Riding on Digital Innovation to Achieving Winning Position

Topic: Riding on Digital Innovation to Achieving Winning Position

Date: 17 January 2023 (Tuesday)
Time: 5:30 p.m. - 6:15 p.m. 
Venue: Sapphire Room, CUHK Business School Town Centre (Unit B, 1/F, Bank of America Tower, 12 Harcourt Road, Central, Hong Kong)

Language: English

Registration link: https://cloud.itsc.cuhk.edu.hk/mycuform/view.php?id=1812287

Synopsis

Digital transformation is one of the key conversations across businesses, however, there have been many failure cases. Can companies really ride on digital innovation to build successful business models and gain winning market position? In the sharing, we use real cases to illustrate how digital innovation brings new experience to users and helps companies to grow business opportunities and sustain their leadership.

Speaker
Ms Jennifer Tan,
Chief Executive of Alipay Financial Services (HK) Limited
Executive Vice President – Strategy Development and Government Affairs, GBA of Ant Group

Moderator

Prof. Chun Kwong Chan, 
Programme Director, MSc FinTech, Faculty of Engineering
Professor of Practice in FinTech
Secretary, CUHK Engineering FinTech Applied Research (CEFAR) Academy

BIOGRAPHY
Ms Jennifer Tan
Chief Executive of Alipay Financial Services (HK) Limited
Executive Vice President – Strategy Development and Government Affairs, GBA of Ant Group

Jennifer is a highly respected accounting professional and Fintech leader who has taken on senior management roles for over two decades. She is recently elected as the Global Council Member of ACCA for 2022-2025. In 2021, she was winner of the Outstanding Women Professionals and Entrepreneurs Award and was named by the Fintech Magazine as one of Fintech’s Top 100 Leaders in a global league table. In 2019, she was named ACCA Advocate of the Year, both for Hong Kong and Greater China, and was the Chairlady of ACCA Hong Kong for 2021/22. Jennifer is also the consultative and advisory panel member of Hong Kong Internet Registration Corporation and the EXCO Member of the FinTech Specialist Group of Hong Kong Computer Society

Organiser: 
Hosted by: Faculty of Engineering
Venue
Sapphire Room, CUHK Business School Town Centre (Unit B, 1/F, Bank of America Tower, 12 Harcourt Road, Central, Hong Kong)
Date: 
Friday, December 9, 2022
Time
Tuesday, January 17, 2023 to 18:15
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Riding on Digital Innovation to Achieving Winning Position
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BME Student awarded Link University Scholarship 2022/23

Date: 
2022-12-07
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Tiffany Choi from the Department of Biomedical Engineering has won the $20,000 Link University Scholarship in recognition of her outstanding achievements in academic studies and community services. Although schoolwork has been keeping her busy, she still manages to find time for volunteering. This summer she took part in Link’s volunteer month activities.
 
Tiffany said, “I like to explore things outside of academic subjects. The more I see and learn, the more I can broaden my horizon.” She took part in the project of Food Angel, another Link-sponsored program, a few months ago. For the project, she went to fresh markets in Lok Fu to collect vegetables and fruits and turn them into meal boxes.  While taking part in the activities, she was stunned by the extent of the wealth gap between the rich and the poor in a prosperous city like Hong Kong. 
 
“If it wasn’t for this experience, I would have no idea about the number of people who are dependent on free meals. Their situations were made worse by the fifth wave of the pandemic, which has taken away many people’s jobs.”
 
Besides helping people, volunteering gives Tiffany the opportunity to see the different segments of society and to make friends with people from different background. This has greatly broadened her life experience. As for the $20,000 scholarship, Tiffany said part of it will be used to pay off tuition fee, while some will go into her savings – she plans to apply for the exchange program to Australia or Europe next year and would need money to cover her living expense abroad. She has also applied for this year’s Link Scholarship and she will continue to take time off her studies and learn more about things happening outside the campus.
 
Supported by Link Together Initiatives, the annual Link University Scholarship program aims to nurture young people and encourage upward mobility. Launched in 2015 and with no income screening requirement, it aims to support students who are the first among the three generations in their families to attend university. This year, 220 awardees were selected from over 2,000 applicants in the 11 universities across Hong Kong. 
 
