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Apollo Go: Driving the Future with Innovation

Speaker:

Mr. WANG Ning

Baidu Apollo International

Date:    Mar 4 (Wed), 2026

Time:   5:00pm – 6:00pm

Venue:  Tam Wing Fan Innovation Wing Two, G/F Run Run Shaw Building, HKU

Mr. WANG Ning delivering seminar.
Mr. WANG Ning delivering seminar.
Prof. W.Y. Szeto introducing the Institute of Transport Studies
Prof. W.Y. Szeto introducing the Institute of Transport Studies
Prof. Yong-Hong Kuo introducing the speaker of the distinguished industrial seminar, Mr. WANG Ning.
Prof. Yong-Hong Kuo introducing the speaker of the distinguished industrial seminar, Mr. WANG Ning.
Mr. WANG Ning delivering seminar.
Mr. WANG Ning delivering seminar.
Audience during the seminar.
Audience during the seminar.
Group photo - Mr. WANG Ning and all audience
Group photo - Mr. WANG Ning and all audience
Group photo - Mr. WANG Ning, his colleagues, and ITS Fellows
Group photo - Mr. WANG Ning, his colleagues, and ITS Fellows

Abstract

Baidu Apollo’s robotaxi marks a significant step in the advancement of autonomous driving and intelligent mobility. The seminar aims to provide an overview of how autonomous driving is becoming integrated into daily life and its potential to enhance transportation systems. The progress and vision behind Apollo Go’s robotaxi service, along with the technologies supporting its development, will also be introduced.  The discussion will also highlight future trends in autonomous vehicle technology and Baidu Apollo’s globalization strategy, with Hong Kong identified as one of the first international destinations. By sharing these developments, Baidu Apollo seeks to encourage thoughtful conversation about the role of innovation in shaping the future of urban transportation and the ways these advancements could benefit communities in Hong Kong and beyond.


About the speaker

Mr. Ning WANG is a Senior Product Specialist at Baidu Apollo, where he leads the integration and large‑scale deployment of Apollo Go’s 6th‑generation Robotaxi (RT6) and he has played a key role in delivering multiple industry‑first milestones in autonomous mobility.

 

Mr. Wang holds a Master’s degree in Information Technology and Sensor Systems from the Technical University of Darmstadt in Germany. With nearly a decade of R&D and product leadership experience across China and Germany, including prior roles as Product Director at Momenta and Audi AG, he brings deep expertise in autonomous driving algorithms, data closed‑loop systems, and vehicle software integration. At Baidu Apollo, he is committed to bridging cutting‑edge AI research with real‑world, at‑scale industrial applications, advancing the commercialization of robotaxis and next‑generation intelligent driving solutions.




 

 
 
 


Autonomous driving: Embracing the era of large-scale commercialization


Speaker:

Dr. Luyi Mo

Vice President of Pony.ai

Date:    Feb 13 (Thu), 2025

Time:   5:00pm – 6:00pm

Venue:  Tam Wing Fan Innovation Wing Two, G/F Run Run Shaw Building, HKU



Abstract

The popularization of autonomous driving technology has brought significant changes to people's modes of transportation and lifestyles, and has also introduced new growth points for the automotive industry. We are witnessing the rapid iteration of autonomous driving technology and the continuous expansion of its application scenarios, while also facing many challenges. Starting from 2023, several cities in United States and China allowed fully driverless Robotaxi operating to the general public and hence the commercialization of Robotaxi business is accelerating. This speech aims to explore how to continuously drive industrial transformation and achieve large-scale commercialization of autonomous driving, especially Robotaxi, based on the technology and commercial practice of Pony.ai.


