To accelerate the development and implementation of 4D Imaging Radar technology in driver-assist and full autonomous driving system.-- We have samples ready for you, today.

I lead the in-house radar & camera team.

Build and deliver high quality hardware from scratch.Root-cause tough HW issues. Led/Single-handed 6+ in-house HW projects, including EE Hardware Design, production, bring-up, deployment and trouble shooting. Reviewed all Pony EE projects（2018-2020） to improve hardware design quality.Schematics Capture, PCB layouts, Signal Integrity, Power Integrity, Thermal, EMC, DFM, RF & high speed designs, Connectors, Cabling, Packaging and Vehicle Integration. Xilinx FPGA PCB, DDR4, PCIE, Switch Mode Power Supply Design, Maxim GMSL2, POC filter design, GPS, Brand new Camera EE design-production-bring-up, ISP-tuning, Traffic Light Flickr Reduction, Ethernet design,10Gbase-T, 1000base-T & T1, Ethernet switch, Vehicle Grounding Strategy, CAN, USB, RS-232, RS-422, Time sync, SPI, UART, 4D Image Radar HW design. ---- Yes, I actually worked extensively on every one of these. :)

Special Project Group (Autonomous system)As one of the first 150 members, helped delivered 20+ modules.Electromagnetic Compatibility (EMC) designsSchematics / PCB layouts / packaging / connectors / cabling reviewsPower (Inverter) & Signal Filter designsSystem IntegrationEMC testing & trouble-shootingElectromagnetic modeling with SPICE, ADS, Q3D, Maxwell, HFSS & CSTPower Integrity (PI) and Signal Integrity (SI)Designed next generation autonomous system hardware from scratch.

As a PHD student, I was lucky enough to be mentored by Dr. Todd Hubing for 5 years. Where I learned and grew to be a top EMC engineer. Projects:EMC trouble-shooting for Skypine Electronics 06/2011 –04/2012 Investigation of the Conversion between Differential Mode and Common Mode Signals 01/2013 –06/2014 Radiated Emission Estimation of Cable-attached PCB with Near-Field Measurement 04/2012 –01/2013 EMC Evaluation of Electronic Throttle Control System (ETCS) 04/2010 –01/2012LED Display Trouble shooting for Electrolux Inc 08/2009 – 03/2010

• Reviewed electrical designs, analyzed and diagnosed the electromagnetic interference problems from power inverter to various analog and digital signals. • Extracted the key electromagnetic parameters by performing both 3D static field calculation and full wave simulations in Q3D and HFSS to build circuit models. • Built system-level electromagnetic models of an electric vehicle in HFSS and performed full wave 3D simulation to represent the real world EMC problems and to validate the EMC performance of new electrical designs. • Worked closely with customers and engineers from other disciplines to discuss and negotiate the EMC regulatory requirements and non-EMC limitations.