Explore how rare epithelial cells like tuft cells regulate inflammation, regeneration, and circadian rhythms in salivary glands using state-of-the-art molecular and imaging techniques. 

Students will utilize in vitro and in vivo transcription assays to analyze the function and regulation of nuclear actin and nuclear myosins.

SEAS Students - Connect with local startups for summer internships 

Explore the frontier of medical technology by developing a cutting-edge system to analyze speech biomarkers and revolutionize diagnostic practices. 

Make the world better by confronting complex social issues in the fields of philosophy, politics and economics. 

Scammers are using AI and other technology to steal money from millions of older adults, we aim to use the same technology be used to scale up effective interventions! 

Join us in implementing and testing 5G-enabled Micro-Phasor Measurement Units using Raspberry Pi and 5G Hat for cutting-edge smart grid communications! 

Use machine learning models to predict the signal strength of wireless networks under diverse weather conditions! 

Use a remote platform of software-defined radios to learn about realistic wireless network performance, and deploy an algorithm to fairly, efficiently, and dynamically share network resources between human users and IoT devices. 

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.