BOCHK Challenge 2021-22

Background:
The BOCHK Challenge, organized by Bank of China (Hong Kong), aims to explore the potentials , nurture talents of youngsters and create groundbreaking business models with innovative technological solutions. The theme of the challenge this year covered five of the most trending technologies in the market. By applying these technologies to the financial industry, students strived to improve customer experience and operational efficiency.

This year, more than 144 teams of college students and start-ups submitted their proposals. Teams were invited to attend workshops conducted by Deloitte and Alibaba about trends in financial technology and innovation. Shortlisted teams which were mentored by BOCHK, Deloitte and Alibaba experts competed for 7 awards and the winning teams were awarded HK$ 590,000 prizes in total.

Website / Image URL:
https://www.bochk.com/dam/more/bochkchallenge/2021/en.html

Award(s):
Gold Award for Innovative Design

Awardee(s):

Team name: Maldin Consulting

Miss Lai Hiu Chi Emily, BBA(IBGM), Year 1

Miss Wong Tsz Kiu, BBA(Law)&LLB, Year 1

Students Sharing:
“Maldin Consulting is honoured to stand out among 144 teams of college students and start-ups to win the Gold Award for Innovative Design in the “BOCHK Challenge 2021-22”. We hope that our AI financial advisor can be a breakthrough from the traditional industry framework, enhancing the operational efficiency of the bank. We aspire to provide the right service, to the right customers, at the right time.

We would like to thank the organiser, Bank of China (Hong Kong) (“BOCHK”), the Hong Kong Monetary Authority, Hong Kong Science and Technology Parks Corporation, Hong Kong Productivity Council, Deloitte China and Alibaba Cloud Intelligence for hosting this competition. We would also like to sincerely thank all BOCHK mentors and co-organizer experts, Garry for providing us with guidance on business innovation, financial technology applications, technology, presentation skills, etc. Thank you Gary for enlightening us with his perspective on digital solutions: “Banking is and always will be a business established by relationships. The purpose of technology in the end is to help humans serve humans better.”

Finally, I have to thank each and every one of my team members for their hard work. We would not be able to reach so far without any one of you. Your work ethic and persistence motivate me to always deliver my best.

This marks the end of our first year of undergraduate, we look forward to challenging ourselves in the years to come!”

(by Lai Hiu Chi Emily)

“My journey in the BOCHK Challenge had been extremely rewarding. I am immensely grateful for having some of the most amazing people as my teammates, Emily, Carina, Megan and CY. Their attitudes, talents and professional skills truly inspired me. We had worked days and nights striving for perfection. Even though we were only a group of year 1 students, our hard work eventually brought us success.

We were very fortunate to have the opportunity to learn from our mentor, Garry from Alibaba Cloud. He enlightened us by sharing the latest industry trends and telling us the essence of asset management is relationship building. At the end of the day, we as humans crave to be emotionally connected. The ultimate purpose of technology in business is to establish a deep and long-lasting relationship with the customers.”

(by Wong Tsz Kiu Jasmine)

Other Event's Album
第五屆「香港大學中國經濟季度論壇」 探討中國宏觀經濟的挑戰與機遇
2025 | 學院新聞
第五屆「香港大學中國經濟季度論壇」 探討中國宏觀經濟的挑戰與機遇
港大經管學院中國經濟研究所聯同北京大學香港校友會舉辦的第五屆「香港大學中國經濟季度論壇」於1月23日圓滿舉行。論壇雲集了多位著名經濟學者和工商界領袖,共同探討中國政策方向對全球經濟的影響以及當前中國經濟的熱門議題。一眾講者透過主題演講及專題討論,就中國宏觀經濟、金融及國際貿易在全球格局演變下所面臨的挑戰和機遇分享了寶貴見解。論壇於香港大學本部陸佑堂舉行,共吸引近350位工商界領袖、傑出學者、校友和學生出席。
人工智能大語言模型圖像理解能力綜合評測報告
2025 | 研究
人工智能大語言模型圖像理解能力綜合評測報告
在科技迅猛發展的當下,人工智能技術不斷取得突破性進展,OpenAI的GPT-4o、穀歌的Gemini 2.0這類多模態模型以及通義千問-VL、混元-Vision等視覺語言模型迅速崛起。這些新一代模型在圖像理解方面展現出强大的能力,不僅具備出色的泛化性,而且還具有廣泛的應用潜力。然而,現階段對這些模型視覺能力的評估與認知仍存在不足。爲此,我們提出了一套全面且系統的圖像理解綜合評測框架,該框架涵蓋視覺感知與識別視覺推理與分析視覺審美與創意三大核心能力維度,同時還將安全與責任維度納入其中。通過設計針對性測試集,我們對20個國內外知名模型進行了全面評估,旨在爲多模態模型的研究與實際應用提供可靠參考依據。