Awards & Recognition
Recognitions for research, innovation, and teaching earned alongside collaborators and students. Highlights include international awards for geopolymer concrete, national innovation medals, and university honors for mentorship and community impact. These milestones reflect sustained work toward sustainable construction materials and realโworld outcomes.
Competition Awards
๐ International Concrete Competition CIVILWEEK 2021
๐๏ธ 2021
๐ Indonesia
๐ International Recognition
Universiti Teknologi Malaysia (UTM) was awarded the Champion title at the International Concrete Competition โ CIVILWEEK 2021, in recognition of an innovative concrete material known as GlassโGarnet Concrete, developed as a sustainable high early-strength concrete for rapid construction applications. The achievement included a USD 900 cash prize, certificate, and trophy.
This award recognized the research and development of a novel concrete material incorporating waste glass and garnet, highlighting its potential to enhance early-age strength while promoting sustainable material utilization in construction. The innovation demonstrated strong applicability for fast-track construction projects, aligning with current demands for environmentally responsible and efficient building solutions.
The project was conducted under my supervision and reflects the successful integration of sustainable materials research, performance-based concrete design, and real-world construction needs at an international competition level.
๐ 3rd National Geopolymer Concrete Competition 2019
๐๏ธ 2019
๐ Universiti Teknologi Petronas, Malaysia
๐ National Recognition
Universiti Teknologi Malaysia (UTM) achieved notable success at the 3rd National Geopolymer Concrete Competition 2019, securing both the First Runner-Up and Second Runner-Up awards. The competition focused on innovative applications of geopolymer concrete as a sustainable alternative to conventional cement-based materials.
The achievement was attained under my advisoryย who guided the teams in the material design, mix development, experimental methodology, and technical presentation. The projects demonstrated strong mechanical performance, effective utilization of industrial by-products, and a clear emphasis on sustainability and low-carbon construction.
This accomplishment reflects the successful integration of research-led teaching, student mentorship, and sustainable materials innovation, as well as UTMโs continued commitment to advancing environmentally responsible construction technologies at the national level.
๐ International Highest Early Strength Self-Consolidating Concrete Competition (i-HESSCCC) 2018
๐๏ธ 2018
๐ UiTM Shah Alam, Malaysia
๐ International Recognition
Universiti Teknologi Malaysia (UTM) achieved notable success at the International Highest Early Strength Self-Consolidating Concrete Cube Competition (i-HESSCCC) 2018, held from 19โ20 April 2018 at the Faculty of Civil Engineering, Universiti Teknologi MARA (UiTM), Shah Alam, Malaysia. The UTM (FKA) team was awarded Most Flowable Concrete (USD 300) and Best Presentation Award (USD 200) in this international-level competition.
The achievement was attained under my academic advisory, where I guided the team in concrete mix design, optimization of self-consolidating properties, experimental methodology, performance evaluation, and technical presentation. The developed concrete mixes demonstrated excellent flowability and early-age strength performance, meeting the competition objective of achieving high early strength within 24 hours while maintaining cost efficiency.
The event aims to foster innovation, technical competency, hands-on experience, and leadership skills among students, researchers, and industry participants. This accomplishment reflects the effective integration of research-led teaching, student mentorship, and advanced concrete technology, reinforcing UTMโs commitment to excellence in concrete engineering and sustainable construction practices at both national and international levels.
Innovations Awards
๐ก 2 Special Awards and Bronze Medal at SIIF 2025
๐๏ธ 2025
๐ Seoul, South Korea
๐ International Recognition
The Seoul International Invention Fair (SIIF) 2025, held in Seoul, South Korea, is one of the most prestigious international platforms for showcasing innovative technologies with strong commercialization potential. At SIIF 2025, the team led by Ir. Ts. Dr. Nor Hasanah Abdul Shukor Lim achieved significant recognition for the development of G-EASYMent: Geopolymer Easy Mix Cement.
The innovation received a Special Award from the National Research Council of Thailand, a Special Award from the Taiwan Innovation Association, and a Bronze Medal, highlighting its technical merit and global relevance. G-EASYMent is an environmentally friendly alternative to Ordinary Portland Cement (OPC), representing a major advancement in low-carbon construction materials.
By replacing OPC and valorising palm oil industry waste, G-EASYMent significantly reduces embodied carbon emissions while supporting circular economy practices. Its โEasy Mixโ formulation enhances user-friendliness and safety, making geopolymer technology more practical and accessible for on-site construction applications, thereby accelerating industry adoption.
In addition, G-EASYMent utilizes geopolymer technology derived from industrial by-products such as fly ash, eliminating the need for limestone calcination and substantially lowering the carbon footprint. This innovation demonstrates how sustainable construction materials can be practical, scalable, and economically viable, positioning G-EASYMent as a next-generation green binder for the construction industry.
๐ก Outstanding Award & Gold Medal (GEOLITE) at 34th ITEX
๐๏ธ 2023
๐ Kuala Lumpur, Malaysia
๐ International Recognition
The 34th International Invention, Innovation & Technology Exhibition (ITEX) is one of the most prestigious innovation exhibitions in Malaysia. I was honored to receive the Outstanding Award and Gold Medal for GEOLITE, a one-part geopolymer concrete that can be mixed with water on-site, similar to ordinary Portland cement.
GEOLITE represents a significant advancement in geopolymer concrete technology, addressing one of the major barriers to its widespread adoption in the construction industry. By developing a one-part system that eliminates the need for handling caustic alkaline solutions on-site, GEOLITE makes geopolymer concrete more accessible and practical for everyday construction applications.
The innovation was recognized for its potential to revolutionize the construction industry by providing a sustainable alternative to traditional cement that is not only environmentally friendly but also user-friendly. The award has led to increased interest from industry partners and potential commercialization opportunities.
๐ก Gold Medal at 20th INATEX
๐๏ธ 2018
๐ Universiti Teknologi Malaysia, Malaysia
๐ National Recognition
The 20th International Invention, Innovation & Technology Exhibition (INATEX) 2018 is a prestigious platform that showcases innovative technologies and products with strong commercial and societal impact. I was honored to receive recognition at INATEX 2018 for the development of an eco lightweight concrete panel utilizing industrial waste materials, specifically fly ash and bottom ash.
The eco lightweight concrete panel represents a sustainable construction solution aimed at reducing the environmental impact of conventional building materials. By incorporating fly ash and bottom ash as primary components, the innovation promotes waste valorization, reduces reliance on natural resources, and contributes to lower carbon emissions in the construction sector. The lightweight nature of the panel also offers practical advantages, including reduced structural load, ease of handling, and improved construction efficiency.
This innovation was recognized for its potential application in sustainable building systems, particularly for non-load-bearing wall panels and prefabricated construction. The award highlighted the productโs contribution to green construction practices and its potential for industry adoption and commercialization.
Services Excellence
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Anugerah Perkhidmatan Cemerlang 2025
Anugerah Gemilang
Fakulti Kejuruteraan Awam 2025
Anugerah Perkhidmatan Cemerlang 2020
