- Sponsored by the DOE, Stellantis, Argonne National Labs, led a team of engineering students in the design anddevelopment of a central control module for an electric vehicle battery pack- Defined operational and safety protocols for the battery disconnect unit to prevent malfunctions such as overcurrent and thermal runaway- Implemented advanced data analysis methods to process battery pack SOX information utilizing Matlab Simulink

Deputy project manager of a club aiming to develop and build an electric vehicle batteryInitially worked as thermal management subteam lead

Assisted in the software development of a haptic tactile feedback system meant to track and respond to movements in a VR interfaceAble to convey feeling of different textures utilizing different stimuli

Developed and implemented embedded systems for use in an autonomous robot.Utilized various communication protocols, including CAN, SPI, and UART, to ensure efficient and reliable data exchange between components.

Developed a machine learning model that processes data from electrocardiograms looking for ventricular arrhythmias to help physicians identify heart diseases with more accuracyUtilized Pytorch and Pandas to analyze ECG data with multiple algorithms such as Logistic Regression, Random Forest and XG Boost for binary and multiclass classification. Corrected data imbalances using SMOTE. Data visualization with Seaborn and Matplotlib

Engineered a fully functioning robotic hand using 3D printing, servo motors, and an Arduino controllerMimicked live human hand functions using the data acquiredUtilized artificial intelligence and machine learning software to analyze live hand motions which are then converted into transmittable data

Applied Vue.js and Tailwind CSS framework to develop a user-friendly front-end interface, including beneficial dashboard featuresImplemented TypeScript for back-end development of the company webpage, retrieved and sent crucial user information to the MongoDB database