Protecting critical infrastructure starts at the surface. For ERDC researchers working in coatings science, that surface determines performance, longevity and cost. Listen to Episode 65 to hear Brooke Divan discuss how coatings science supports infrastructure performance across the U.S. Army Corps of Engineers. You can also watch the full interview. BIO: Brooke Divan is a…
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https://www.youtube.com/watch?v=fk50pL_EtQQ Protecting critical infrastructure starts at the surface. For ERDC researchers working in coatings science, that surface determines performance, longevity and cost. Brooke Divan, a research physical scientist at the U.S. Army Corps of Engineers (USACE) Paint Technology Center of Expertise, supports projects across the country by connecting coatings science with real-world infrastructure performance. Her…
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Protecting critical infrastructure starts at the surface. For ERDC researchers working in coatings science, that surface determines performance, longevity and cost. Brooke Divan, a research physical scientist at the U.S. Army Corps of Engineers (USACE) Paint Technology Center of Expertise, supports projects across the country by connecting coatings science with real-world infrastructure performance. Her team…
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Protecting critical infrastructure starts at the surface. For ERDC researchers working in coatings science, that surface determines performance, longevity and cost. Brooke Divan, a research physical scientist at the U.S. Army Corps of Engineers (USACE) Paint Technology Center of Expertise, supports projects across the country by connecting coatings science with real-world infrastructure performance. Her team…
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In contested operations, ports are no longer assumed to be available, secure, or fully functional. They are high-risk nodes that can be degraded, denied, or destroyed, placing immediate pressure on logistics timelines and mission execution. Dr. Aaron Byrd, ERDC research civil engineer, is advancing how the Army addresses that challenge. His work centers on developing…
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In contested environments, ports are no longer guaranteed. They are vulnerable, high-value nodes that can determine the success or failure of a mission. Listen to the latest episode of the Power of ERDC podcast to hear Dr. Aaron Byrd explain how ERDC is developing tools that help planners rapidly assess port capacity, identify vulnerabilities, and make…
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https://www.youtube.com/watch?v=de9OfDWitXY In contested environments, ports are no longer guaranteed. They are vulnerable, high-value nodes that can determine a mission’s success or failure. In this episode, Dr. Aaron Byrd, ERDC research civil engineer, explains how ERDC is developing tools that help planners rapidly assess port capacity, identify vulnerabilities, and make faster logistics decisions. Learn how the…
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In contested operations, ports are no longer assumed to be available, secure, or fully functional. They are high-risk nodes that can be degraded, denied, or destroyed, placing immediate pressure on logistics timelines and mission execution. Dr. Aaron Byrd, ERDC research civil engineer, is advancing how the Army addresses that challenge. His work centers on developing…
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https://www.youtube.com/watch?v=sBMZV-ICZ8E Video: #44: Robotics for Engineer Operations Combat engineers perform some of the military’s most dangerous duties, from breaching obstacles and clearing minefields to constructing front-line defensive positions while under enemy assault. ERDC’s Robotics for Engineer Operations – or REO — program is helping them do so safely. REO develops robotic capabilities that allow combat…
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Combat engineers perform some of the military’s most dangerous duties, from breaching obstacles and clearing minefields to constructing front-line defensive positions while under enemy assault. ERDC’s Robotics for Engineer Operations – or REO – program is helping them do so safely. REO develops robotic capabilities that allow combat engineers to operate from safe standoff distances….
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