Here includes a culmination of the numerous work experiences and projects that I have been apart of:
Vapotherm (May 2022 - August 2022)
As intern, worked with an electric engineer to design a new test fixture for the company's new HVT 2.0 respirator product
Tasked with designing one sole test fixture responsible for testing all important components such as the device's intercooler, blower, O2 manifold, display screen, occluder actuator, and power supply
Benefits of new design: User friendly interface, More compact, Easy to reproduce, Lightweight, Saves roughly 15 minutes in manufacturing time for essential testing.
Check out the new product and its test fixture: https://vapotherm.com/
Supervisor: Marc Davidson
Vapotherm HVT 2.0 Device
Medusa II Test Fixture (for HVT 2.0 device)
Lockheed Martin (August 2022 - Present)
Working with Lockheed Martin, I was tasked with designing a cold plate for engine components to be made via additive manufacturing
Use of applications such as ANSYS, CFD, SOLIDWORKS and NTopology were used for this project
Worked alongside additive manufacturing companies to determine the printability for Direct Metal Laser Sintering (DMLS) methodologies to ultimately print and test designs
Preliminary drawings and designs are shown below - LM asks that I do not disclose specific information - Note: Project is still ongoing
Pin Design (SOLIDWORKS)
Gyroid Design (SOLIDWORKS)
Normal Gyroid Design (NTopology)
Normal Gyroid Unit Cell
Diamond Gyroid Design (NTopology)
Diamond Gyroid Design Unit Cell
PLA printed Gyroid Design
Gyroid Unit Cell (SOLIDWORKS)
Test Results (ANSYS)
Fitting for cold plate:
Strength testing results for different Aluminum alloy powder materials for DMLS methodologies:
Fabspeed Motorsports (April 2021 - August 2021)
As an intern with Fabspeed Motorsports, I was tasked with designing and implementing a new exhaust emission system for the 2020 Corvette V8
Used Hand Held Laser scanners to help model custom systems
Below are images of final product and my drawlings/3D designs