Embedded Software Engineer on the Megatrend Reference Design team.

Worked with a team on a variety of agricultural and health IoT-centered research projects at SCU’s EPIC Lab with a focus on the hardware and software of the devices and communication protocol. Helped design and create an energy-aware communication protocol (EACP) for use in IoT and other networks called ÂB. Co-authored several papers on projects and presented them at a variety of conferencesProjects:HA (Hydration Automation): Energy efficient system for automationof water systems including water tanks, pumps, etc.HiveSpy: Automation of beekeeping with a specific focus on labourshortage and the prevention of hive swarming.DOxy: Low-cost Dissolved Oxygen monitoring system for aquatic lifeapplications.GluMo: Small factor noninvasive blood Glucose Monitoring medialinstrumentation.SwingBeats: A haptic feedback system for teaching/learning how todance to music.

Taught Undergraduate labs for the department of Mathematics and Computer Science on Object-Oriented Programming in C++ (CSCI 60)

Research Intern at IBM Research - Almaden in the Cellular Engineering lab where I designed and implemented a device to test different concentrations of chemicals on Stentor, one of the largest single-cell plankton, and capture video of the Stentor for analysis. This was done to detect chemicals in water using plankton.

Undergraduate researcher at SCU's Internet of Things Research Lab. Worked on FloMoSys a low-cost and energy-efficient flood monitoring system specifically the hardware and software of the sensing unit. Designed and built a prototype of the device to measure the water level of rivers to deploy for the city of San Jose.