Application Engineering Solutions:- Lead a team to develop SoC-based application solutions with system architecture, algorithm/software/middleware/hardware applications, system integrations & verifications. - Provide SoC-based mass-production solutions include low-speed automated driving system (AVP, APA, AVM, etc), high-speed automated driving system (highway&city NOA, ICC, ACC/LKA/AEB, etc), and commercial vehicle operation-monitoring system.Application Engineering Services:- Lead a team to provide SoC-based engineering services with hardware design, software development, algorithm development, toolchain applications, acceptance testing.

L4 autonomous driving projects (goverment & company funded):- AVP (-10~30 kph): Low speed autonomous driving & parking in restricted areas.- RoboTaxi (0~60 kph): Normal speed autonomous driving on public city roads.L2+ assisted driving project (company funded): - HighwayPilot (0-130 kph): High speed assisted driving with autonomous lane change, on/off ramp, highway interchange feartures.Other projects:- Hardware: AD-DCU (Domain Control Unit for L2~L4 Automated Driving).- Hardware: 5G-MECU-V/R (AI computing and 5G communicating Device). - Algorithms: Deep Learning, Reinforcement Learning, Imitating Learning, etc.

Technical Head of Software Development Department1) Lead the advanced research of software development for L4 automated driving vehicles, the next generation connected vehicles (5G V2X), and mobile edge computing (MEC) platforms.2) Lead the advanced engineering of unified software architecture for L1-L5 automated driving vehicles, including perception+planning+control software development, domain controller hardware design, and prototyping automated driving vehicles build. 3) Manage (as person in charge from Geely side) two Key Research Projects of Chinese Ministry of Science and Technology, one is to establish new Standard for Performance Evaluation of Automated Driving Electric Vehicle (2018 Project 3.2 Topic 5: 2018YFB0105105), the other is to develop innovative Electronic and Electrical Architecture Platform for Intelligent Driving Electric Vehicle (2017 Project 3.1 Topic 5: 2017YFB0102505).4) Major innovator (submitted 30 invention disclosures with 11 as the first author), active developer (develop key algorithms/codes for automated driving, including Lidar processing & communication, Camera sensor fusion, vehicle actuator control, etc.), enthusiastic educator (technical advisor for around 12 young engineers).

Designed the functional and technical system architecture for self-driving cars (Cruising Chauffeur - Automated Driving for Highway/Freeway L3-L4).

Developed and delivered sensing/control/feature algorithms for automated driving vehicles (Driver Assistance Technology - Collision Avoidance for Intersection).