I am a recent UTA Mechanical Engineering graduate with project experience in CAD, manufacturing, prototyping, and electromechanical systems. My work includes a senior design autogyro, a heavy-duty tow bar assembly, and a servo-actuated balancing platform.
These projects highlight my experience in mechanical design, manufacturability, technical communication, and building systems that work in practice.
Developed detailed SolidWorks CAD models for key autogyro components, including the canopy, fuselage, and airfoil geometries. Helped reduce total component weight by 32% through optimized print settings and material selection.
Designed a complete heavy-duty tow bar assembly for military vehicle applications with focus on structural integrity, load requirements, assembly feasibility, manufacturing planning, and cost analysis.
Helped design a servo-actuated balancing platform using SolidWorks, two servos, and a Raspberry Pi Pico. Contributed to real-time control code and troubleshooting of wiring and hardware integration issues.
I am interested in roles where I can contribute through design, prototyping, documentation, and practical engineering problem solving. I enjoy taking a concept, turning it into a design, and working through the challenges until it becomes something real and functional.
My strongest experience is in CAD, project documentation, and prototyping. I also have exposure to analysis, controls-related project work, and hardware integration through hands-on engineering projects.