Project Portal

A research opportunity at a lab that works to harness the knowledge of intracellular signaling and biochemical pathways to develop and improve the anti-cancer arsenal of precision medicine.

Seeking students to contribute to research exploring motor-disease protein complexes and their role in intracellular transport, as they relate to disease initiation and the aging process, and the development of neuroprotective treatments.

This project will work to understand the structure and function of enzymes that are used by bacteria to make novel antibiotics and other bioactive molecules.

How brain as a whole organ react to drugs? Can we map neuronal response across different brain regions in response to drugs? Are you interested in learning AI-assisted imaging analysis?

Design, build, fly, and automate an indoor drone to count inventory in a warehouse. 

Design and characterize novel biosensors for studying rapid changes of neurochemicals in the brain and organs.

Determine dysfunctions of brain and nervous systems implicated in stress-related diseases and substance abuse using a variety of electrochemical, genetic and pharmacological techniques.

Discover how RNA binding proteins achieve their target selectivity while training in advanced biochemistry and structural biology. 

Where are the cracks in this glacier? You tell us! 

Excited about using AI to design next-gen materials for clean energy and sustainable applications? Join our team to explore and develop cutting-edge machine learning and data science techniques!