Prototyped new lithium ion batteries by mounting them on the back of the Ranger Electric Vehicle (EV)
Accumulated charge cycles and logged data by accumulating 500 miles on the Ranger EV
Analyzed data logged to create a product specification such as the battery capacity for the lithium ion batteries and present to a senior engineering team of 6
Upgraded the Color Sensor project from a plug-in system to a standalone using the Atmel and XMEGA A3BU microchip
Designed circuit boards using the Eagle CAD and solder them after being created from the milling machine
Converted the LabView Color Sensor to a C# supported software to save cost from purchasing more LabViews
Interfaced the I2C and FTDI chips with the Color Sensor by transferring data and sending commands
Upgraded the Color Sensor project from a plug-in system to a standalone using the Atmel and XMEGA A3BU microchip
Reduced operator’s work time in the factory by creating a program that automates the Rotary Encoder and Temperature Sensor’s manufacturing database in C#
Neural network system that uses speech recognition populate an electronic medical record based on the conversation between a healthcare provider and a patient
Currently using Google’s Speech Recognition API to record the conversation and post-process the data
Dynamic Mathematical Display (Python), EDCC, Department of Electrical Engineering Nov.2013 - Feb.2014
Helped create 3 x 3 pins that plots different shapes from a set of programming code, using sensors, computers, servos and actuation systems