Alexander Gray

• Designed and built a sumo robot using an H-bridge circuit for motor control, with a line detection circuit
  to stay within the ring and follow a beacon. Developed skills in robotics, control systems, and circuit
  design.
• Worked on a project utilizing transistors and MOSFETs to create a water level and rain detector. This
  project involved detecting water levels and rainfall through electronic components and circuitry.
• Designed and implemented a system using LPC1769's I2C subsystem to interface with a PCT2075
  temperature sensor and an MCP23017 I/O expander. The system displayed temperature on a dual-digit
  7-segment LED display, updated every second and switchable between Celsius and Fahrenheit units with
  a switch.
• Led a successful project leveraging an LPC1769 microcontroller and analog-to-digital conversion
  techniques to measure resistance. Implemented I2C communication to seamlessly display the results on
  an LCD screen. Demonstrated strong technical proficiency in embedded systems, showcasing effective problem-solving and precise data acquisition skills.
• Member of the Gamma-Kappa Chapter of Kappa Sigma

CIRCUITS I - DIGITAL DESIGN - CIRCUITS II - CIRCUITS LABORATORY - DIGITAL SIGNALS
AND FILTERING - ELECTROMAGNETIC FIELDS I - PCB DESIGN PRINCIPLES AND PRACTICES - COMPUTER HARDWARE - INTRO TO SOLID STATES - ENERGY CONVERSION