of SDR systems, focusing on signal detection, classification, and exploitation. Payload Development - Contribute to the development of payloads for advanced communications systems, ensuring compatibility with both existing and future technologies.
Testing and Validation - Work closely with developers and testing teams to validate and optimize system performance through laboratory testing, real-world experimentation, and field trials. Innovation - Embrace the use of the latest AI/ML tooling and hybrid cloud compute environments to deliver results that continually outpace and challenge the status quo.
Collaboration & Reporting - Use Agile principles and strong communication to work with peers and leaders to ensure that our delivery is providing the right solution on time. Apply now to take the next step in your DSP engineering career and help us to shape the future of RF Cyber.
It is expected that you can evidence prior experience and an ability to continue to grow in one of the following: Working knowledge of digital signal processing, algorithm or payload development, and embedded system design Working with RF communications and software-defined radio technologies & architectures, low level firmware, and systems integration Reverse engineering RF systems and signal analysis EW or SIGINT capability development (including RF waveform and protocol vulnerability analysis) Payload development for defence or covert communications systems FPGA/RFSOC development experience and proficiency in VHDL (or Verilog) Familiarity with GnuRadio, MatLab, AMD EDF or other SDR development tools Radio characterisation, front end device design, antenna selection, and link budget optimisation
