IAN ANAK ROMEO

I am currently a student at Imperial College London who has recently completed a Bachelor’s in Mechanical Engineering and will be continuing with a Master’s in Mechanical Engineering in October 2024. I hold a keen interest in renewable energy. I believe that renewable energy is a field that we should focus on to ensure a clean and sustainable future. A reliable team member with an assertive yet positive communicative style, I aim to broaden my horizons by meeting different people and gaining experiences in engineering related fields. Additionally, I am also an inquisitive and enthusiastic learner and am eager to gain new skills.

• Imperial College Union Malaysian Society, Involved in monthly team-building activities. Involved in the running of monthly events and meetings
• Borneo RED Society, Involved in fundraising activities. Involved in planning and creating a learning curriculum for children who lack educational opportunities

• English (Fluent)
• Bahasa Malaysia (Fluent)
• Hokkien Chinese dialect (Fluent)
• Mandarin Chinese (Working proficiency)

Individual Drive Transmission Design Project, 10/01/2020 - 06/01/2021

• Utilised knowledge of different drive transmissions as taught in the lectures to produce CAD models based on brief provided.
• Developed time management skills especially during the product design stage.

Second Year Gravity Powered Lamp Design, 10/01/2021 - 06/01/2022

• Utilised knowledge from first year courses in order to plan design
• Collaborated in a group of five to create design.
• Manufactured components in the student teaching workshop which developed technical skills.

Imperial College London, Bachelor’s Final Year Project, 01/01/2024 - 06/01/2024

• Worked in a group consisting of five people to design the Functional Blocks for the Ultra-Precision Autonomous Manufacturing Process Simulator System.
• Collaborated with renowned industrial partners such as Schuler Group and Raziol Zibulla & Sohn GMBH when carrying out the project.
• Successfully developed a fully functional system which managed to simulate diverse manufacturing processes and characterize the tribological behaviors between workpiece and tooling materials.
• Assembly involved autonomous polishing, cleansing, lubrication, and feeding system.