Josh Stewart Resume
JOSH STEWART
1014 Sycamore Lane | Davis, CA 95616 | ------------ |------------
EDUCATION:
Bachelor of Science: Mechanical Engineering Expected Graduation: June 2019
University of California, Davis
TECHNICAL SKILLS:
Software - Solidworks, Autodesk Inventor and Revit, ANSYS, MATLAB, R, HSMWorks, Microsoft Word, Excel, and PowerPoint
Machine Shop Trained - CNC mill, lathe, angle grinder, band saw, belt sander, drill press, chop saw, etc.
EXPERIENCE:
Powertrain Engineer, Formula SAE Electric UC Davis (August 2018 - )
- Created new duct designs for the 2019 season and tested the designs using fluid simulation on Solidworks.
- Performed thermal analysis on the battery cells and heatsinks within the car’s battery pack using ANSYS.
- Designed covers for a P Board to be compatible with geometry of the battery pack.
Drivetrain Engineer, Formula SAE Electric UC Davis (October 2017 – August 2018)
- Performed FEA tests on new potential sprocket designs for the 2018 season using Solidworks simulations.
- Used HSMWorks to write the G code to mill both the differential brackets and the sprocket for the 2018 season vehicle.
UC Davis Event Staff Lead (October 2017 - )
- Attended events, communicating with the client and responding to their needs on site, including podium wiring, technology troubleshooting, and general setup changes.
PROJECTS:
Sandia Additive Manufacturing Competition (January - May 2017)
- Lead a five student team through the design and manufacturing of a 3D printed multi-tool requiring five different functions.
- Used Solidworks to model the multi-tool and run stress simulations on different designs.
- Took first place overall in the school-wide competition for our design that incorporated six different moving parts that functioned immediately after printing and without assembly.
Shigley Hauler (January – March 2019)
- Designed a gearbox using Solidworks capable of hoisting the weight of five textbooks up an inclined slope despite constraints like asymmetric nylon gears and a low torque motor.
- Performed FEA testing on the acrylic walls to ensure they would not shatter under the load.
JOSH STEWART
1014 Sycamore Lane | Davis, CA 95616 | ------------ |------------
EDUCATION:
Bachelor of Science: Mechanical Engineering Expected Graduation: June 2019
University of California, Davis
TECHNICAL SKILLS:
Software - Solidworks, Autodesk Inventor and Revit, ANSYS, MATLAB, R, HSMWorks, Microsoft Word, Excel, and PowerPoint
Machine Shop Trained - CNC mill, lathe, angle grinder, band saw, belt sander, drill press, chop saw, etc.
EXPERIENCE:
Powertrain Engineer, Formula SAE Electric UC Davis (August 2018 - )
- Created new duct designs for the 2019 season and tested the designs using fluid simulation on Solidworks.
- Performed thermal analysis on the battery cells and heatsinks within the car’s battery pack using ANSYS.
- Designed covers for a P Board to be compatible with geometry of the battery pack.
Drivetrain Engineer, Formula SAE Electric UC Davis (October 2017 – August 2018)
- Performed FEA tests on new potential sprocket designs for the 2018 season using Solidworks simulations.
- Used HSMWorks to write the G code to mill both the differential brackets and the sprocket for the 2018 season vehicle.
UC Davis Event Staff Lead (October 2017 - )
- Attended events, communicating with the client and responding to their needs on site, including podium wiring, technology troubleshooting, and general setup changes.
PROJECTS:
Sandia Additive Manufacturing Competition (January - May 2017)
- Lead a five student team through the design and manufacturing of a 3D printed multi-tool requiring five different functions.
- Used Solidworks to model the multi-tool and run stress simulations on different designs.
- Took first place overall in the school-wide competition for our design that incorporated six different moving parts that functioned immediately after printing and without assembly.
Shigley Hauler (January – March 2019)
- Designed a gearbox using Solidworks capable of hoisting the weight of five textbooks up an inclined slope despite constraints like asymmetric nylon gears and a low torque motor.
- Performed FEA testing on the acrylic walls to ensure they would not shatter under the load.