Translating Data into Scientific Breakthroughs
Bioinformatics sits at the vital intersection between mathematics, life science, and data science. This cutting-edge field applies intensive computational methods to analyze and understand complex biological information related to health, biotechnology, genomics, and more.
The University of Utah's new bioinformatics bachelor's degree provides rigorous interdisciplinary training to thrive in this rapidly growing area. Through a comprehensive curriculum, you'll gain expertise in areas like biostatistical modeling, machine learning for genetics, biological data mining, computer programming and computational techniques for biomedical research.
Why Should you Study Bioinformatics?
Take the first step towards an exciting future harnessing data to drive breakthroughs in biology, medicine, and beyond:
- Be a pioneer solving urgent global issues in human health, disease research, drug discovery, and more through the power of data analysis.
- Enter a high-growth, high-paying career field - bioinformatics jobs are projected to surge in the coming decade.
- Integrate your interests in biology, mathematics, and real-world problem-solving.
Why Should you Study Bioinformatics at the U?
As a bioinformatics major, you'll learn from and collaborate with world-renowned faculty pushing the boundaries of genomics, systems biology, biomedical informatics, and more. Our program's interdisciplinary strengths and unique R1 university advantages include:
- Core mathematical foundations through the Department of Mathematics
- Hands-on research experiences in your first year through the Science Research Initiative (SRI)
- Access to a school with nationally ranked biomedical, health sciences, and genomics programs
- Internship opportunities with industry partners in biotechnology, health tech, and more
- Advisory support and career coaching
Who Should Study Bioinformatics?
The bioinformatics program is ideal for students looking to solve complex real-world problems at the intersection of disciplines. The major will combine interests in:
- Biology, ecology, genetics and environmental science
- Applied mathematics and data science
- Epidemiology, public health, and biomedical research
Whether you're a math student seeking biological applications or a future scientist with a flair for quantitative analysis, bioinformatics allows you to uniquely merge your interests and skill sets.
Click here for bioinformatics degree requirements
Click here for a sample course plan
Meet With A Bioinformatics Advisor Today!
