Driven Electrical Engineering Graduate that has won numerous statewide Innovation and Entrepreneurial Competitions, authored and co-authored publications, honored as a Fulbright Canada Fellow, as well as been part of Florida Poly's Advanced Mobility Institute's Autonomous Vehicle Sensors Research group. My personal research interests revolve around advanced Sensor Technologies, Brain-computer Interface (BCI), Brain Machine Brain Interface (BMB), and Enabling technologies for advanced Neural Encoding and Decoding. In addition to my educational background and research interests, I also have interests in Aerospace, Control System Design, Satellite Communications, GIS Analysis, and Electrical Test Engineering.
Wireless Brain Machine Interface Using EEG
- Developed a 3 channel low noise EEG amplifier for BMI.
- Wireless, low profile wearable device with cloud connectivity.
Depression Detection Algorithm
- Using publicly available EEG database of clinically depressed patients and additional EEG collection from volunteers developed a depression detection algorithm.
Portable Doppler Radar
- Designed and Fabricated a 2.5GHz Doppler Radar using RF/Analog components.
Smart In-line Catheter Sensor
- Wireless in-line smart catheter sensor for medical use.
- Capable of detecting the onset of Urinary Infections, Hydration Levels, and pH monitoring.
Thermal Powered Can Light
- Utilizing temperature gradients found between interiors and attic spaces I designed a thermal powered recessed can light.
2 Channel Analog Audio Mixer
- Developed 2 Channel Analog Audio Signal Mixer.
- Adjustable Gain and Audio for each Channel Input.
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