Mankin Ho

I am a highly skilled mechatronics engineer with a passion for hands-on work. I thrive on seeking out new challenges that push the boundaries of my expertise.

Since 2016, my active involvement in the automotive industry has provided me with extensive expertise across multiple domains. I began my journey by conducting routine maintenance tasks on cars and gradually progressed towards more intricate endeavors, such as the conversion of production vehicles into high-performance race cars. Presently, my specialization lies in fine-tuning vehicles to achieve optimal performance levels in my current role.

Additionally, I operate my own side business that offers a diverse range of automotive services. These encompass everything from regular maintenance work to comprehensive custom modifications. Some notable examples of the projects I undertake include installing lift kits, replacing clutches, performing diagnostics, crafting custom headlights, designing unique automotive features, and much more. With my versatile skill set, I possess the precision and expertise needed to handle a wide array of automotive requirements.

Furthermore, I have gained invaluable experience in the manufacturing realm of the automotive industry. I have actively participated in designing automation cells for the production of specific car parts, implementing vision systems for quality validation, programming robotic arms, and working with Programmable Logic Controllers (PLCs). Additionally, my involvement extends to the design and testing of circuit board controllers, where I proficiently utilize soldering techniques to assemble IC chips and components.

Throughout the process of transforming high-performance race cars, my team and I constantly push the boundaries, consistently striving to discover innovative solutions that enhance their capabilities. This hands-on experience has honed my problem-solving skills and granted me a deep understanding of performance optimization.

The fusion of my manufacturing proficiency with my automotive maintenance, custom modification, and tuning skills elevates the depth of my capabilities. This amalgamation enables me to approach projects holistically, carefully considering both performance enhancements and the underlying manufacturing processes.

Mechatronics Engineer at the University of Ontario Institute of Technology