Recent Mechanical Engineering graduate from the University of Dayton with a strong interest in mechanical design, manufacturing, and electromechanical systems. Experienced in CAD, prototyping, and hands-on engineering projects ranging from product development to automation.
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Worked with a multidisciplinary team to design and prototype the Saturn Strap — an innovative football helmet chin strap developed for startup Saturn Sports. The device measures strap tension and alerts players when the strap is too loose, improving helmet safety.
I focused on mechanical design, CAD modeling, and prototype fabrication, ensuring proper sensor integration, comfort, and manufacturability. The final prototype combined mechanical and electrical systems to demonstrate real-time tension feedback.
Worked with a team at Dayton Photonics to design and build a calibration cart for the company’s Theia optical testing unit. The cart was designed to precisely pan and tilt while supporting up to 70 pounds, allowing for accurate and repeatable calibration positioning.
I contributed to the mechanical design, CAD modeling, and structural validation of the system, ensuring stability and usability through physical testing. The completed prototype demonstrated smooth operation and robust performance under load.
Solo project using Arduino, IR sensors, ultrasonic sensors, and servos to design a robot capable of following a line and performing automated plant watering and weed removal along its path.
Handled wiring, coding, and control logic independently, resulting in a fully functional autonomous prototype demonstrating real-world automation principles.
Solo analytical project focused on determining the optimal path for a golf ball to reach the hole by analyzing slope, friction, and ball dynamics.
Applied physics-based modeling, vector analysis, and MATLAB simulation to compare trajectories and optimize performance under realistic conditions.
Worked with a faculty advisor to develop a process for recycling used plastic dining hall silverware into usable 3D printer filament. The project focused on evaluating material properties, processing methods, and consistency of recycled plastics for additive manufacturing applications.
My role included material preparation and shredding.. The project demonstrated the feasibility of repurposing campus waste into functional manufacturing material while promoting sustainable engineering practices.
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