Advanced Maritime Technologies and Applications

Green Composites Reinforced with Natural Fiber: A Review on Mechanical Properties.- Assessment on Maritime Research and Education for Graduate Employability and Sustainability: A Case Study in Faculty of Maritime Studies, Universiti Malaysia Terengganu".- Performance Evaluation of Malaysia's Maritime Business Companies During Covid 19 with Topsis.- Issues in Legal Guidelines for Armed Guard on Board Vessels.- SWOT and TOWS Matrix Analysis: A Study on Ro-Ro Port Klang Malaysia.- Green Port Performance Indicators for Dry Bulk Terminals: A Review.- Development of Project Management Timeline and Material Buyout Application to Ship Construction Planning: A Review.- A Study of "Perahu Kolek" in Kelantan: Design, Material and Boat Building.- Green Shipbuilding Technology for Boustead Naval Shipyard Sdn Bhd Towards Sustainable Shipbuilding Development.- Ship Wave Resistance by Final Root Method of Solution with Corrections of Block Coefficients and Angleof Entrance.- Comparative Study of Ship Wave Resistance by Various Methods of Solution.- Effect of Cold Forging on Wire Arc Additive Manufactured Profile for Repair Purposes.- Investigation of Mesh Size Effect on FRP Confined Concrete Column Simulation Using Finite Element Analysis.- An Efficient Direct Diagonal Hybrid Block Method for Stiff Second-order Differential Equations.- The Investigation on the Effect of the Bulbous Bow Shape to the Resistance Components and Wave Profiles of Small Ships.- The Strength Analysis of Submersible Drone Hull Structure.- The Conceptual Design of Submersible Drone for Seabed Profiling.- Development of Smart Traffic Light Control System Using PLC and IoT for Emergency Vehicle Passed Through.- The Strength Analysis of Leisure Craft with Transparent Hull.- The Conceptual Design of Leisure Craft with Transparent Hull.- Water Quality Assessment on Difference Depth at Sungai Manjung,

Azman Ismail is a senior lecturer at Malaysian Institute of Marine Engineering Technology, Universiti Kuala Lumpur, Malaysia. He received his PhD in Mechanical Engineering from Universiti Teknologi PETRONAS, and Master of Engineering in Mechanical-Marine Technology from Universiti Teknologi Malaysia. Prior to that, he was awarded a Bachelor of Engineering (Hons) in Electrical, Electronics and System from Universiti Kebangsaan Malaysia and Graduate Diploma in Industrial Education and Training from the Royal Melbourne Institute of Technology, Australia. He grooms his technical skill at Victoria University of Technology, Australia for Advanced Diploma in Construction and Repair Technology (Marine Vessels). He is also active in research and development for welding and joining technologies especially for friction stir welding on tubular sections and flat panels. This also includes green technologies for sustainable marine and coastal development. He is currently leading a research cluster of Advanced Maritime Industries Sustainability at his university. He has published his research findings in indexed journals and book chapters and actively competes at international and national level innovation competitions. In addition to his achievements, he has been a reviewer and editor for some international journals including Springer. Besides that, he is also active in conservation works as committee member for the National Eco-Campus Program with the World Wide Fund for Nature of Malaysia (WWF-Malaysia).

Wardiah Mohd Dahalan had received her PhD in Power System from the University of Malaya, Kuala Lumpur, Malaysia in 2013 and bachelor's degree (Hons) in Electrical & Electronics Engineering from University of Dundee, Scotland, UK in 1996. She is currently appointed as a Senior Lecturer at the Department of Marine Electrical and Electronics Engineering of University Kuala Lumpur (UniKL-MIMET). As the head of Research & Innovation department since