12th International Conference on Advances in Steel Structures
(ICASS 2025) &

4th International Symposium on Industrialized Construction Technology
(ISICT 2025)

Integrating intelligence, technology and performance
(in the next-generation steel structures and construction engineering)


Organized by Department of Civil and Environmental Engineering,
National University of Singapore

9 -12 Dec 2025

Photos

Thank you for being part of ICASS 2025 & ISICT 2025!

We would like to extend our sincere gratitude to each of your invaluable contributions to the 12th International Conference on Advances in Steel Structures (ICASS 2025) and the 4th International Symposium on Industrialized Construction Technology (ISICT 2025).

Over the past three days, we were truly inspired by the depth of insight shared across 14 keynote sessions and full schedule technical presentations. Our heartfelt thanks go to the distinguished keynote speakers, session chairs, and presenters whose expertise and passion drove rich and engaging discussions, sparking new ideas and collaborations that will shape our field’s future. We also deeply appreciate the active participation from delegates representing diverse institutions and industries — your engagement made this conference a vibrant forum for knowledge exchange.
We are also grateful to our sponsors, partners, and volunteers whose support and dedication were essential to the success of this event. Your commitment helped create a welcoming environment that fostered learning, networking, and professional growth.

Now, as we bring ICASS 2025 to a close, we are pleased to look ahead to the 13th International Conference on Advances in Steel Structures (ICASS 2027), which will be held in Guangzhou, China. We warmly invite you to join us again as the ICASS community continues to grow, innovate, and advance the frontiers of steel structures through global collaboration and shared excellence.

Know more about Guangzhou, please click here.

ICASS
International Conference On
Advances In Steel Structures

ICASS is a distinguished international conference series organised worldwide every two years. Previous conferences were held in Hong Kong (1st, 2nd, 3rd, 6th and 9th), Shanghai (4th), Singapore (5th), Nanjing (7th), Lisbon (8th), Chengdu (10th) and Kuching (11th). This conference is intended to provide a forum for researchers and professionals to discuss and disseminate recent advances in analysis, behaviour, design and construction of steel, aluminium and composite steel-concrete structures.

ICASS 2025 Topics

ISICT
International Symposium on
Industrialized Construction Technology

ISICT is an international symposium series dedicated towards recent advances in construction technology and building industrialization. ISICT was inaugurated in 2015 in Shanghai by the National Technology Research Center for Prefabrication Construction in Civil Engineering, Tongji University. The 2nd ISICT was held in Shanghai in 2017 jointly with the Modular and Offsite Construction summit (2017MOC), and the 3rd edition of ISICT was held in Shenzhen in 2019.

ISICT 2025 Topics

Keynote Speakers

Professor Leroy Gardner

Imperial College London, UK

Professor Lin-Hai Han

Tsinghua University, China

Professor Amit Kanvinde

University of California, Davis, USA

Professor Gang Shi

Tsinghua University,
China

Professor Luis da Silva

University of Coimbra,
Portugal

Professor Brian Uy

University of New South Wales,
Australia

Professor Milan Veljkovic

Delft University of Technology,
Netherlands

Professor Y.C. Wang

University of Manchester,
UK

Professor Ben Young

The Hong Kong Polytechnic University,
Hong Kong SAR

Dr. H. C. Ho

The Hong Kong Polytechnic University,
Hong Kong SAR

Professor Guoqiang Li

Tongji University,
China

Professor Thomas Ng

City University of Hong Kong,
Hong Kong SAR

Mr Samuel Wang

a leading industrial expert from KTP Consultants Pte Ltd, Singapore

Mr Tan Chee Kiat

Deputy CEO (Industrial Development), Building and Construction Authority

Speakers’ Details

Sponsors

Sensorcraft Technology (S) Pte Ltd

Sensorcraft Technology (S) Pte Ltd is a local company established in the year 1999. We have been in operation for 26 years. Our business model is situated in the supply of good quality, high precision material testing and analysis equipment as well as sensors. We have a team of engineers that is capable of providing system integration and proposing solutions for research and industrial applications. Our line of product distribution encompasses companies such as Tokyo Measuring Instruments Laboratory Co., Ltd (Japan), Watanabe Electric Industry Co. Ltd (Japan), Humboldt Manufacturing (U.S.A), Recherches & Realisation Remy (France), Piletest Limited (U.K), Giatec Scientific (Canada), Matest SpA (Italy), Fuji Ceramics (Japan), GE Sensing (U.S.A). We supply Strain Gauges, Transducers, Load cells, Accelerometers, Fiber optic sensors, Level sensors, Impact Echo Hammer, Static & Dynamic Data loggers, Data acquisition systems, concrete compression machine, creep test machine and Universal Test Machines. Our area of support covers the supplies and after sales services of the testing sensors and instrumentation for the purpose of Material Analysis and Testing, Civil, Structure & Geotechnical Engineering, In-situ and building Monitoring, NDT Monitoring, Mobile Technology Integration, Product Quality Testing, Research and Development. For more information feel free to visit our website at www.sensorcraft.com.sg

CHEC (Singapore)

CHEC (Singapore) was established in 1986 as a subsidiary of China Harbour Engineering Company Ltd. With global resources and advantages in capital, technology, marketing, talent, and equipment, CHEC Singapore provides first-class services to its customers. It has integrated capabilities in investment, construction, and operation, covering the entire industrial chain.

