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Dr.Dayang Siti Hazimmah Binti Ali
APID: 84850
capAssociate Professor at Assoc. Prof. Ts Dr Sibu, Sarawak
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My Biography

Assoc. Prof. Ts. Dr. Dayang Siti Hazimmah binti More Ali is an Associate Professor at the School of Engineering and Technology, University of Technology Sarawak (UTS), Malaysia. She has more than 20 years of academic experience in teaching, research, postgraduate supervision, academic leadership, and quality assurance. She holds a PhD in Civil Engineering and specialises in Materials Engineering, Construction Materials, sustainable cementitious materials, polymer-modified concrete, composite and bio-based materials, material characterisation, durability, and advanced sustainable materials. Her research focuses on developing innovative and environmentally sustainable engineering materials, including natural-fibre composites, recycled and waste-derived construction materials, and advanced cement-based materials. She has served as a research grant reviewer, manuscript reviewer, postgraduate examiner, research committee member, and academic leader. Her professional experience also includes engineering programme accreditation, curriculum development, and ISO/IEC 17025 laboratory quality management. Keywords: Materials Engineering; Construction Materials; Sustainable Materials; Composite Materials; Cementitious Materials; Material Characterisation; Material Durability; Polymer-Modified Concrete; Bio-based Materials.

Area Of Expertise

• Materials Engineering & Engineering Materials • Construction Materials Development • Concrete & Cement-Based Materials • Materials Characterization & Microstructural Analysis • Material Durability & Performance • Sustainable & Advanced Construction Materials • Composite, Polymer & Biomaterials • Academic Peer Review & Research Evaluation • ISO/IEC 17025 Laboratory Accreditation • Postgraduate Supervision, Research Grants & Academic Leadership

Area of Intrest

• Materials Engineering & Construction Materials • Concrete, Cement-Based & Polymer-Modified Materials • Materials Characterization & Microstructure • Material Durability & Performance • Sustainable & Advanced Construction Materials • Composite, Biomaterials & Natural Fibre Reinforced Materials • 3D Printing & Materials Processing • Bamboo, Oil Palm Fibre, Corrosion & Metallurgy

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Shailendra Kumar Gaur


Good insight about the Indium thin film properties useful for semiconductor fabrication.

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Omonigho Otanocha


Hello, community of practice

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Levin Prabhu J


Dear Researchers … My work on social research has created impact on my students and young Read More researchers associated with in the recent years . My domain expertise leads to : Architecture and Urbanism
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Dr.R.Malathi Ravindran


Dear Friends, I am an Associate Professor of Computer Applications, willing to join in the field of Read More Data Base Analysis.
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Obi shambaba


The isolation of NTM species from humans, Mycobacterium virginiense is the second time to be Read More isolated from Human sputum in the world and water, Mycobacterium fortuitum highlighted that active and ex miners are at potential risks of acquiring pathogenic NTM from mining environment. The study has reviewed that they are NTM circulating in the mining environment and humans (active and ex miners) in Zambia which are potential pathogenic in immune comprised individuals. The identification of these Mycobacteria in clinical samples and environmental sources was important for both clinical and patient management, It will also help formulate policy change in understanding transmission factors that increase NTM transmission in mining
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Suljovic Suad


Through work, you achieve advancement in work and profession

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Souvik Das


My recent work focuses on developing an innovative approach to address operator fatigue in Read More industrial settings using intelligent Personal Protective Equipment (PPE). By integrating breathable sensors and image data analysis, this technology aims to assess and manage operator fatigue in real time. The impact of this work lies in its potential to enhance workplace safety by proactively identifying and mitigating fatigue-related risks. This solution not only aims to improve the overall well-being of industrial workers but also seeks to optimize productivity by ensuring operators are functioning at their best.
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SHRISHAIL SOLLAPUR


Hello
I am working on Mechatronics and Control Area, can join for research collaboration

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PRANJALI GAJBHIYE


Hi everyone, I am working on signal processing on biomedical signals such as EEG, ECG, and EMG Read More signals .

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Sulaman Yaqub


Natural product isolation and characterization by spectroscopies like UV, FTIR, NMR (1H, 13C, Read More 2D-NMR) etc.

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