Developed a pneumatic bag opener and computer-vision quality checks for STEM-kit assembly. My work connected observations of more than 2,000 kit assemblies with mechanical design, controls, camera-workstation development, and prototype testing.
View project →Developed a recovery-footwear proof of concept with active mechanical massage and passive pressure features. My contributions focused on mechanism design, iterative prototyping, fabrication, and integrating the massage system into a functional shoe.
View project →Supported mechanical design and manufacturing operations in a precision-machining environment. I implemented and optimized a laser-engraving capability, designed custom parts, and worked with tolerancing, 3D printing, molds, FARO Arm and CMM workflows, tooling organization, 5-axis manufacturability, and facility planning.
Project-centered coursework spanning mechanics, thermal-fluid systems, controls, manufacturing, electronics, and design, with a concentration in Aerospace Engineering.
SolidWorks, Creo, MATLAB, Excel, JavaScript, Arduino/C++, rapid prototyping, manual mill and lathe work, 3D printing, laser cutting and engraving, casting, pneumatics, soldering, instrumentation, engineering drawings, tolerance analysis, FEA fundamentals, and test development.