Mechanical Engineer Safety

Joe Russell

Education

****************@*****.*** 810-***-****

Skills

Michigan State University B.S. in Mechanical Engineering Concentration: Manufacturing

GPA: 3.18

Software: Siemens NX 12, MATLAB, LabVIEW, Altair Inspire, MS Office Machining: Lathe, Mill, Drill Press, Shear, Drop Saw, Bandsaw, 3D Printing, CNC Product Development: Reverse Engineering, Gantt Charts, Design Requirements Manufacturing: GD&T, Drafting, Additive Manufacturing, Material Testing, PID Controller Work Experience

Shipt Shopper November 2018-Present

Responsible for setting a schedule to shop and deliver goods to members while communicating with store staff and members of Shipt. Scheduling followed by accepting orders to shop and deliver goods in a requested time frame by careful thought of time management skills. Creates a positive environment with members within the community, answers any member questions or concerns and works well with others to ensure satisfaction. Projects

Entry Level Mechanical Engineer

Designed the frame of the human powered vehicle bike for Michigan State University's HPVC race team.

Created and improved the bike frame for performance, safety, and comfort. Conducted Altair Inspire FEA analysis to verify safety. Calculated dynamics to improve performance.

Capstone Leader: HPVC Bike Frame

Developed a mixing system for sand and oil to simulate metal powder and a binding agent. Consisted of a dispensing mechanism, a 2-step mixer, and a deposition system. Assisted PHD research by creating a CAD model to improve the design of a metal SLM 3D printer.

3D Printer Mixing System

Designed a skateboard using laminate theory, micro mechanics and the sandwich theorem. Unidirectional carbon reinforced with epoxy was chosen based on mechanical properties and cost efficiency.

Applied MATLAB code and calculations to meet factor of safety and deflection constraints. Composite Skateboard

Researched Ranque-Hilsch vortex tubes to determine which parameters would have an effect on the performance of the device.

Optimized parameters and created a CAD model.

Analyzed the performance using researched models.

Ranque-Hilsch Vortex Tube

May 2020

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