Speaker's Bio

Dr. Luyi Mo is a Vice President of Pony.ai, a global leader in the large-scale commercialization of autonomous mobility. She is responsible for overseeing Pony.ai's Guangzhou and Shenzhen offices as well as its Robotaxi service and operation. She successfully led the team to deploy China's first Robotaxi service in 2018 and continuously drove the efforts to make Pony.ai as the first company to operate fully driverless Robotaxi service in all tier-1 cities in China. Prior to joining Pony.ai, Dr. Mo worked as a senior software engineer at NetEase, specializing in game engine development. Dr. Mo holds a bachelor’s degree in mathematics from Zhejiang University and a Ph.D. in computer science from the University of Hong Kong. During her time in university, Dr. Mo was the first female world champion from China since 1977 at the 35(th) Annual ACM International Collegiate Programming Contest World Finals in 2011.


ITS Director, Prof. W.Y. Szeto presenting Dr. Luyi Mo a souvenir for appreciation.
ITS Director, Prof. W.Y. Szeto presenting Dr. Luyi Mo a souvenir for appreciation.
Prof. Reynold Cheng introducing the speaker, Dr. Luyi Mo
Prof. Reynold Cheng introducing the speaker, Dr. Luyi Mo
Dr. Luyi Mo delivering seminar.
Dr. Luyi Mo delivering seminar.
Dr. Luyi Mo explaining the view of the Robotaxi.
Dr. Luyi Mo explaining the view of the Robotaxi.
Q&A Session
Q&A Session
Q&A Session
Q&A Session
Group photo with all participants
Group photo with all participants


 

 
 
 


The world’s first micro mobility network powered by solar energy and wireless charging


Speaker:

Mr. Ken Ching

Founder and Chairman of LocoBike

Awardee of the 4th Guangdong-Hong Kong-Macao Greater Bay Area Outstanding Young Entrepreneur

Date:    Nov 13, 2024 (Wednesday)

Time:   5:00pm – 6:00pm

Venue:  Tam Wing Fan Innovation Wing Two, G/F Run Run Shaw Building, HKU



Abstract

LocoBike is pioneering sustainable urban mobility with its innovative solar-powered micro-mobility system. This revolutionary solution combines electric scooters and power-assisted pedal cycles with solar-powered wireless charging stations, incorporating wireless charging technology from WiTricity, a leader in wireless power transfer, offering a zero-carbon emission transportation option for campuses, tourist attractions, and urban areas. The system boasts several key features, including the world's first solar-powered station for EMD (Electric Mobility Device), high-power wireless charging for electric mobility devices, an innovative solar-powered network, smart geo-fencing technology, and a user-friendly mobile app for easy unlocking and riding. LocoBike has successfully deployed its system with Shell, Join Energy Co. Ltd in various locations across China, including Chengdu, Leshan, and Jinan. A notable project in Taiwan involves collaboration with Shell, TennRich International Corp., JJPlus, and Yulon Motor.


Speaker's Bio

Ken Ching is one of the awardees of the 4th Guangdong-Hong Kong-Macao Greater Bay Area Outstanding Young Entrepreneur. He holds a master degree in Information Technology from the Hong Kong University of Science and Technology (HKUST). Currently, he is pursuing a PhD degree in AIoT at the City University of Hong Kong (CityU). Ken was a former Software Engineer in eBay Classified Group responding to APAC platform development. Ken began his entrepreneurial journey in 2014 when he founded his first startup. Since then, he has founded several other successful startups in various industries, including e-commerce and F&B. In 2017, Ken founded LocoBike intending to provide a convenient and affordable bike-sharing service to the people of Hong Kong. Under his leadership, LocoBike has become one of the most popular bike-sharing brands in Hong Kong, with a strong focus on promoting micro-mobility as a healthy and eco-friendly means of transportation in urban areas. The company has introduced innovative features such as IoT and ML technologies to enhance the user experience and ensure the safety of its bicycles. Ken is also involved in various community initiatives that promote micro-mobility and sustainable living. He believes that micro-mobility can help to reduce traffic congestion, improve air quality, and promote a healthier lifestyle for urban residents. Ken is committed to expanding the reach of LocoBike and making it a key player in the global green mobility market.

 









 
 
 
© 2026 by Institute of Transport Studies. The University of Hong Kong.
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