Douglas Dudis, Ph.D.

Dr. Dudis received the BS in Chemistry from the University of Dayton, Dayton, Ohio and the Ph.D. degree in Inorganic Chemistry from Case Western Reserve University, Cleveland, Ohio. He is currently the Air Force Research Laboratory Energy Office Lead, WPAFB, Ohio, and provides guidance to professional societies and strategic energy forums at the USAF, DoD, interagency, and international levels. He has experience leading research in an active laboratory and has supervised and mentored numerous masters and doctorial students, faculty, and postdoctoral researchers

Journal Articles

Solar Photovoltaic Considerations for Operational and Warfighter Support Capabilities

Solar photovoltaic (PV) technologies serve a wide range of applications beyond general terrestrial use, which afford opportunities to enhance the energy resilience and capabilities within 15 Department of Defense (DoD) mission areas. This work highlights the fundamental mechanisms and historical… Read More

Dr. Tonya E. Thornton, Ph.D. – Critical Infrastructure Resilience and Disaster Recovery

Dr. Thornton has contributed many products to HDIAC as a member of the HDIAC SME network. Her most recent work are two podcasts discussing the resiliency in the nation’s 16 critical infrastructure sectors. She has also recorded podcasts discussing disaster response and recovery, and presented a webinar on the role of communication, coordination, and collaboration for critical infrastructure resilience.

Read SME's Research

Alternative Energy: An Enabler of Military Capability

Alternative Energy is one of the HDIAC’s eight technical focus. This SOAR reviews the current state of a selection of novel, non-traditional, and/or emerging sources and technologies for harvesting, generating, and reusing energy. It offers synopses of new programs; summaries of significant technological breakthroughs and technology applications; highlights of outstanding developments; and impacts to the DoD. Read the SOAR

Operational Energy - Powering Military Operations to Achieve National Defense Strategy Objectives

Volume 7, Issue 1 of the HDIAC Journal contains article covering several of HDIAC's eight technical focus areas, to include Homeland Defense and Security, Alternative Energy, Weapons of Mass Destruction, Biometrics, and Critical Infrastructure Protection.

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Countermeasures Against the Degradation of Warfighter Capabilities due to Infectious Disease Threats

This State of the Art Report explores the impact of infectious disease on military personnel, providing both an historical and ongoing risk profile of the various infectious diseases that put the warfighter at risk. It includes a look at the historical impact of infectious diseases on past conflicts before going on to detail current and future infectious disease risks, their impact on the warfighter, and challenges in prevention or treatment, and concludes with a quick-look summary of state of the art developments and recommended countermeasures to aid leaders during training and planning. Read the SOAR

Protecting Critical Infrastructure in the Digital Age

Volume 6, Issue 4 of the HDIAC Journal covers four of HDIAC's eight focus areas with articles on Critical infrastructure Protection, Biometrics, Medical, and Alternative Energy.

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Welcome to the HDIAC

Stephen Redifer, Director of the Homeland Defense and Security Information Analysis Center (HDIAC) welcomes you to your community of practice.

The mission of the HDIAC is to provide users with focused expert technical consulting and unbiased scientific and technical information through in-depth analysis and the creation of specialized information products in support of the HDIAC' s eight vital technical focus areas.

Read the Director's Welcome