search

UMD     This Site





Associate Professor Jeffrey Herrmann (ME/ISR) and his students conducted a time study of a dispensing clinic during the week of April 4 as part of TOPOFF 3, the world's largest-ever terrorism response drill.

The exercise's scenario is that a vehicle has been used in central New Jersey to disperse a biological agent. Soon, seriously ill patients begin to overwhelm hospitals. The five-day exercise will be held in New Jersey's Middlesex and Union counties and is conducted by the Department of Homeland Security.

TOPOFF is designed to test the skills and equipment of federal, state and local agencies as it strains resources and reveals weaknesses. Simultaneously with the New Jersey mock attack, Connecticut will be hit by toxic chemicals and similar scenarios will unfold in Canada and the U.K.

Last June, Dr. Herrmann and seven Research Experiences for Undergraduates (REU) students assisted in a similar, but smaller scale and local exercise: a mass vaccination drill in Montgomery County, Md. There, the researchers were interested in finding ways to lessen the processing time for persons waiting to be vaccinated. They created a simulation model that evaluated several possible suggestions to improve the clinic's functionality.

You can read about last summer's mass vaccination clinic and the simulation model that Dr. Herrmann and his students later developed in this ISR Research Brief (PDF).



March 3, 2005


«Previous Story  

 

 

Current Headlines

New Speech Model Reads Mouth Movement Across Languages

ISR/ECE Team Earns Best Presentation Award at IEEE PEASA

Securing Edge Devices for the Post-Quantum Era

University System of Maryland and NASA Sign Five-Year Space Act Agreement to Advance Student Innovation in Space Exploration

New Graduate Program Teaches Real-World Autonomy Skills

Building Bridges to Accelerate Innovation

MATRIX Helping Maryland Build Tomorrow's Workforce

2026 Counterfeit Parts and Materials Symposium at College Park

Alchemity Announces New Seed Financing

Solid Oxide Fuel Cell Breakthrough

 
 
Back to top  
Home Clark School Home UMD Home