Projects
Capstone Project
This capstone project represents the culmination of my mechanical engineering education. It integrates, design, analysis, prototyping, and validation into a single, real-world solution. These photos document the evolution from concept to final build.
Overview of our capstone solution: a single-person assistive-lift solution for patients with muscular dystrophy.
The following images depict some of the CAD drawings used to model our design.
Solidworks was used to run FEA simulations.
Overview of our capstone solution: a single-person assistive-lift solution for patients with muscular dystrophy.
Machine Learning & Solar Engineering
These projects showcase my application of machine learning to complex, data-driven engineering problems. The stock predictor project explores predictive modeling and performance evaluation in a financial context, while the solar engineering project applies machine learning to forecast solar availability and enable adaptive energy-efficient lighting control.
Python
Here are a few projects from my Engineering Computation class. In this class, I learned how to use basic programming techniques to construct computer programs as well as how to apply programming techniques to solve problems in engineering.
Program takes three numbers from the user, compares them, and outputs the smallest number.
Program takes information from the user and outputs the information in a formatted mailing label.
Final team project was building a tower out of index cards to certain specifications. This is a model of the tower using turtle graphics.
Program takes three numbers from the user, compares them, and outputs the smallest number.
Python Project
My most recent project outside of the classroom was to build a simple game using Python. To the right is a short clip of the gameplay. I had a lot of fun making this and expanding my knowledge of Python.
Solidworks
Captured here are a few projects from my Electro-Mechanical Design/Engineering Graphics I class. Using Solidworks, I learned how to plan and prepare documents and technical graphics, conduct finite element analysis (FEA), tolerance and analysis (GD&T), materials and finishes, welding, and top-down design techniques.
Project focused on learning the basics of Solidworks, dimensioning, and tolerance.
Project focused on applying Geometric Dimensioning and Tolerancing (GD&T).
Final class project focused on optimization, assembling components, and understanding interconnect diagrams.
Project focused on learning the basics of Solidworks, dimensioning, and tolerance.