PBT Cultural Night is a student-run cultural event that provide entertainment programmes to the public. I was in charge of planning and organizing team's activities.
As a Mechanical Engineering fresh graduate with strong programming skills, I am eager to contribute my effort and skills to my future work. I aim to leverage my analytical and technical abilities to drive impactful solutions and support strategic decision-making.
Native
Fluent
Basic
I am a Malaysian Chinese fluent in Mandarin, Malay, and English, with strong multicultural awareness and communication skills.
CGPA: 3.60
2020-2024
As one of Malaysia's top universities, it provides a solid foundation in mechanical engineering, covering design, manufacture, and system management. I actively took on key roles in club activities, honing leadership, communication, and problem-solving skills vital for an engineering career.
PBT Cultural Night is a student-run cultural event that provide entertainment programmes to the public. I was in charge of planning and organizing team's activities.
IMECHE USM Student Chapter is a student-run organization that promotes educational activities in the field of engineering. I was in charge of updating the website and managing social media activities.
This event was aimed at introducing students to the field of machine learning, and I was responsible for organizing and running the event.
This event was aimed to provide students with a basic understanding of HTML, and I was responsible for organizing and running the event.
This club serves as a platform for students to improve their thinking skills through entertainment, and I was responsible for managing the finances and resources.
CGPA: 3.92
2018-2019
The syllabus provided me with a strong foundation in physics, enabling me to pursue engineering with confidence.
I was also the HEAD OF BUREAU under FORM 6 STUDENT REPRESENTATIVE COUNCIL, actively involved in the planning and execution of various events.
This club serves as a platform for students to improve their thinking skills through entertainment, and I was responsible for managing the finances and resources.
Results: 10As
2013-2017
The syllabus provided me a strong foundation in mathematics, physics, and chemistry, which were used in a wide range of academic fields.
This project was aimed at developing an automated traffic light system using Arduino. It utilized 3 load cells to detect the presence of vehicles and adjust the timing of the traffic light accordingly. The data received from the load cells is then logged and analyzed.
This project was aimed at developing a variety of mini projects using Python. The genres of the projects include web scraping, sampling of big datasets, simulation of mechanical models, development of online competitive games and productivity tools.
This project made use of MACHINE VISION and was centered around development of eye tracking system using Matlab. It utilized a camera to track the eyes and the data would then be processed and analyzed in real-time to detect sleepiness. When the user is sleepy, the system will trigger an alarm to alert the user. The system was designed to provide early warning signs to the user.
This project aimed to develop a Deep Learning-based face recognition system using both pretrained model and self-invented model.
With the aids of TensorFlow's API and Python, I developed a voice-controlled game controller that can control basic game's actions. The system was designed to be user-friendly and easy to use. Even though the system has some limitations, it provides a good starting point for further development.
Kuih Loyang is one of the most famous cuisine in Malaysia. However, most of the processes involved in the production of it require manual handling. With the mainframe being introduced, we were tasked to introduce a gripper machine that aids in facilitating the transferring process.
This project focuses solely on development of thermal management system. It utilizes simple control system (PID controller) to ensure the temperature stays within the safety margin.
This is my final year project involving development of system that controls Hydraulic Regenerative Braking System (HRBS) based on the output received from the sensors of HHV. It aims to provide a more ergonomic control over the HRBS developed by the previous year's team.
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