About Me
Mission
As a motivated Computer Science student graduating early from the University of Michigan-Flint, I am eager to apply my skills to innovate and solve real-world problems. With hands-on experience as a Software Developer Intern at U of M Health-Sparrow, I am driven to contribute to the evolving fields of software engineering and AI.
Equipped with knowledge in algorithms, machine learning, and full-stack development, I am committed to continuous skill development in order to make an impact. Let's connect to discuss how we can collaborate and drive progress through meaningful work.
Education
I have a Bachelor's degree in Computer Science from University of Michigan-Flint. During my studies, I gained expertise in programming languages such as Java, Python, Node.js, and C++. I also took courses in web development and database management.
Work Experience
I have worked as a software developer intern for Sparrow Health System. During my internship, I handled tickets and communicated with customers to ensure their needs were satisfied. This work often involved extracting data with SQL and using C# for formatting and scheduled sending. I also built a custom Validation Tool from scratch and implemented it into the Sparrow Helpdesk website.
Skills
I have expertise in full stack development, , database management, and cloud computing. I am proficient in programming languages such as C#, C++, Java, Python, and JavaScript. I also have experience working with Node.js.
Projects
Validation Tool
Validation Tool
Validation Tool
Developed a custom validation tool for the Sparrow Helpdesk using C#, SQL, HTML, and various APIs. This allowed workers to look up an employee by username and send a 6-digit code to their phone number to verify their identity, adding a critical layer of security.
Companion Bot
Validation Tool
Validation Tool
Collaborated on the design and development of a social robot using hardware such as Raspberry Pi and software such as Python along with various APIs. The bot can intelligently assist and interact with users via speech, detect user emotion, perform emotes, and navigate terrain to avoid obstacles and edges.