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Professor Darwin Lau s research team and Chun Wo jointly develop cable • exquisite wow-factor

Eric Aug 04, 2026

Professor Darwin Lau's research team and Chun Wo jointly develop cable ...

Professor Darwin Lau s research team and Chun Wo jointly develop cable
Professor Darwin Lau s research team and Chun Wo jointly develop cable

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 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 ...

Top 7 HVAC System Challenges in High Rise Buildings
Top 7 HVAC System Challenges in High Rise Buildings

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.

Key Details About Professor Darwin Lau S Research Team And Chun Wo Jointly Develop Cable

Synchron S Fire protection of high rise buildings PART 2
Synchron S Fire protection of high rise buildings PART 2

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

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.

Optimizing Energy Efficiency in High Rise Residential Buildings in Abu
Optimizing Energy Efficiency in High Rise Residential Buildings in Abu

Department of Mechanical and Automation Engineering, CUHK's Post

As a first, a research team led by Professor Darwin Lau Tat Ming👨🔬👩🔬 has developed a cable -driven robot 🤖 which accurately mimics human movement to clean building windows and paint facades.

A research team from CUHK Faculty of Engineering and Chun Wo jointly develop cable -driven robot for high-rise building facades Success Stories │ 04/06/2022 The fourth episode of the " Chun Wo's Success Story" series - The "Development of Anderson Road Quarry Site" is designed to be a major residential land supply in Hong Kong.

Inspecting high rise buildings with drones
Inspecting high rise buildings with drones

The Chinese University of Hong Kong on LinkedIn

With Hong Kong's #constructionindustry 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 ...

The development project is supported by Chun Wo Construction, which donated HK$2.6 million to the project. Team leader Darwin Lau with Chun Wo Construction chairman Lee Ka-lun, left.

Selecting a Suitable Flat in a High Rise Apartment by Evaluation
Selecting a Suitable Flat in a High Rise Apartment by Evaluation

Robot at work on high

The arm includes flexibility that allows it to work on tilted and curving surfaces, explained Darwin Lau Tat-ming, an associate professor in the Faculty of Engineering who led the development team .

Implementing Energy Efficient Technologies Artic Building Services
Implementing Energy Efficient Technologies Artic Building Services
Smart Buildings Crane Fluid Systems
Smart Buildings Crane Fluid Systems
A research team from CUHK Faculty of Engineering and Chun Wo jointly
A research team from CUHK Faculty of Engineering and Chun Wo jointly
Tips for Buildings Energy Saving Results of Some Research
Tips for Buildings Energy Saving Results of Some Research

This project presents a cable -driven robot system to perform physical contact-based façade inspections. The cable -driven robot system aims to be easy to deploy, safe to operate, capable of inspecting large façade surfaces, and able to perform a wide range of non-contact and physical contact inspection tasks.