IET Hong Kong Events

During the visit, participants will be introduced to a range of cutting-edge robotic applications across these domains, including, but not limited to, surgical assistance systems, bioinspired agile locomotion robots, cable‑driven construction robots for tasks such as drilling, cleaning, inspection, heavy‑load manipulation, brick laying, and concrete 3D printing, as well as wearable exoskeletons and miniature robots for biomedical applications. The actual exhibits may vary depending on the laboratories' current research focus and availability at the time of the visit. Through direct engagement with researchers and live demonstrations, this technical visit aims to foster knowledge exchange between academia and industry, inspire innovation among engineering professionals, and reinforce the IET's commitment to promoting technological advancement in Hong Kong.

This visit is a chance to broaden your perspective on Hong Kong's urban development ecosystem, connect with fellow engineering professionals, and see how the Planning Department is helping to shape Hong Kong as a world-class, liveable, and sustainable city.

Rundown of the tour (3 hours) 1. ATAL Interactive Exhibition Booths, Design Research & Training Centre (4th Floor) 2. Group photos and souvenir presentation 3. DigiFusion power point presentation 4. Rooftop Tour 5. Chilled Beam Technology Presentation � Enhancing HVAC Efficiency 6. Entrance of ATAL Tower � Smart Visitor Solutions

This presentation outlines evidence-based strategies to prevent cognitive decline and promote brain health in aging populations. In Hong Kong, the number of people aged 60+with dementia is projected to increase by 222% from 2009 to 2039 (103K to 332K). This presentation looked into the present cognitive training model which emphasizes novelty and foreseeable difficulty.

This seminar will provide the latest updates on How Agentic AI Transform O&M in Engineering: Key topics include: 1. How data standardisation and a semantic layer can serve as the foundation for agentic AI in engineering O&M by converting heterogeneous building data, equipment relationships, operational records, maintenance knowledge, and system schematics into a unified and contextualised information environment. 2. Practical cases in energy analysis and fault diagnosis are introduced to illustrate how the framework can assist engineers in identifying operational inefficiencies, detecting abnormal system behaviour, and recommending maintenance actions.

Participants will gain an overview of power generation technologies and operational practices through technical sharing and site exposure, subject to the final arrangement by the host organization.

Theme: AI Innovations in Low-Altitude Economy, Brain-Computer Interface, Healthcare, and Mobility

The New Energy Paradigm: Digital Frontiers Driving a Net-Zero Power Revolution

This technical visit offers a comprehensive benchmark for modern urban railway engineering, focusing on BYD�s integrated expertise in autonomous rail transit. Participants will examine the SkyShuttle, a battery-electric, medium-capacity system designed for dense urban environments. Key engineering highlights include its SIL 4-certified train control system facilitating GoA4 (UTO) / CBTC operation and the seamless integration of traction power, signaling, and rolling stock within an all-in-one package.