LECTURER  

 Education background:

• B. Eng. in Aerospace Engineering (USM)
• M. Sc. in Aerospace Engineering (USM)
• Ph.D. in Aerospace Engineering (University of Manchester, UK)

Research background:

• Experimental Aerodynamics
• Flight Dynamics

Research interest:

• Hydrokinetic Turbines
• Vortex
• Flying Discs

Current research:

Hydrokinetic Turbines-Flow (2016-current)

• Hydrokinetic Turbines for a Sustainable River-based Energy Extraction
• Effect of Turbine Vortices on Sustainable Power Generation using Micro-Hydrokinetic Systems
• Micro-hydrokinetic Turbine Potential for Sustainable Power Generation in Malaysia
• An Experimental Study on the Improvement of Savonius Rotors for Hydrokinetic Application
• An Experimental Study on the Turbine Power Performance for Hydrokinetic Application
• Flow Visualization Study of Water Tunnel for Micro-hydrokinetic Turbine Application
• Water Tunnel Turbulence Intensity Investigation for Micro-hydrokinetic Turbine Application
• Design and Development of Water Tunnel for Flow Visualization Study on Micro-hydrokinetic Turbine

Current research:

Vortex Flow (2011-2015)

• A qualitative study of vortex trapping capability for lift enhancement on unconventional wing
• Flow Visualization Study of Wing-Tip Vortex for a Wing with Cavity
• Experimental Study of Vortex Formation for a Wing with Cavity
• Flow Visualization Study on the Effect of Cavity Number for Low Aspect Ratio Wing
• The Effect of Cavity Shapes on Vortex Trapping for Low Aspect Ratio Wing
• The Effect of Cavity Number on Vortex Trapping for Low Aspect Ratio Wing
• Aerodynamic Lift Modification via Vortex Trapping
• Effect of fuselage diameter on aerodynamic characteristics for straight wing
• Design and Construction of Smoke System for USM Wind Tunnel Flow Visualization Study

Contacts:

• Phone: 04-599 5909
• Email: This email address is being protected from spambots. You need JavaScript enabled to view it. 
• Ext: 5909
• Room no: 2.34