Andrea Turek

Andrea Turek
Andrea Turek

Andrea Turek

Year in School
Freshman

Major
CS + Bioengineering

Year of Participation in STARS

  • Fall 2024

Research Interests
Artificial Intelligence

Research Mentor
Brad Solomon

Research/Engagement Experience
High School

Interests
Artificial Intelligence, Bioinformatics, and Computational Biology

Project Title

How did I get interested in Computer Science?
My first experience with Computer Science was when I completed the “Hour of Code” program through Khan Academy in middle school. I really enjoyed the creative aspects of coding and how I was able to “draw” pictures with code. Then, through taking structured CS courses at my high school I learned the diverse capabilities and real-world uses of code. Through experiencing both the analytical and creative sides of programming I realized I wanted to pursue Computer Science.

What social interests matter to me?
Equal opportunities in education, sustainability, and public health. I hope to use Computer Science to develop technology that improves early diagnoses of illnesses.

What is my most impactful college experience?
My most impactful college experience so far was attending the UIUC Computer Science Admitted Women’s Day. It was really exciting and reassuring to be surrounded by so many like-minded girls. I was also very inspired by all of the professors who were visibly passionate and enthusiastic about the field of Computer Science.

These are a few of my favorite things!
Music, concerts, drawing, movies, coffee, chocolate, cats, and walking outside in nature!

Research Description

Biography
My name is Andrea Turek and I am a freshman at UIUC studying Computer Science + Bioengineering. I was born in Canada but moved to the suburbs of Chicago at a young age. I have always loved art in every form (drawing, movies, music, etc.) and I love how I can use my creativity for Computer Science. My goal is to explore the intersection between Computer Science and medicine. I aim to improve medical diagnoses and treatment simulations, contributing to advancements that lead to more efficient medical care and ultimately improving lives.