Algorithm Engineer (Radar/Wireless)

Keywords: Algorithm, mmWave, Wireless, Radar A leading technology organisation is seeking a Radar Algorithm Engineer to join their expert team dedicated to advancing millimeter-wave radar solutions for automotive applications.

What you'll do:

• Develop sophisticated signal processing and target tracking algorithms tailored for automotive millimeter-wave radar systems operating at 60 GHz, ensuring robust performance in real-world scenarios.
• Design and implement FMCW/MIMO radar front-end signal processing flows, including range/Doppler FFT, beamforming, CFAR, and advanced angle estimation techniques such as MUSIC, ESPRIT, and DOA.
• Create multi-target tracking and fusion algorithms using Kalman/EKF/UKF/IMM filters, JPDA, GNN, and other state-of-the-art methods to enhance detection accuracy.
• Embed and optimise algorithms for deployment on TI mmWave SDK and Infineon AURIX/AutoSAR environments using C/C++/DSP programming skills.
• Conduct offline radar signal analysis, annotate datasets, and verify models using MATLAB/Python tools to ensure high-quality algorithm performance.
• Collaborate closely with system and hardware teams to execute real-vehicle measurements, laboratory tests, and comprehensive performance evaluations.
• Prepare detailed algorithm design documents and test reports, presenting technical achievements during Design Review sessions to stakeholders.
• Stay abreast of cutting-edge literature and industry trends to continuously refine the Radar Perception Stack for optimal results.

What you bring:

• Master's degree or above in Electrical Engineering, Electronics, Computer Science, Communications, Control Engineering or related field with over five years of relevant experience in radar algorithm development.
• Comprehensive understanding of TI AWR6xxx or Infineon BGT60 / RXS3x radar chip drivers and development processes gained through hands-on project work.
• Practical experience in range-Doppler map generation techniques as well as noise suppression strategies within automotive radar contexts.
• Expertise in angle estimation methodologies including FFT, MUSIC, Capon, ESPRIT applied to real-world signal processing challenges.
• Proven track record in target tracking using Kalman Filter (KF), Extended Kalman Filter (EKF), Unscented Kalman Filter (UKF), Particle Filter or similar approaches.
• Advanced proficiency in C/C++ embedded development with demonstrated optimisation skills for ARM/DSP platforms utilising SIMD instructions, DMA management and cache tuning.
• Ability to independently use MATLAB/Python (NumPy/SciPy/Matplotlib) for complex signal processing tasks and data analysis workflows.
• Excellent English technical document reading skills enabling effective participation in cross-departmental discussions with overseas clients or field application engineers.

What sets this company apart:

This organisation stands out as a pioneer in millimeter-wave technology dedicated to enhancing quality of life through innovative applications in automotive safety. Their commitment to continuous improvement is reflected not only in their pursuit of technical excellence but also in their investment in employee growth—offering flexible working arrangements that support work-life balance alongside access to ongoing training opportunities. The company fosters an inclusive culture where every team member’s expertise is valued; collaboration across departments is encouraged so that knowledge is shared freely among colleagues. By joining this team, you become part of a forward-thinking network that prioritises both technological advancement and personal wellbeing—ensuring that your career flourishes while your contributions make a tangible difference in society.

What's next:

If you are ready to take your expertise in radar algorithm engineering to new heights within a supportive environment committed to technological progress—this is your chance!

Apply today by clicking on the link below and begin your journey towards shaping the future of automotive safety.