Trainings

Avenir-HKU Web 3.0 Quantitative Trading Challenge 2025

The Avenir-HKU Web3 Quantitative Trading Challenge 2025 Grand Final was held on 29 November at the University of Hong Kong. This six-month global competition, simulating real market environments with institutional-grade standards, attracted 1,171 participants from over 200 top universities across 15 countries.

After rigorous evaluation, 12 elite teams advanced to the final. They presented and defended their quantitatively-driven trading strategies before a panel of industry and academic experts. Top performers will receive priority internships and career-development opportunities at Avenir Group.

Professor Chen Lin of HKU highlighted Web3’s unique potential, where small teams can achieve significant impact, urging students to continue innovating.

Alex Yang of Avenir Group stressed the event’s role in building the industry’s talent pipeline, stating, “We aim to open our most critical institutional capabilities to the next generation.”

Professor Yulin Fang of HKU noted that the real-time simulated market data provided students with training depth unattainable in traditional classrooms, effectively expanding the boundaries of digital finance education.

A concurrent roundtable discussion, “How the Convergence of AI and Web3 Will Shape the Future of Crypto,” featured prominent leaders from academia and firms like Metalpha and SignalPlus. They explored evolving on-chain market structures and AI’s transformative role across the asset-management lifecycle.

 

Press Release

Web3 Competition Brought By HKU Business School and Avenir Group – HKU Business School

The IDEI × MIT Digital Health Bootcamp united students, healthcare professionals, and industry leaders to explore the transformative potential of digital health in advancing longevity. Through dynamic workshops, cross-cultural collaboration, and expert-led sessions, participants delved into how technologies like wearables, AI platforms, and telemedicine can empower individuals to proactively manage their health and age with dignity.

The bootcamp emphasized digital health’s pivotal role in reshaping healthcare systems and individual wellness. Discussions centered on preventative care, where wearable devices and AI-driven tools enable real-time tracking of vital signs, fostering early detection of health issues and timely interventions. Participants explored how AI algorithms can personalize health management by analyzing vast datasets to generate tailored recommendations for diet, exercise, and lifestyle adjustments, thereby optimizing long-term health outcomes.

A significant focus was placed on remote monitoring and telemedicine, which bridge gaps in healthcare access for remote populations and individuals with mobility challenges. The role of digital platforms in enhancing social connection and cognitive well-being was also highlighted, with examples such as educational apps and online communities that combat isolation and support mental health in aging populations. Additionally, the bootcamp underscored how digital solutions streamline healthcare workflows, reduce costs, and democratize access through mobile applications and smart home technologies, ensuring equitable care for all.

Collaboration took center stage as teams of Hong Kong-based and international students worked together to develop innovative prototypes. These projects addressed pressing issues in elderly care, including AI-powered wellness platforms and wearable devices designed for fall detection and emergency response.

The event also provided unparalleled networking opportunities, connecting attendees with faculty from MIT, HKU, and industry pioneers. These interactions offered insights into cutting-edge research, ethical considerations in AI, and emerging trends in digital health.

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