Li Sheng Kim Email & Phone Number

Portage, Michigan, United States

- Redesigned cameras for newer versions and simple illustrations with the use of Solidworks to document their designs and allow customers on the company’s website to review the cameras. The simplified camera versions are available in 3D files in which illustrates the camera dimensions and colors without potentially harming the company’s intellectual property.- Collaborated with electrical engineers and software engineers to assemble cameras and develop camera video software using Python and IAR Embedded Workbench. Used improvisational skills to increase overall quality of camera such as by applying thermal paste at certain electronic components to prevent them from overheating. - Tested fully assembled cameras to determine their workability and correspondence with input commands as well as their durability with the use of critical thinking and problem-solving skills. Collaborated with the quality assurance engineer to ensure cameras were operational as desired before confirming status for shipping to customers.

Kalamazoo, Michigan, United States

- Utilized Solidworks to draft and design the exoskeleton prototype with accuracy and attention to detail and carry out material stiffness and stress analysis to determine the structure’s durability. This task also properly illustrated the design requirements to the team, increasing workflow by 55% and completely deciding materials needed 3 weeks ahead of time.- Animated the CAD design of the prototype with a virtual hand and ran simulations to properly illustrate the interaction of the exoskeleton with the wrist, providing a better understanding of the prototype’s functionalities during presentations.- Experimented with an EMG machine and corresponding MATLAB codes to achieve required data on the electrical impulses of wrist muscles. This also allowed for identifying and solving errors in code files, actively increasing the team’s efficiency by 20%, and allowing the team to complete certain tasks 2 weeks earlier than expected.

Kalamazoo, Michigan, United States

- Presented and guided new student workers with the tasks in which they need to work on for their respective shifts and explained the rules and regulations at the dining center.- Managed and directed student workers to fill up open spots at venues that needed additional assistance, which helped improved the overall working efficiency throughout the dining center.- Improvised workflow in the dish room by separating certain containers and dishes to be sent into the automatic dish machine and for manual washing respectively, increasing work efficiency by 40%.- Operated the dish machine, pulper and extractor and communicated with managers and technicians regarding malfunctions.

Kalamazoo, Michigan, United States

- Experimented with vehicle simulations by using Python and Git codes to achieve the desired results. This also allowed for identifying and solving basic issues faced by teammates when coding for vehicle simulations, actively increasing the team’s efficiency by 20%, and allowing the team to complete certain tasks 2 weeks earlier than expected.- Simulated the vehicle and the terrain of the area the vehicle travels on in Carla to obtain information regarding the vehicle’s lane keeping and detection abilities, preventing the vehicle from colliding with stationary objects.

Kalamazoo, Michigan, United States

- Utilized Solidworks to draft and design the vehicle structure with accuracy and attention to detail and carry out material stiffness and stress analysis to determine the structure’s durability. This task also properly illustrated the design requirements to the team, increasing workflow by 30% and completing materials search 1 week ahead of time.- Assembled all complete solar car components together in Solidworks and exported the file to Adams Car for simulation testing. Conducted simulations such as constant velocity, linear acceleration, braking, turning, and drifting analyses in Adams Car to ensure that the vehicle structure is compatible with the design requirements, identifying potential issues that may arise with the real vehicle model, and increasing the safety factor of the vehicle by 70%.

Petaling Jaya, Selangor, Malaysia

- Prepared presentation material using MS Power Point and Creo to illustrate and explain the components needed for replacements to suppliers, allowing the suppliers to clearly identify and fulfil the company’s needs. - Diagnosed and identified electronic components that requires repairs using electronic diagnostic tools and problemsolving skills, facilitating working processes, and increased overall work efficiency by 45% within a week. - Analysed components by utilizing 2-D AutoCAD drafts to identify problems with the steering shafts and hood components of vehicles, facilitating work process by 25% by notifying senior co-workers of the related issues.

Education record

Bachelor Of Science - Bs, Mechanical Engineering, 3.22/4.0

Activities and Societies: Sunseeker Club, Starting Gate Fall 2019