Students will analyze large datasets from modern magnetic resonance imaging techniques, contributing to sub-projects including data collection and analysis, applying graph theory models, and development of software tools.
Students will explore the use of a technology through a new biotech company, experiencing the translation process of converting a lab technology to a practical product used in daily life.
Seeking undergraduate researcher to work on an NSF-funded project on computational imaging and artificial intelligence supporting the design of advanced material. Experience in Python programming is required.
Earn a digital badge while working on a mentored project to display evidence of your skills and accomplishments to future employers and graduate schools.