
Junior Mechanical Engineering student at Hardin-Simmons University, demonstrating exceptional time management and resilience through a rigorous tenure as a collegiate athlete and professional work experience. Possesses a robust foundational understanding of thermodynamic cycles, dynamic systems, and mechanical design. Seeking to leverage technical proficiency in CAD/FEA and a strong analytical mindset to contribute to engineering operations.
* Optimized logistics and routes to deliver services efficiently across diverse environments. * Maintained safety protocols and customer service standards, demonstrating reliability and problem-solving skills.
* Maintained constant surveillance of facility operations, prioritizing public safety and incident prevention.
* Upheld strict safety regulations and emergency response protocols, requiring rapid assessment of dynamic environments and decisive action.
CAD/Design: SolidWorks, AutoCAD, Engineering Graphics
Analysis/Simulation: ANSYS (Finite Element Analysis), Numerical Analysis
Manufacturing: Additive Manufacturing (3D Printing), Prototyping
Programming: MATLAB (In-Progress)
Professional: Project Coordination, Logistics
Management, Team Collaboration
Structural Component Design & Prototyping
* Utilized SolidWorks to design a structural component, conducting iterative geometry optimization to meet specific load-bearing requirements.
* Performed preliminary structural analysis, ensuring the design adhered to safety factors where stress remained within material yield limits.
* Produced functional prototypes via 3D printing to validate design geometry and material feasibility.
Thermodynamics: Applied laws of energy conservation and heat transfer to analyze power cycles.
Dynamics: Evaluated the kinematics and kinetics of rigid bodies to solve complex mechanical problems.
Engineering Graphics: Developed technical proficiency in drafting and spatial visualization for manufacturing specifications.
Physics & Calculus: Strong mathematical foundation applied to engineering stress analysis and system modeling.