Ching-Yao Chan

C0-Director, Berkeley DeepDrive

Program Manager, CALIFORNIA PATH

Bldg. 452, Richmond Field Station, MC 3580
1357 South 46th Street, Richmond, CA 94804, USA
Phone: 510-665-3621
Email Address: 

CURRENT RESEARCH AREAS

SHORT BIOGRAPHY

Dr. Ching-Yao Chan is Co-Director, along with Prof. Trevor Darrell and Prof. Kurt Keutzer, of Berkeley DeepDrive (BDD). BDD is a research consortium dedicated to the research and development of technologies for intelligent autonomy, with applications for autonomous driving and robotics.  Dr. Chan leads research projects on machine learning applications in autonomous driving and manages the BDD infrastructure projects in data and experimental vehicles.

Dr. Ching-Yao Chan is also a Researcher and a Program Manager at California PATH (Partners for Advanced Transportation Technology). PATH has been a pioneering organization spearheading the field of research on intelligent transportation systems since 1986. At PATH, Dr. Chan leads research projects in vehicle automation, advanced vehicular technologies, human factors, and traffic systems.   

Dr. Chan has three decades of research experience in a broad range of automotive and transportation systems. His research spans from the development of driver-assistance and automated driving systems, sensing and wireless communication technologies, and highway network safety assessment.

EDUCATION

  • B.S., Mechanical Engineering, National Taiwan University, 1981
  • M.S., Mechanical Engineering, University of California at Berkeley, 1985
  • Ph.D., Mechanical Engineering, University of California at Berkeley, 1988

PUBLICATIONS

Click here for a recent list of publications

TECHNICAL BACKGROUND AND PROFESSIONAL CAREER

After receiving his Ph.D. degree in Mechanical Engineering from UC Berkeley in 1988, he worked in the private sector before returning to Berkeley in 1994.  Prior to joining PATH, Dr. Chan worked in the field of vehicular passive safety systems. While being involved in the research, and development of crash sensing technologies, he also gained first-hand knowledge on general passive restraint systems, as he worked with automotive tier-one supplies and automotive OEMs. During 1990-1994, he worked in litigation support on accident reconstruction and participated in numerous cases of vehicle crashes, through which he gained insights on the interaction of drivers, vehicle characteristics, roadway environment, and their impacts on driving risks.

Due to his nationally recognized expertise in crash sensing and vehicular safety, Dr. Chan was invited by Society of Automotive Engineers (SAE) to provide tutorials to more than 500 automotive professionals in an SAE seminar series. He has given lectures to various organizations. He collaborated with SAE to publish a book and a video tutorial, and he was the recipient of the 1998 SAE Forest R. MacFarland Award for his outstanding contributions to engineering education. 

Dr. Chan was also significantly involved in the research and development of vehicle automation technologies. During the years of the National Automated Highway Systems Consortium in 1990s, he represented PATH in the national working group of technology development and evaluation.  Subsequently, he also worked in projects that involved the use of various technologies for vehicular automation systems.  In 2003, he led a team of researchers and engineers in the Demonstration of Bus Automation Technology in San Diego.  The project subsequently won the prestigious award of the Best of ITS Research Award from the ITS America in 2004.

Dr. Chan also collaborated with industrial and academic partners in developing and implementing communication-enabled cooperative systems in multiple projects. Applications include vehicle-to-vehicle and vehicle-to-infrastructure, vehicle-to-pedestrian, and road equipment-to-network operation scenarios. These projects were supported by and jointly conducted with federal and state governments, automaker consortium, and private-sector partners.

Dr. Chan served as a visiting Professor at the University of Tokyo, Institute of Industrial Science from May 2006 to January 2007 and a visiting scholar at Institute of French National Transport Research (INRETS, which is now IFSTTAR) in the summer of 2004.

CURRENT AND RECENT RESEARCH PROJECTS:

Dr. Chan led and served as PI for the following current and recent research activities:

  • Berkeley DeepDrive: Chan is PI for the infrastructure projects of BDD, and research on reinforcement learning for automated driving, pedestrian-vehicle interaction, and safety verification of networked-based algorithms.
  • Drive for All Foundation: Chan leads Berkeley participation in this international consortium, headed by MINES ParisTech of France, with international partners working on autonomous driving in urban environment.
  • Design of Interactive Display Boards and Their Impacts on Driving: Chan leads this human-factor study sponsored by California Department of Transportation, to evaluate interactive display boards on I-80.
  • NSF Cyberphysics System Project on Advanced Traffic Systems: Chan works jointly with Professors Varaiya, Horowitz, Moura of UCB on an NSF project that develops vehicle technologies for traffic operation efficiency.
  • California SB-1 Project, User Acceptance of Vehicle Automation and Public Policy: Chan led this project to develop an acceptance model of automation that help assess user acceptance and to help define public policy.
  • Powertrain Technology and Fuel Efficiency Evaluation in a Traffic Network: 2016-2017: Chan led this Hyundai-sponsored eco-driving project, focused on traffic simulation platform and advanced power-train technology.
  • Assisting California DMV in Developing Regulations for Automated Vehicles; 2013-2016: Chan was a major contributor to support California DMV in drafting regulations for Autonomous Technology.
  • Connected Vehicles Test Bed for Nissan Motor; 2015-2016: Chan was PI for a project with Nissan Motor to establish a DSRC communication-enabled test bed in Sunnyvale, for research on connected vehicles.
  • Cooperative Adaptive Cruise Control (CACC) with DENSO; 2015-2016: Chan led this DENSO project to evaluate safety and mobility benefits as well as human-machine interface for CACC in freeway driving scenarios.
  • Eco-Driving Applications for Freeway and Arterial Driving: 2013-2014: Chan led this Hyundai Motor-sponsored eco-driving project, incorporating all relevant data to achieve a realistic and implementable solution.
  • DSRC and High-Precision Positioning – Industrial Technology Research Institute; 2013: Chan managed the collaboration with ITRI on vehicle on-board implementation of DSRC related applications.
  • Augmented Speed Enforcement for Work Zone Safety; 2010-2013: Chan was PI for this FHWA-funded project of Rural Safety Innovation Program (RSIP), with Western Transportation Institute of Montana State University.
  • CAMP V2V Interoperability and Scalability Testing; 2011: Chan led this CAMP (Automaker Consortium) project on Vehicle-to-Vehicle (V2V)-Interoperability and Scalability.