● Built a 200$ cryogenic chamber. An Atmeaga 1284 microprocessor and circuitry were the main part of the system.● Programmed sensors, LED screens and Peltier’s on the cryogenic chamber. (C++) ● Controlled Peltier units through a computer to reach –10 degrees Celsius.

● Implemented an designed a low-cost scanning tunneling microscope. (Autodesk)● Designed a capacitive sensing circuit to approximate distance.● Data Analysis, Data acquisition, algorithm and data structure design (C), & soldering were implemented.

● Assisted and advised other students in homework, and projects.● Up to 10 students per day, with an average of 4.5 students every day.● Students who showed up constantly improved their knowledge and grades significantly. ● Some of them were being recognized by professors for their significant improvement.

● Created an Arduino-based Gas Mapping Apparatus, designed to be mounted on a drone. (C++)● Produced a heat map displaying areas of the Salton Sea containing concentrations of Hydrogen Sulfide. (Java)● Collected data on different days to see how the gas concentrations changed over short periods of time.● Project and data were presented at the AAAS Pacific Division meeting in June 2016.