Aspiring professional pursuing a major in computer engineering. Adept at working effectively unsupervised and quickly mastering new skills.
MatLab, JAVA, Python, R, C,
Solidworks, Wrike, Maxima,
Microsoft Office, TensorFlow, Salesforce
Digital System Design, Arduino, FPGA, Oscilloscopes,
Automatic heating system: Designed and implemented a differential amplifier and Schmitt Trigger-based automatic heating system for room temperature regulation, incorporating hysteresis control. Utilized a thermistor as a temperature sensor, achieving precise temperature maintenance within a range of ±20°F. Conducted extensive testing to validate circuit functionality and proposed the addition of a cooling fan for faster thermistor cooldown in future implementations
Digital gates vending machine: Designed and implemented a stable Moore finite state machine (FSM) digital logic system for a vending machine using D flip-flops and minimal digital gates. Achieved precise coin tracking, single-coin acceptance, and change dispensation when exceeding 15 cents. Employed debugging techniques and advanced testing tools like logic analyzers and oscilloscopes for issue identification and resolution.
Publication Title: "Constrained Bayesian Optimization of VANET Safety Messaging Using Deep Learning Neural
Networks"
Authors: Aidan Samuel Wright, Sandeep John Philip, and Xiaomin Ma
Under review by: IEEE, 20th Consumer Communications and Networking Conference, Las vegas