*Direct SWE’s internal branch and coordinate diversity-focused events for the Stanford community*Organize events in collaboration with national SWE chapters

*Spearheaded 12-month engineering design program to uplift low-income and underrepresented high-school girls

*Conduct clinical need-finding by interviewing and shadowing physicians at hospitals nation-wide*Led a project-based course that educated students on creating and financing medical devices

*Designed and constructed a cost-effective catheter bonding machine; resulting in a cost reduction of more than $45,000*Conducted comprehensive parameter characterization, followed by Instron tests and visual analysis to assess bond quality*Facilitated programmable logic controllers (PLC) setup and automation of air cylinders for catheter-bonding machine*Collaborated with the systems engineering team to create fixtures that ensure concentricity between motors used for RPM testing

*Designed and developed surgical needles and sutures for wound closure.*Developed needle specifications, created BOMs and templates with visual aids for outside companies, including Arthrex.*Performed capability analysis and measurement system analysis using Minitab. *Developed engineering study reports, created change requests, and performed Gage R&R

*Redesigned strategies to spread awareness about financial incentives to obtain electric vehicles and sustainable appliances *Created an ambassador program for Spanish speakers in the Bay Area, expanding Acterra’s event engagement by 50+ attendees

*Shadowed Alzheimer’s research and utilized immunohistochemistry to perform behavioral analysis on a diverse array of mice brains