Sheng Chen Email & Phone Number

Dearborn, MI, US

Dearborn, MI, US

Dearborn, Michigan, United States

Markham, Ontario, Canada

Oshawa, Ontario, Canada

• Managed a team of five Analysis department members, delegated tasks and over-saw execution of projects
• Used experimental testing to create realistic material properties for composite structural simulations
• Performed CFD using ANSYS Fluent and OpenFOAM to optimize performance of body, wings, and diffuser, used wind-tunnel to correlate CFD results
• Modeled accumulator internal flow and heat transfer using ANSYS Fluent and Simulink co-simulation
• Created transient Simulink battery and heat transfer model to simulate battery thermal performance of FSAE car, verified model using track and dyno testing
• Developed tools and scripts to automate CFD workflow in OpenFOAM, streamlining analysis workflow

Markham, Ontario, Canada

• Analyzed aerodynamics of high performance automobiles and racecars using OpenFOAM
• Modified air intake system design to reduce pressure drop and meet engine power targets
• Designed aerodynamic devices to reduce drag and increase range for various EV’s
• Prepared technical reports to guide leadership and designers
• Synthesized alternative aerodynamic designs using ANSA Pre-Processor

Oshawa, Ontario, Canada

• Undergraduate Researcher at Ontario Tech University
• Objective was to create a more effective EV battery cooling plate using novel coolant channel geometries and to propose new concepts in coolant channel design inspired by nature's constructal theory and contributing to.
• Detailed steady state fluid and heat transfer study of cooling plate design using ANSYS Fluent.
• Result post processing and non-linear regression analysis performed using MATLAB.
• Developed new channel design that improved cooling plate performance by approximately 4 times.
• Published 1 paper in the International Communications of Heat and Mass Transfer.

Richmond Hill, Ontario, Canada

• Collaborated with retailers to identify solutions to complex electrical and mechanical vehicle faults.
• Reviewed, created, and updated service bulletins.
• Undertook vehicle fire and incident investigations related to multi-million-dollar class action lawsuits. Analyzed vehicle burn patterns to help find origin and probably cause of fire.
• Researched and prepared technical documents regarding quality engineering and forensic investigations.
• Designed and built structures and environments for vehicle accident-avoidance system testing.
• Performed vehicle test fitments and software validations.

Oshawa, Ontario

Master Of Applied Science, Mechanical Engineering

Thesis Topic: Modelling of Wheel and Tire Aerodynamics

Bachelors Of Engineering (Honours) - With Highest Distinction, Mechanical Engineering, 3.81

Activities and Societies: Varsity Badminton Team, FSAE TeamCoursework: Advanced Solid Mechanics, Fluid Mechanics, Thermodynamics, Finite.

Bachelor Of Health Sciences, Kinesiology And Exercise Science

Activities and Societies: Varsity Badminton Team Captain, UOIT Motorsports Media