Prepare tactile sensors using fiber optic bundles; design phantoms for robotic palpation using 3D printed reconstructions of layered tissue and tumors; replicate human hand motion and sense of touch for palpation based cancer diagnosis

- Establish and advance international policy related to the sustainable development goals - Lobby and network with Congressmen & world leaders to further legislation

- Use CAD (Fusion) and engineering principles to design chassis for the grand prix cart - Execute design using power tools and complex mechanics

Employ complex mechanics to design and build legged prosthetic exoskeletons; use CAD and circuitry to design various subparts; create algorithms for autonomous programs and data augmentation using Matlab and machine learning (meta-learning)

Founded neurotechnology startup (Zensu) that creates electrified acupressure bracelets equipped with heart beat sensors and LED guided breathing screens for anxiety patients

- Worked with legislators and congressmen to improve district policy for more than 200,000 across the district & to manage a $700 million budget - Conducted policy research with Stanford School of Education on the integration of artificial intelligence in education; analyze data on modification of AI tools with Microsoft partnership - Spearheaded district’s first sustainability policy and climate action plan

- Conducted research with biomechatronic labs & created an adaptive bionic arm exoskeleton (used CAD to design & then 3D printed) using advanced mechanics and microcontrollers & combined it with machine learning analysis from EEG data to create personalized and affordable bionic arms for patients with neuropathy and paralysis; received special recognition from the US Department of Health- As part of the club board I ran weekly club meetings, created resources to help underclassmen with… Show more - Conducted research with biomechatronic labs & created an adaptive bionic arm exoskeleton (used CAD to design & then 3D printed) using advanced mechanics and microcontrollers & combined it with machine learning analysis from EEG data to create personalized and affordable bionic arms for patients with neuropathy and paralysis; received special recognition from the US Department of Health- As part of the club board I ran weekly club meetings, created resources to help underclassmen with their events, and organized excel spreadsheets on data on over 120 members of the club Show less

- Engineering Design: designed a solution to improve urban infrastructure through the implementation of tesla coils in electrical grids for sustainable power irrigation, designed prototype using microcontrollers and tesla coils; top 12 in world for engineering design - Software Development: used Firebase ML and Serp API to create an app that used image recognition and search technology to help students with homework- Data Science and Analytics: analyzed microscopic data on breast cancer… Show more - Engineering Design: designed a solution to improve urban infrastructure through the implementation of tesla coils in electrical grids for sustainable power irrigation, designed prototype using microcontrollers and tesla coils; top 12 in world for engineering design - Software Development: used Firebase ML and Serp API to create an app that used image recognition and search technology to help students with homework- Data Science and Analytics: analyzed microscopic data on breast cancer tumors to identify features vital to accurate diagnosis using using KNN and Logistic Regression machine learning models for feature selection Show less

- Conducted research on the use of brain computer interfaces and electrical stimulation in reversing motor function related paralysis; built brain computer interface using microcontrollers, used Python to code simulations of the circuits of neuron groups, used machine learning (KNN & CNN) to analyze data; - Wolfram Alpha Award for Excellence in AI Research

- Taught kids ages 6-13 the fundamentals of robotics using microcontroller based robotics kits - Worked with them on building the different systems of their robots as as well as how to code them to perform different actions using Robot C

- Nonprofit for advocacy and public policy, lead team of 30 to design advocacy posts on social media and plan local volunteering and outreach events - Reached over 6,000 volunteers in Washington and reached over 23,000 people throughout the world (across 25 countries)

Led team of 30 to organize engineering outreach events across the state to empower over 500 girls to go into engineering fields; designed microcontroller & circuitry lesson plan

Led team in building an autonomous robot to complete the engineering challenge; used CAD to create robot designs, managed the engineering notebook, built the robot using power tools and mechanical parts, coded the color sensor based algorithms for autonomous movement