To date, CHEC Singapore has successfully completed over 50 projects and is actively engaged in key national infrastructure initiatives, including:

  • Tuas Water Reclamation Plant Contract 2A and 2B for the Public Utilities Board (PUB)
  • Integrated Waste Management Facility Phase 1 Package 1 and Package 2 for the National Environment Agency (NEA)
  • MRT Project T309 for the Land Transport Authority (LTA)
  • 8 Shenton Way Redevelopment Project for Perennial Holdings
  • Punggol Extension and Cross island Line Phase 2
  • Mixed Development Property of 2 Blocks of 19 – Storey Apartments (One Sophia Road)

With a strong track record and commitment to excellence, CHEC Singapore continues to play a vital role in shaping the nation’s infrastructure landscape.

Company website: www.chec.bj.cn

Peak Kong Special Steel

PeakKong Special Steel is committed to providing the most advanced technology, software, and services for the fabrication and research and development of laser-welded structural Steel profiles. We are a leader in the field of high-strength steel and related services, and through close collaboration with our customers, we enhance the performance of existing products, seek new product solutions, and optimize manufacturing processes.

Launched for the market: Stainless steel structural Sections, Duplex/Super Duplex Stainless Steel Structural Sections, High-performance alloy stainless steel Sections, Titanium alloy structural Sections, Advanced High strength structural steel Sections S690, Ultra-high strength steel structural Sections 960, Weathering Structural steel Sections, Composite Steel Profiles, Offshore energy structural steel Sections.

Website: www.peakkong.com

Journal of Energy Infrastructure

Journal of Energy Infrastructure (JEI, ISSN: 3051-097X), hosted by Chongqing University and globally distributed by KeAi Publishing, operates under an Open Access model with a continuous online publication mechanism and rigorous peer review. Co-edited by Professor Xuhong Zhou at Chongqing University) and Professor Kwok-Fai Chung at The Hong Kong Polytechnic University, JEI focuses on cutting-edge advancements in design innovation, intelligent construction, safety resilience, smart operation and maintenance, and low-carbon transition for energy infrastructure systems, including wind, solar, geothermal, marine, hydropower, thermal power, nuclear power, grid networks, and energy storage. The journal is committed to building a high-level, interdisciplinary, and international academic exchange platform.

KEY AREAS:

  • Design and Optimization
  • AI-powered Technologies
  • Environmental Engineering and Construction Technologies
  • Life-cycle Performance and Management
  • Disaster Resilience and Multi-hazard Engineering
  • Durability and Sustainability
  • Innovative Applications of Materials and Structures

Website: www.keaipublishing.com/en/journals/journal-of-energy-infrastructure/

TAL Building Technology

TAL Building Technology is an integrated technology and product service provider renowned for our expertise in advanced aluminum structures, large-span spatial structures and complex façade systems. At TAL, innovation meets functionality, enabling us to cater to the most ambitious architectural endeavors. Our comprehensive suite of services includes collaborative creation, product R&D, engineering & detailed design, intelligent manufacturing, system integration, and assembly services. We handle every phase of the architectural process, ensuring seamless execution from concept to completion.

Why Aluminum?
Lightweighted: Aluminum has very high strength-to-weight ratio, enabling innovative architectures with magnificent spanning and minimal thickness with the least material.
Durable: Highly resistant to corrosion, aluminum structures can be lifelong maintenance-free.
Digital Manufacturing: Utilizing digital technologies, aluminum allows for high level of precision and customization in manufacturing, facilitating complex designs with consistent quality.
Integrated: Aluminum supports integrated solutions, combining structural strength with aesthetic flexibility, enabling complete façade systems that incorporate insulation, waterproofing, lighting and even solar panels.
DFMA: Components can be pre-manufactured in a controlled environment with the highest precision, leading to quicker assembly on site, less waste, and enhanced quality control.
Sustainable: With its 100% recyclability and lower energy requirement for recycling, aluminum contributes to sustainable building practices.

Website: www.tal-intl.com

Unlock Your Potential at the Conference:
Discover, Connect, and Grow!

The conference offers a unique opportunity for attendees to gain insights from esteemed speakers in engineering and construction. With multiple parallel sessions, participants can select topics that align with their interests, maximizing learning. It facilitates networking opportunities, allowing professionals to connect and collaborate across various fields. The format encourages interactive discussions, promoting engagement and clarity on relevant issues. Furthermore, the event supports professional development, making it beneficial for both experienced individuals and newcomers while providing a relaxed environment for relationship building through social events.