Leng Che

• Developed a microcontroller-controlled SDR switching matrix for 6G measurement experiments, enabling flexible signal routing and repeatable laboratory setups. • Built and tested hardware prototypes and supporting control interfaces, including system integration, debugging, and measurement verification. • Investigated passive frequency-divider concepts for automotive radar applications and evaluated relevant circuit- and system-level design trade-offs. • Documented experimental results and communicated tec

Focus Areas: Digital IC design and verification, computer architecture, AI accelerator design, ASIC/FPGA systems, and mixed-signal ICs. Ongoing Project — Edge AI Accelerator: Designing and verifying a multi-precision, four-channel processing element (PE) and TPU-style systolic-array architecture f

Bachelor’s Thesis: Design and analysis of coupler structures and matching networks for a D-band FMCW radar transceiver IC. Academic focus included digital electronics, embedded systems, microelectronics, RF/microwave engineering, and semiconductor technology.