(extracted from the news article issued on 7 Dec 2022 by HK01 and Link) 

Tiffany Choi

 

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領展奬學金培育大學生　助己助人

在每個人的成長階段，隨着生活圈子擴闊，對事物往往有不同的看法。在香港中文大學主修生物醫學工程的蔡學兒（Tiffany）便喜歡走出校園，認識不同背景人士和探索在校園看不見的社會另一面，從而擴闊眼界。

Date: 
Wednesday, December 7, 2022
Media: 
HK01
Media LInk: 
https://is.gd/11Vgjs
Name: 
NGUYEN Viet Anh
Title ( post ): 
Assistant Professor
Department: 
Systems Engineering and Engineering Management
email: 
nguyen [at] se.cuhk.edu.hk
phone: 
3943-8462
website: 
https://www.se.cuhk.edu.hk/people/academic-staff/prof-viet-anh-nguyen/
Avatar: 
Class: 
faculty_member
Chinese Name: 
阮越英
glossary_index: 
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CUHK Engineering Professors Elected IEEE Fellow 2023

Date: 
2022-11-22
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Three professors from the Faculty of Engineering have been elected Fellows of the Institute of Electrical and Electronics Engineers (IEEE) 2023. There are currently 41 IEEE Fellows in the Faculty of Engineering at CUHK.

 

Name

Department

Contribution

Professor Anthony Man-Cho So

Department of Systems Engineering and Engineering Management

Optimization in signal processing and communications

Professor Fung Yu Young

Department of Computer Science and Engineering

Electronic design automation in VLSI physical design

Professor Li Zhang

Department of Mechanical and Automation Engineering

Micro-/nanorobot swarms and platforms for translational biomedicine

 

About IEEE

The IEEE is the world's largest professional organisation dedicated to advancing technological innovation and excellence for the benefit of humanity, with more than 409,000 members in over 160 countries. IEEE Fellow is the highest grade of membership and is recognised by the technical community as a prestigious honour and an important career achievement. The total number of recipients each year does not exceed 0.1% of the total voting IEEE membership.

 
 

 

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Name: 
XUE Tian Fan
Title ( post ): 
Vice-Chancellor Assistant Professor
Department: 
Information Engineering
email: 
tfxue [at] ie.cuhk.edu.hk
phone: 
3943 5255
website: 
https://www.ie.cuhk.edu.hk/people/tfxue.shtml
Avatar: 
Class: 
faculty_member
Chinese Name: 
薛天帆
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Fintech in Algo Trading and Asset Management

Topic: Fintech in Algo Trading and Asset Management
Date: 7 December 2022 (Wed)
Time:  4:30 - 5:30p.m.
Venue: Emerald Room, CUHK Business School Town Centre
(Unit B, 1/F, Bank of America Tower, 12 Harcourt Road, Central, Hong Kong)
Language: English
Register:  https://cloud.itsc.cuhk.edu.hk/mycuform/view.php?id=1799765
Fee: Free Registration

Speaker:
Dr. Alfred MA - Managing Director, CASH Algo Finance Group
 

Moderator:
Prof. CK Chan - Programme Director, MSc FinTech, Faculty of Engineering
Professor of Practice in FinTech
Secretary, CUHK Engineering FinTech Applied Research (CEFAR) Academy

 

Abstrast

In this talk, the speaker will share the future outlook of algo trading in Hong Kong from a perspective of a FinTech company focusing on algo trading for years. In particular, Dr Alfred Ma will share his point of view on how easy/difficult a retail investor can deploy their only algo trading strategies and what the implications would be accordingly. Some differences between algo trading at the retail level and institutional level will also be discussed. Academic research as well as his experience in algo trading started from 2009 will be shared.

 

Biography

Dr. Alfred MA

Dr. Alfred MA is a FinTech practitioner and researcher. He holds a PhD in Operations Research from Columbia University, and an MPhil and BSc in Mathematics from the Chinese University of Hong Kong. He is a CFA charter holder, Professional Risk Manager (PRM), Associate of Society of Actuaries (ASA), and Chartered Engineer (CEng). He has more than 5 years of full-time and part-time teaching experience in quantitative finance area in the Chinese University of Hong Kong, Hong Kong University of Science and Technology, City University of Hong Kong and Lingnan University. He has published more than 20 articles in peer-reviewed journals including Journal of Computational Finance, Journal of Financial Data Science, and Journal of Trading.


Alfred is now a managing director in CASH Algo Finance Group (CAFG) which started the first algo trading strategy in 2009 and officially entered the FinTech space at HKSTP in 2016. CAFG obtained the various FinTech awards including Fintech of the year 2018 (start up) by etnet. It managed funds both in Hong Kong and China. CAFG has also been training new algo trading strategists in Hong Kong and organized two times inter-university algo trading competition with participants from top universities in both Hong Kong and China including Peking University, Tsinghua University, and Fudan University.


