I’m Dr. Zhengyu Peng, a senior radar systems engineer with expertise in cutting-edge radar technology. I earned my Ph.D. from Texas Tech University in 2018, and since then, my focus has been on advancing high-resolution imaging radar at Aptiv, a global leader in safer, more sustainable mobility solutions. My technical strengths lie in automotive radar, mm-wave and microwave systems, radar signal processing, antenna arrays, and beamforming.
I also serve as an Associate Editor for the IEEE Transactions on Instrumentation and Measurement and actively contribute to the SPIE Defense+Commercial Sensing Radar Sensor Technology Committee.
- Next-gen High-Resolution Imaging Radar @ Aptiv
- RadarSimX – A comprehensive radar simulation toolchain
- Hexapod – A 3D-printed hexapod robot
- FLR4+ Radar: Aptiv's industry-leading 4D imaging radar, offering 300m range detection and true elevation target discrimination via machine learning.
- Interior Sensing Radar: Developed a radar system for in-cabin detection of living targets to enhance safety and comfort.
- Lead Editor of the book "Modern Radar for Automotive Applications" (IET, 2022)
- Associate Editor for IEEE Transactions on Instrumentation and Measurement
- Guest Editor for MDPI Remote Sensing Journal's Special Issue on "Radar Remote Sensing on Life Activities"
- Creator of Sentinel: A DIY smart camera based on Raspberry Pi and Telegram bots
- Developer of tools like:
- Antenna Array Analysis – A GUI tool for antenna array analysis
- Socket Test – A simple interface for TCP/UDP socket testing
- Tx-Line Calculator – A tool for RF/microwave engineers to calculate transmission lines
- Developed groundbreaking radar systems:
- 3D MIMO Radar: A portable 24-GHz 3D MIMO radar system
- Phased Array Radar: A K-band radar with beamforming for short-range localization
- Multi-Mode Radar: K-band radar for localization and vital sign detection
- Open-source contributions:
- Website: zpeng.me
- LinkedIn: linkedin.com/in/zhengyup