Additive Manufacturing
I have extensive experience in fused deposition modeling (FDM) printing through my personal Ender 3 that I have extensively modified.
I have extensive experience in fused deposition modeling (FDM) printing through my personal Ender 3 that I have extensively modified.
I am a Certified SolidWorks Associate and am experienced in other CAD softwares (NX, AutoDesk Inventor, Onshape, and Fusion 360).
I am proficient in various programming lanugages: MATLAB, C++, HTML, XML, and Java.
I have abundant experience using arduinos in many of my personal projects and thesis research, as well as through assistant teaching for the undergraduate mechatronics class at Penn State for 2 years.
Desktop microphone for personal use total cost ~$30
A mechanism I designed for a take home challange.
My master's thesis titled "A Unified Method to Calculate Safety Surrogates for an Autonomous Vehicle in Work Zones."
Modified my Espresso machine to allow proportional-integral-derivative (PID) control for the boiler and pressure control for shot-pulling. Made topology optimized towel rack brackets.
Heavily modified my Ender 3 to allow for cleaner and more efficient printing.
Interest in learning how to make forged carbon fiber parts led me to make a shift knob for my car as a foray into the topic.
Main hands-on research project for summer of 2022.
Final project for ME 581 - Simulation of Multibody Dynamics.
Final project for ME 545 - Graduate Mechatronics.
Final project for ME 556 - Robotic Concepts.
Wanted to test my 3d modeling skills and develop a fun deliverable in the process.
Final project for ME 340 - Mechnical Engineering Design Methodology.
Autodidactic learning about drones and first person view (FPV) technology.
One of my first personal mechatronics projects.