As a Principal Investigator
| 1. Investigation of eco-composite materials’ energy dissipation behaviour |
| 2. Investigation of eco-composite materials energy dissipation behaviour |
| 3. Experimental and numerical investigation of natural fiber composites under low velocity impact and crushing |
As a scientific member
| 1. Moisture absorption characteristics in fibre reinforced composite laminates |
| 2. Mode III Participation in Mixed-mode Delamination of Composite Laminates |
| 3. Advanced testing of laminated composites for aerospace parts and assemblies |
| 4. Investigation of recycling and re-manufacturing process parameters of highly-aligned long discontinuous aerospace carbon fibre composites |
| 5. Damage assessment of laminated composites by digital image correlation technique |
| 6. Innovative teaching and learning strategies in open modelling and simulation environment for student-centered engineering education / inmotion |
| 7. Impact characteristics of natural fibre woven fabrics impregnated with a shear thickening fluid (stf) |
| 8. A new three dimensional fracture criterion for mixed-mode delamination |
| 9. Hybrid nanocomposite coating for resilient contact systems |
| 10. High performance perfluoropolyether-based grease lubrication system |
| 11. Mechanical characterization of frp composite laminates under fatigue loading conditions |
| 12. Analysis on the effect of valve stem geometrical parameters to the production of vortex-induced vibration (viv) in a governor valve system for 3 megawatt steam turbines. |
| 13. A New Traction-Separation Law for Fibre Bridging of Composite Laminates |
| 14. UTMIcon 3.2 : Development of high endurance and fully automated multirotor Unmanned Aerial System (mUAS) |
| 15. Fabrication Of High-Precision Fully-Automated Agriculture Drone For Spraying Application – Tanidrone |
| 16. Modelling Lubricant Film Formation Mechanism of Protic Ionic Liquid-based Polytetrafluoroethylene Grease for Electric Vehicles |
| 17. UTM-TRG/2 1.1: Drone Assisted Security Solutions with Docking Station |
