- Designing test fixtures for medical product verification by prototyping with SolidWorks, 3D scanning and 3D printing physical models, developing test method verification protocols, and preparing products for release.- Managing the 3D print lab by coordinating print requests, post-processing, upkeeping printers, and tracking material inventory.- Ideating for new product development, being named as co-inventor of a filed provisional patent for a pulmonary device.- Voluntarily collaborated with a team of 6 to analyze patient needs and pitch a product concept to board members, winning 1st place in the 2023 company-wide biomedical design pitch competition.

- Utilized SolidWorks to develop reference drawing sheets, 3D parts, and assemblies for the purpose of manufacturing.- Ideated designs for industrial and autonomous systems, presenting concepts directly to consumers.

- Designed and tested housing, actuation, and calibration for an infrared imager to withstand a vacuum/heating chamber.- Collaborated with team members to be one of the only three teams that successfully received and interpreted data in vacuum.- Ran thermal simulations of our imager through Siemens NX 12 by subjecting finite element models to various heat loads.- Implemented electrostatic discharge control and cleanroom protocol to simulate an actual design setting of flight-ready hardware.- Accurately composed vibrational and lifecycle test procedure documents, design proposals, along with schedules and budget plans.

- Led a team to design and maintain cost-efficient solar panel systems for homes without electricity within the Navajo Nation.- Secured $10,000 in IEEE funding in order to purchase electronics and complete four systems by the end of 2021.- Communicated with homeowners and the Shonto Community Governance to coordinate construction plans and practice builds.- Prepared instruction manuals and sustainability plans for the structure and electronics using SolidWorks.

- Created effective, all-terrain robots by using OptiTrack to capture data on basilisk lizards and the efficiency of a robotic basilisk.- Ensured the success of project timelines by repairing robot components such as circuit boards and motors.- Analyzed and presented data using visual models through MATLAB and Microsoft Excel.

- Developed and taught a unique STEM curriculum including programming, robotics, and computer-aided design.- Solved technical difficulties and adapted quickly while simultaneously managing a classroom full of students.

- Led the mechanical construction of competition robots through scheduling, rapid-prototyping, task-delegation, and testing. - Winner of the 2016 AZ FRC State Championship and competed at the 2016 FRC World Championship in St. Louis.- Founded an all-girls VEX Robotics team, winning a regional competition and doubling female involvement in the robotics team.- Individually designed, built, and competed with a VEX robot as a senior capstone project, winning the Judges Award.