News

Delegation Visit of the Hong Kong Federation of Innovative Technologies and Manufacturing Industries (FITMI) to RCC3D

A delegation from FITMI visited RCC3D on 3 October 2025. During the visit, Dr Jacky Chung, Deputy Director of RCC3D, provided an insightful overview of the center’s development, research focus, and recent achievements. Team members Dr Junli Liu, Dr Xiaosheng Li, and Ms. Eunice Li delivered in-depth presentations on cutting-edge 3D concrete printing technologies, highlighting the advanced equipment and demonstrating a range of practical applications. The visit facilitated meaningful exchanges between FITMI delegates and RCC3D researchers, fostering opportunities for future collaboration and innovation in the field of 3D concrete printing.

Jat Min Chuen’s Residents Visited RCC3D

Co-organized by Hong Kong Housing Society, the residents of Jat Min Chuen visited the RCC3D on 15 February 2025. 3D concrete printing technology and products were introduced to the residents in the visit.  

3D-printed Heart for Valentine’s Day

Ir Prof. Chi Sun POON, Director of RCC3D, introduces a 3D-printed concrete art installation for Valentine's Day. Staff, students and visitors were welcomed to take selfies in front of the “heart” at the atrium of CEE Department.

RGC Research Impact Fund (RIF) 2024/25

Congratulations to Ir Prof. Chi Sun POON, Director of RCC3D, whose project was supported by RGC Research Impact Fund (RIF) 2024/25 among the 60 proposals submitted by PolyU. The project details are as follows.   Name of Project Coordinator: Ir Prof. Chi Sun Poon Proposal Title: Development of Modular Integrated 3D-printed Concrete Construction (MI3DC) RGC Amount Awarded: $2,100,000   In 2024/25 RIF Exercise, the RGC received a total of 175 preliminary proposals and shortlisted 40 submission of full proposals, of which 18 were selected for interview. Finally, 14 proposals with a total amount of $75 million (exclusive of on-costs) were supported by the RGC.

Artificial Reef Project by PolyU's RCC3D in Collaboration with D-Shape

We are excited to announce a partnership between PolyU’s RCC3D (featuring members from the Department of Food Science and Nutrition and the Industrial Centre) and D-Shape. Together, we have developed a mock-up model of an artificial reef using advanced large-format cementitious-based binder jetting technology. This model is designed for educational purposes and we showcased it at the 10th UBS Disruptive Technology CEO Summit 2024, hosted on November 20th at the Regent Hong Kong. This nature-inclusive marine structure mock-up model illustrates innovative approaches to enhancing marine biodiversity and demonstrates the resilience required to withstand extreme weather conditions. For further information, please contact Prof. James Fang at james.fang@polyu.edu.hk.      

RCC3D Forum 2024

RCC3D Forum was successfully held on 28 October 2024 at The Hong Kong Polytechnic University, attracted more than 80 participants from industry, government and academics. The forum was kicked off by a welcome address by Prof. Chi Sun Poon, Head of the Department of Civil and Environmental Engineering (CEE) and Director of RCC3D, followed by the keynote speech given by Dr Hongjian Du, Senior Lecturer of National University of Singapore. Dr Shipeng Zhang, Assistant Professor of CEE and Deputy Director of RCC3D, Mr. Eric Chen, Senior Engineer of NAMI, and Dr Jacky Chung, Senior Engineering Manager of Industrial Centre (IC) and Deputy Director of RCC3D also gave in-depth presentations on the development and application of 3D concrete printing. Panel discussion was moderated by Dr Hon Wah Wai, Director of IC and Director of RCC3D. Visit to the concrete printing laboratory was also arranged at the end of the forum.   We extend our heartfelt gratitude to all speakers, supporting organizations, and participants who made this forum a resounding success.      

MOU Signing Ceremony between RCC3D and HKHS

RCC3D has signed a memorandum of understanding (MOU) with the Hong Kong Housing Society (HKHS) on 26 August 2024 to collaborate on the research of utilising innovative 3D concrete printing technology and upcycled concrete materials to construct intergenerational play spaces in Jat Ming Chuen.   The key research areas include: (1) Feasibility in the application of concrete 3D printing technology and adoption of sustainable materials for designing and producing facilities for intergenerational play spaces; and (2) User trial of the concrete 3D printing designs for setting up intergenerational play spaces in Jat Min Chuen.