Published commentary by RAND staff: Prepare for Disaster in the United Press International.
Sep 27, 2005 United Press International
Edward W. Chan is an operations researcher at the RAND Corporation. His background is in mathematical modeling, simulation, and optimization. Chan's research has focused on the intersection of logistics problems with homeland security, public health and emergency preparedness problems. His recent logistics work includes a study to improve supply chain agility and a study of workforce estimation models. Recent public health work includes developing drills to assess hospital surge capacity and measuring and improving readiness to conduct mass dispensing operations. Recent medical work includes developing methods for planning expeditionary military medical support, examining options for maintaining military medical clinical currency, and quantifying the resources and logistics emergency responders need to manage the consequences of disasters. Chan earned his Bachelor's degree, Master's degree, and Ph.D. in operations research from Cornell University.
Jackson BA, Chan EW, LaTourrette T, "Assessing the Security Benefits of a Trusted Traveler Program in the Presence of Attempted Attacker Exploitation and Compromise," Journal of Transportation Security, 5, 2012
Nelson CD, Chan EW, Chandra A, Sorensen P, Willis HH, Dulin S, Leuschner K, "Developing National Standards for Public Health Emergency Preparedness with a Limited Evidence Base," Disaster Medicine and Public Health Preparedness, 4, 2010
Nelson CD, Willis HH, Chan EW, Shelton SR, Parker AM, "Federal Initiative Increases Community Preparedness for Public Health Emergencies," Health Affairs, 2010
Jackson BA, LaTourrette T, Chan EW, Lundberg R, Morral AR, Frelinger D, Efficient Aviation Security: Strengthening the Analytic Foundation for Making Air Transportation Security Decisions, RAND Corporation (MG-1220-RC), 2012
Chan EW, Krull H, Lachman BE, LaTourrette T, Costello R, Snyder D, Amouzegar MA, Ritschard HV, Guermonprez S, Improving Joint Expeditionary Medical Planning Based on a Patient Flow Approach, RAND Corporation (TR-1003-AF), 2012
Nelson CD, Chan EW, Fan CD, Lotstein D, Caldarone LB, Shelton SR, Maletic AL, Parker AM, Felton A, Pomeroy A, Sloss EM, New Tools for Assessing State and Local Capabilities for Countermeasure Delivery, RAND Corporation (TR-665-DHHS), 2009
Chan EW, Fan CE, Lewis MW, King K, Dreyer P, Nelson CD, The RSS-POD Supply Chain Management Game: An Exercise for Improving the Inventory Management and Distribution of Medical Countermeasures, RAND Corporation (WR-661-DHHS), 2009
Peltz E, Cox A, Chan EW, Hart GE, Sommerhauser D, Hawkins C , Connor KL, Improving DLA Supply Chain Agility: Lead Times, Order Quantities, and Information Flow, RAND Corporation (RR-822-OSD), 2014