The Integrated Product Design (IPD) Laboratory hosted a visit from students of Tuen Mun Catholic Secondary School. This visit was organized to provide hands-on experience and insight into the various aspects of integrated product design.
Highlights of the Visit:
Welcome and Introduction: Ir. Dr. Y.M. Tang welcomed the students and provided an overview of the IPD Lab’s facilities and ongoing projects.
Lab Tour: Students toured the lab, observing demonstrations of our latest research projects in VR, AR, and AI. The demonstrated projects including,
They learned about the various applications of VR and AR in various aspects, for examples, medical, educational, and industrial aspects. With the use of these technologies, people can learn things in more efficient and effective way.
The students and teachers expressed great enthusiasm and appreciation for the opportunity to visit the IPD Lab. The hands-on experience and exposure to cutting-edge technology were particularly well-received.
Ir. Dr. Tang presenting on the project at the DSD R&D Forum 2023
Ir. Dr. Tang presenting on the project at the DSD R&D Forum 2023
Ir. Dr. Tang presenting on the project at the DSD R&D Forum 2023
Ir. Dr. Tang as the speaker in DSD R&D Forum 2023
Ir. Prof. Yung, Associate Head and Chair Professor (ISE), as the speaker in DSD R&D Forum 2023
We are delighted to report that our research team, spearheaded by Principal Investigator Ir. Dr. Yuk Ming Tang, had an impactful presence at the DSD Research & Development Forum 2023. Organised by the Drainage Services Department (DSD), the event took place on November 14, 2023, at the Hong Kong Convention and Exhibition Centre.
Dr. Tang shared insightful findings on the topic “Intelligent Non-invasive Structural Health Inspection System for Multi-part Covers.” This presentation perfectly aligned with the forum’s theme, “Thinking Outside the Pipes: Exploring Alternative Approaches to Stormwater and Wastewater Management.”
The forum presentation revolved around a critical issue in Hong Kong: the costly and disruptive process of inspecting multi-part covers installed on large drains, chambers, and box culverts across main roads. Conventional inspection methods, including the use of robots, face limitations due to the variable configurations and distances of piping/channels from entry ports.
The project proposed a non-invasive inspection method that leverages state-of-the-art AI technologies to identify acoustic emissions from problematic multi-part covers against environmental and traffic noises. The result is a cost-effective, low-disruption solution for inspecting structures beneath multi-part covers, reducing the impact on traffic flow.
(From the left) Dr. Noman, Dr. Zhong, Dr. Chen, Ir. Dr. Tang, Mr. Lam, Mr. Tang
(From the left) Dr. Zhong, Ir. Dr. Tang, Dr. Chen, Dr. Noman
In addition to Ir. Dr. Tang, the team’s postdoctoral researchers, Dr. Junping ZHONG, Dr. Lerui CHEN, and Dr. Abdullah Al Noman, other project researchers, Mr. Sam Lam, Mr. Kelvin Tang, Ruby CHAN, also presented at the forum. They made significant contributions to the project and played integral parts in its success.
We are thrilled to have shared this innovative research at the DSD R&D Forum 2023 and look forward to providing more updates on our progress and reflections on our team’s contributions.
