Growing through every opportunity
Hands-on technical work inside and outside the classroom.
Rose-Hulman Institute of Technology · Terre Haute, IN
Contributing member of a student team designing, building, and testing a small open-wheeled Formula-style race car from scratch each year under competition constraints for rules, safety, budget, and timeline. Helped design and fabricate the vehicle chassis, translating design requirements and packaging constraints into a manufacturable structure. Applied manual lathe, mill, and precision bench work techniques learned through hands-on machining coursework to produce chassis components.
Rose-Hulman Institute of Technology · Terre Haute, IN
Created, modified, and optimized mechanical components using SolidWorks. Designed multi-part assemblies using mates and constraints to ensure proper fit and function. Produced professional 2D technical drawings with accurate dimensions and annotations. Performed basic stress analysis to evaluate structural integrity and design performance.
Springboro High School · Springboro, OH
Conducted human-centered engineering research focused on accessibility, usability, and social equity. Collected and analyzed survey data to inform design recommendations using human factors principles. Proposed engineering improvements incorporating ergonomics, public health, and accessibility standards. Collaborated with faculty and external PhD researchers for feedback on methodology and conclusions.
Professional roles that shaped my work ethic and communication skills.
ProAmpac
Modeled and reverse-engineered over 1,800 custom packaging components from physical samples into accurate SolidWorks/Solid Edge models to support design iteration and manufacturability reviews. Designed and fabricated sheet metal fixtures and tooling to support R&D testing and prototyping workflows, and programmed and operated CNC machining processes to produce functional prototype parts for engineering evaluation. Worked across nine hands-on R&D projects spanning mechanical design, reverse engineering, rapid prototyping, sheet metal design, and CNC machining fundamentals, collaborating directly with senior engineers, plant floor technicians, and outside vendors — then presented project outcomes in a formal end-of-internship review.
Key skills demonstrated: CAD modeling (SolidWorks & Siemens Solid Edge), reverse engineering, 3D printing / rapid prototyping, sheet metal design, CNC machining, machine safety guarding, technical drafting.
Working with senior engineers, plant floor technicians, and outside vendors reinforced the value of active communication, hands-on troubleshooting, and iterative testing. The internship confirmed a genuine interest in R&D — the blend of design, prototyping, and real-world problem solving. Next up: gaining experience with injection molding for higher-resolution prototypes.
South Regency Tennis Center · Centerville, OH
Managed guest check-in, court and class scheduling, and customer flow in a fast-paced environment. Maintained operational standards including safety checks and facility upkeep.
Giving back to the community.
5 Panes 2 Peces
Prepared and distributed meals to homeless populations. Sorted and organized clothing donations for efficient distribution.
Getting involved, building community, and growing as an engineer.
Society of Hispanic Professional Engineers
Competitive Grand Prix Engineering team focused on high-performance vehicle design and manufacturing.
