I have been actively involved in consultancy and research projects for both local and international agencies, serving as project leader in several marine technology and hydrodynamic-related studies. These projects include towing-tank testing and new technology verification industrial and environmental applications.
This project involved vortex-induced vibration (VIV) testing of offshore riser suppression devices in collaboration with AMOG Pty Ltd, Australia. The work focused on evaluating the hydrodynamic performance and effectiveness of various VIV suppression configurations through experimental towing-tank testing under controlled flow conditions at the Marine Technology Centre, UTM.
This project involved benchmarking studies of the KCS (KRISO Container Ship) hull in collaboration with Papada Engineering Co. Ltd., Thailand. The work focused on evaluating ship hydrodynamic performance through numerical simulations and experimental analyses, including resistance and flow behaviour assessment, for validation and performance comparison purposes.
This project involved resistance testing of a Buoy Laying Vessel for GB Marine Pte. Ltd, Singapore. The work focused on evaluating the vessel’s hydrodynamic resistance characteristics through towing-tank experiments to support performance assessment and design optimization.
Professional Short Course for the Royal Navy of Oman (2022) – Instructor
I was involved as a course instructor for a one-month professional short course conducted for the Royal Navy of Oman, focusing on CAD-based marine design and ship engineering applications using Rhinoceros software. The programme emphasized practical design skills and marine engineering fundamentals for naval personnel.
