- Project lead for product design, testing, project timeline, inter-team collaboration, and validation processes for neurovascular stents- Utilized Solidworks and AutoCAD for creating part models and drawings used for laser cutting, part procurement, manufacturing, and patent submission- Contributed to the preparation of intellectual property, writing manufacturing and quality inspection procedures, and drafting engineering documentation- Assisted in test builds, prototype builds, and subassembly preparation in alignment with project characterization and requirements- Identified supply chain for parts and the acquisition and qualification of new equipment, including installation qualification, operational qualification, preventative maintenance, & calibration- Adhered to AccuMedical’s Quality Policy, QMS Procedures, and applicable standards and requirements.Developed and improved test methods for characterizing product specifications and testing product requirements

- Evaluated and designed single-use assemblies for production processes in industries ranging from biomedical to food production- Responsibilities included requests for proposals, AutoCAD design, technical documentation of internal processes, and process improvement

· Researching possible methods to better diagnose rotator cuff tears and injuries in conjunction with Cal Poly BMED Professor Dr. Whitt

· Designed and constructed an automated IV access device prototype for both hospital and emergency response· Developed project plan, milestones, and clear roles & responsibilities among team members· Modeled prototype from conception to completion on a rigorous timetable utilizing critical thinking and problem solving

· Customer Service Representative· Responsibilities include: Positive customer interaction; quality control; and personal discipline

· Member of a Cal Poly EMPOWER Club team tasked with designing an exoskeleton for submission into the 2024 CYBATHLON competition· Designing and constructing a prototype that mimics the hip movement with attachment to an exoskeleton · Multi-team, multi-year effort requiring communication, teamwork, and coordination between frame and sensor teams

· Collaborated on team-based projects to design and manufacture custom tools and prosthetics for special needs individuals· Designed a prosthetic tool for those with hand mobility disorders; Team design won a club competition over 10 other submissions

· Assisted with customer design and construction for custom cabinetry and furniture company· Key member of the installation team

· Assisted in the production of composite helicopter rotor blades from the cutting of raw materials through assembly· Exposed to all areas of engineering design including manufacturing, research and development, packaging, and quality