 

Organiser: 
Hosted by: Faculty of Engineering
Venue
Emerald Room, CUHK Business School Town Centre
Date: 
Friday, November 18, 2022
Time
Wednesday, December 7, 2022 to 17:30
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Fintech in Algo Trading and Asset Management
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中大與建築公司合研大廈外牆工作專用線控機械人 解決高空工作危險等問題

中大研究團隊與建築公司合作，研發出專門在大廈外牆工作的線控機械人。
機械人系統結合了纜索機械及機械臂，可以執行玻璃清潔、塗漆等高空工作。
Date: 
Thursday, November 17, 2022
Media: 
TVB News
Media LInk: 
https://is.gd/trlg0A

中大研發高空工作線控機械人　可應用於建築工地　冀達「零意外」

中文大學工程學院劉達銘教授帶領的團隊成功研發「外牆高空工作線控機械人」，是首個能模仿工人在外牆抹窗及塗漆工作的機械系統，除有助紓缓近年建造業人手短缺問題外，亦可降低高空工作的風險。機械系統現時安装於中大校園內的一座大樓外牆進行測試，未來可應用於建築地盤，期望達致「零意外目標」。

Date: 
Wednesday, November 16, 2022
Media: 
HK01
Media LInk: 
https://is.gd/7EKTMx

A research team from CUHK Faculty of Engineering and Chun Wo jointly develop cable-driven robot for high-rise building facades

Date: 
2022-11-16
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With Hong Kong’s construction industry plagued by manpower shortages over the past few years, safety has never been more important. As a first, a research team led by Professor Darwin Lau Tat Ming, Associate Professor in the Department of Mechanical and Automation Engineering at The Chinese University of Hong Kong (CUHK)’s Faculty of Engineering, has developed a cable-driven robot which accurately mimics human movement to clean building windows and paint facades. The system is expected to replace human wiper and roller-based window cleaning and facade painting works at high-rise buildings, helping to relieve the industry’s labour shortages, reducing occupational hazards.
 
Gondola systems are commonly used to carry workers to clean windows and paint the facades of high-rise buildings. However, the dangerous, harsh working conditions, particularly the effects of heat, wind and rain, extended working hours and high cost of insurance result in a lack of skilled workers and high labour costs. To address this problem, Professor Lau’s team has developed a cable-driven robot system that alleviates the dependence on labour. The movement of the robot and its platform can be programmed to clean windows or paint automatically. The system is also unique in that it combines the dexterity of robot arms with the cable-driven robot’s ability to work at large scales and perform complex movements. The system can also operate on surfaces that are not completely flat, making it more widely applicable.
 
With funding support by the Innovation and Technology Fund and Chun Wo Construction Holdings Company Limited (Chun Wo), a robotic system has been set up outside a building on the CUHK campus to study its applicability in a real-world environment. Chun Wo has already applied for a patent and intends to use it on construction sites after conducting further research. The company has also provided data to train the robot’s gestures so it cleans windows like a human worker.
 
Professor Darwin Lau Tat Ming remarked, “With the increasing demands on housing and an ageing workforce, the development of building construction and maintenance robotics technology potentially represents a game-changer both for construction workers as well as industry and the wider community. With the use of the system, workers will no longer be exposed to high-risk environments or work in mid-air, helping to reduce accidents. This is an exciting university-industry collaboration that has received generous support from government and Chun Wo, and we believe this novel technology will deliver exciting benefits.”
 
Sr Stephen Lee Ka-lun, Chairman of Chun Wo Construction Holdings Company Limited, said, “Chun Wo has been actively cooperating with various universities and R&D companies to develop various technologies to improve the operational effectiveness and efficiency in the construction industry. The cable-driven robot jointly developed with CUHK not only solves the labour shortage problem but also reduces the risks faced by frontline workers working at heights and is expected to achieve the goal of zero accidents. Chun Wo is glad to cooperate with the industry or other stakeholders in the market in any way to share the achievements of our innovation & technology projects.”l

(From left) Sr Stephen Lee Ka-lun, Chairman, Chun Wo Construction Holdings Company Limited, Professor Darwin Lau Tat Ming, Associate Professor, CUHK Department of Mechanical and Automation Engineering.

The cable-driven robotic system has been set up outside a building on the CUHK campus to test and demonstrate it.

The cable-driven robot can mimic human movement to clean building windows and paint facades. The system is expected to replace human wiper and roller-based window cleaning and facade painting works at high-rise buildings, helping to relieve the industry’s labour shortages. The photo shows the demonstration of window cleaning.

 

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