Research Projects & Grants
Rock Engineering · Tunnelling · Slope Stability · Digital Geotechnics
Research spanning fundamental rock mechanics, geotechnical engineering and industry-oriented innovation, with emphasis on tunnelling, slope stability, numerical modelling, advanced monitoring and digital engineering technologies.
Research Portfolio
The research portfolio integrates fundamental engineering investigation with applied and industrial research. Projects have been supported through international, national and Universiti Teknologi Malaysia research funding, with collaborations involving academia, government agencies and industry.
Updated: September 2026Research at a Glance
Principal Investigator Funding
International Grants
2 research projects
National Grants
4 research projects
UTM Grants
9 research projects
Research Themes
Flagship Research Projects
Integrated Intelligent Tunnel Lining Inspection System (TuLIS) Based on Imageries and IoT
Development of an integrated intelligent system to advance tunnel lining inspection and digital infrastructure asset management.
Use of NDTs to Detect Structural Impairment in Tunnel Lining
Application of non-destructive testing approaches for detecting and evaluating structural impairment in tunnel lining systems.
Preferential Flow Characteristics on Slope Runoff and Seepage Couple Effect Based on Finite Element Method
Investigation of coupled runoff and seepage behaviour influencing slope performance using numerical modelling.
Estimation of Blast-Induced Vibrations Using a Hybrid Methodology
Research on prediction and assessment of blast-induced vibration through hybrid analytical and computational approaches.
Principal Investigator Projects
15 Projects · RM1.22 MillionIntegrated Intelligent Tunnel Lining Inspection System (TuLIS) Based on Imageries and IoT
Use of NDTs to Detect Structural Impairment in Tunnel Lining
Estimation of Blast-Induced Vibrations Using a Hybrid Methodology
Preferential Flow Characteristics on Slope Runoff and Seepage Couple Effect Based on Finite Element Method
Numerical Modelling on Crack Density: Effect of Overburden
Behaviour of Surface Settlement Induced by Tunnelling Under Non-Greenfield Conditions
Behavior of Surface Settlement Induced by Tunneling Under Non-Greenfield Conditions
Video-Based Image Risk Analysis for Tunnel Lining and Tunnel Safety
Relationship Between Professional Engineer Recognition Requirements and Effective Teaching and Learning Among UTM Engineering Lecturers
Quarry Blast Model for Rock Fragmentation
Development of Forepoling Design for Tunnel Construction
Reliability of Tensile Strength Obtained from Diametrical Compression Test on Rock
Reliability of Tensile Strength from Diametrical Compression Test
Axially Loaded Bored Piles in Problematic Karstic Limestone Areas
Development of Stability Chart for Rock Slope Assessment
Collaborative Research Projects
18 Research Member Projects · RM1.05 MillionRock Slope Monitoring and Surveillance Using Terrestrial Laser Scanning and GPS
Crack Detection on Retaining Wall Using Thermal Camera and Image Processing Technique
Real-Time Tunnel Lining Structural Health Monitoring System
Defects and Damages Identification of Tunnel Lining by Visual Inspection and Non-Destructive Evaluation
Structural Health Monitoring System in Tunnel Lining
Dynamic Behaviour of Retrofitted Column with Reinforced Concrete Jacketing Using Inoxydable Steel
Development of a Preliminary Design Chart for Practical Use for the Deep Mixing Method
Menaiktaraf Fasiliti Asas bagi Meningkatkan Kehidupan dan Ekonomi Asnaf
Correlation Between Radon/Thoron Concentrations with Commercially Available Used Building Materials
Predicting Terrestrial Gamma Dose Rate Based on Geological and Soil Information
Prediction of RQD Using Fuzzy Logic Algorithm with Rock Geophysics
Jack Forces Mechanisms in Soft Ground Tunnel Lining
Assessment on Reduced Thickness of Tunnel Lining to Ensure Tunnel Stability in Soft Ground
Accident Predictive Model for Malaysia Rural Road
Assessment of Soil Fabric and Partial Saturation Effect on Compressibility Behaviour of Compacted Tropical Residual Soil
New Link-Element Design for Increased Ductility of Battened-Up Columns for Earthquake-Resistant Structures
Shear Wave Velocity Investigation for Geotechnical Engineering Applications Using Seismic Refraction and Multichannel Analysis of Surface Waves
Performance of Lime-Treated Compacted Tropical Residual Soil Under Wetting-Drying Cycles on Hydro-Compressibility Behaviour
Research Collaboration
Research activities extend across tunnelling, rock engineering, slope stability, engineering geophysics, structural health monitoring, numerical modelling and geotechnical materials, with projects undertaken through international, national, university and industry-linked research programmes.
Research Collaboration & Enquiries
For research collaboration, grant development, postgraduate research or related enquiries, please contact: