RIZWAN PARUTHAYIL ABDUL RAHIM

• Dynamic mechanical engineering intern with a proven track record in the production and storage of hydrogen within the maritime industry. Experienced in innovative hydrogen production techniques, storage system optimization, and adherence to stringent safety protocols. A collaborative team player with strong problem-solving skills, dedicated to continuous improvement and sustainability in engineering practices. Proficient in data analysis, documentation, and committed to ensuring adherence to industry standards. A results-driven individual who thrives in dynamic environments and contributes to the development of cutting-edge solutions for sustainable maritime energy applications.

• Providing a pro-active and reactive service to make sure our customers meet all their financial arrangements in line with their own financial goals
• I was a trusted expert, providing them with the knowledge they need to make the most of their money.
• Handled requests with friendly, knowledgeable service and support, continually achieving positive customer feedback.
• Established positive relationships with clients by going extra mile to build rapport.
• Managed high-volume customer queries simultaneously through effective multitasking.
• Resolved customer complaints following guidelines and referred complex inquiries to team leaders.
• Handled in-person, email and mailed correspondence.

Advanced Practice Modules Include: Finite Element Methods, Machine Design, Supply Chain Management, CAD/CAM and Product Developments Manufacturing Systems, Sustainability, Advanced Practice.

Engineering Research Project - Topology optimization of leaf spring for heavy vehicles, the primary goal of the research project was to improve the performance of leaf springs in heavy vehicles through topology optimization, ensuring optimal material distribution for enhanced strength, reduced weight, and increased overall efficiency.

Modules Include: Engineering Mechanics, Dynamics of Machinery, Refrigeration And Air - Conditioning, Mechatronics, Compressible Fluid Flow, Design and Engineering, Advanced Mechanics of Solids, Fluid Machinery, Thermal Engineering and Thermodynamics, Non-Destructive Testing, Computer Programming, Heat And Mass Transfer, Advanced Manufacturing Technology, CAD Analysis, Metrology and Instrumentation, Business Economics, Supply chain and Logistics Management, Material Handling and Facilities Planning.

Dissertation - Development of Coir Based Composite Material Developed a composite material to replace conventional plywood which causes major impacts on environment. Studied the thermal and mechanical properties of composite in various proportion of mixtures