Mintz, Max
Engineering and ComputingComputer and Information Science
Understanding and controlling how cells work using synthetic biology
The Bugaj Lab studies how cells make decisions, and we build molecular tools to study and control cell function for basic and therapeutic application.
Bugaj Lukasz
Dynamic Autonomy and Intelligent Robotics
As amazing as they are, modern robots are still afraid of touching the world! We work on control, modeling, and learning algorithms to enable robots to achieve human-like performance in locomotion and manipulation.
Posa Michael
Developmental Engineering and Single-Cell Analysis
The Hughes lab uses chemical biology and microfluidics techniques to study tissue and developmental biology.
Hughes Alex
Novel Electrode Technologies for Bioelectronics and Brain-Computer Interfaces
Neuroengineering, Bioelectronics, Brain-computer interfaces, Materials Science, Nanotechnology
Vitale Flavia
Pediatric neuromotor rehabilitation
Pediatric neuromotor rehabilitation
Improving health outcomes for adolescents living with HIV/AIDS
Research focused on improving health outcomes for adolescents living with HIV/AIDS.
Dowshen Nadia
Computer and Information Science
Characterization of fabricated inexpensive supercapacitors
Dr. Santiago-Aviles conducts his research at the interface between electrical engineering and materials science.
Santiago Aviles Jorge
Internet of Medical Things and Cyber Physical Systems
Embedded and Cyber Physical Systems
Weimer James
Robot-mediated Rehabilitation
Rehabilitation Robotics Lab mission is to use robotics, rehabilitation, and neuroscience techniques to translate research findings into the development of assistive and therapeutic rehabilitation robots capable of functioning in real-world rehabilitation environments.
Johnson Michelle