Sensor Data Experience- Programmed robots using gyroscope, accelerometer, and ultrasonic data in conjunction with Kalman Filters and PID controllers to accomplish autonomous driving. - Mobile Application Development - Developed 2 iOS and 1 Android applications used by 200+ teachers and students to view records, upload images and video, and submit digital assignmentsRobotics Team Leadership- Founded and lead 40-person robotics team which won:- Excellent in Engineering (Los Angeles - 2012)- Innovation Award (Las Vegas - 2012)- Rookie of the Year (Los Angeles - 2013),- All-Star (Los Angeles - 2013)Served as Executive Director, raising funds from NASA and managing team and budgets- Committee Service and Leadership- Chaired committee tasked with selecting new education management software- Served as domain expert in construction of new Science Building- Researched best practices for in-classroom technology and provided recommendations to invest resources in training as well as devices- Provided insights about which devices work best in classrooms to support decision making by Heads of School

Simulated various market conditions using MATLAB to make 5 year projections of natural gas shipping costs from Canada to Hawaii.

Led discussion sections for major and non-major introductory physics course. Instructed laboratory sections for major and non-major introductory physics. Provided student support for undergraduate Quantum Mechanics and graduate Statistical Mechanics courses.

Produced 5 published Physics Review papers on discovery and measurement prospects for super symmetric theories at the LHC. The research involved the production of simulated data using Monte Carlo methods programmed in FORTRAN 95. The data was ran through detector simulations written in ROOT (C++ data analysis environment) and analysed for detection and measurement prospects. The research was extended to current cosmological and experimental measurements to restrict the parameter space.

Part time instructor of physics labs for science majors