Shapiro, Ben

Ben Shapiro
Associate Professor
Institute for Systems Research
Fischell Department of Bioengineering
1226 Jeong H. Kim Engineering, University of Maryland, College Park, MD 20742
301-405-4191
301-314-9001
Research Interests 
Mechatronic, biological and clinical micro system control; micro flow feedback control manipulation; control of electrowetting flows; directing therapeutics with precise magnetic field control; 2DPCR for spatially mapping genetic in tissue samples.
Projects 
Directing Therapeutics to Targets by Precise Control of Magnetic Fields
Background Info 

Ben Shapiro is primarily intersted in research at the intersection of control theory and micro systems. His research group focuses on model based control design with validation via experiments. Roughly speaking, they do 50% modeling, 30% control design, and 20% fabrication and experiments.

Micro systems provide actuation and sensing capabilities on micrometer scales: a length that is commensurate with the size of micro-organisms and which allows direct access to biological phenomena. Control theory provides methods which allow intelligent fusion of sensor and actuator capabilities to perform complex tasks in the presence of noise and uncertainty. The marriage between the two areas is natural: micro-systems allow tremendous actuation and sensing capabilities but they have to deal with uncertain and largely unknown environments; control theory provides mathematical tools to design sensor/actuator combinations that will perform complex, coordinated tasks, but it requires novel hardware that can implement such decisions.

Current examples include modeling/control of devices with electrically actuated surface tension, modeling of component filling in micro-fluidic networks with thousands of components, modeling and optimization of micro conjugated polymer (conducting plastic) actuators, and steering control of single particles in micro-fluidic systems aimed at targeted cell positioning, cell sorting based on visual data, and directed cell-to-cell or cell-to-other collisions.

Related News 

Clark School Faculty Members to Receive Two Seed Grants
Professors Desai and Shapiro awarded $75,000 grants for research collaborations with UMB.July 10, 2013

Gupta, Ghodssi, Shapiro part of $3 million micro air vehicles MURI
April 2004—ISR faculty will be working on "Micro Hovering Air Vehicles: Revolutionary Concepts and Navigation Advancements"April 11, 2004