Taught labs for the Computational Problem Solving class.Graded papers, projects, and provide feedback to the student.Hold office hours to answer any question about grading.

Developed proof of concept for Artificial Intelligence Operations for industrial IoT.Worked with clients to cut downtime loses by predicting downtime an hour before it occurred.Advised and mentored a google science fair winner on how to move forward with and publish her work.

Monitored Williams Martini Racing pit crew members to gain insight on what causes delays in a pit stop. Formulated and developed a system that will optimize pit crew pit stop times using the Zephyr Bioharness.Researched what causes time delays, what biometrics show these delays, and how to fix them in a Formula 1 pit stop.Traveled to London, England and presented the system and implementation to Williams Martini Racing. Presenter of “Wearables: Background, Strategy, and Practical Experience” at Avanade’s Tech Summit.Competed in the intern innovation challenge to create an innovative system to help Delta Flight attendants.

Developed an application that monitors stress levels in the body, helps you to learn what you stressors are, and gives you advice on how to handle them.Researched how to help users optimize their workouts using their stress and activity levels and how to gain insight on food that are eaten using my health monitoring system.Continuing research on the NTT Docomo Hitoe shirt to create a system that can accurately detect and predict microsleep.Won Mylan Hack Summit with a Stroke Detection IOT solution.

• Developed the user interface for the Perceptive Software mapping system for obsolete e-forms.• Created Carpool Finder: a system to help set up carpools for Perceptive Software interns and full time employees.• Company representative for Monday Madness: an intern group that organizes and plans intern events around Kansas City.• Organized a Big Brothers Big Sisters Car Wash that raised $1000 for the Kansas City Chapter

Assist with day to day work orders as well as longer projects. Analyze, troubleshoot and support problems with the network, campus and faculty computers. Facilitated student and faculty users resolve computer issues independently. Oversee the Computer Science and Mathematics computer lab by imaging the computers (Windows, Apple, and Linux), updating and supporting the hardware and software, and testing and maintaining the different IDE's and languages. Promoted quickly from the service desk to Student Tech 1 through Student Tech 3, then quickly to Network Assistant.

Developed electronic textiles and corresponding demo interfaces. Designed, analyzed, and tested circuits to be integrated into garments. Integrated WEAR Lab products with the Flight Deck of the Future. Interfaced with internal NASA customers as well as external contractors to integrate hardware into the Flight Deck of the Future. Analyzed, problem-solved, and supported work in circuit assembly, networking, software and hardware demos, and configuration of Arduino electronics. Extended summer research into Senior Research Project of building a monitoring application for the Electronic-Textile System for the Evaluation of Wearable Technology, continuing partnership between Drury University and NASA.

Fabricated training hardware via sheet metal fabrication, welding, drafting, machining, electronics, programming and painting. Used the computerized CNC mill and lathe to create precise and accurate pieces of astronaut training hardware. Helped to produce the mock ups of the ISS wardroom table flight hardware, the MERLIN fridge and a can crusher. Awarded NASA internship my sophomore year of high school. Unfortunately was too young (15) to accept it.