The laboratory involves a multidisciplinary team of engineers, scientists, and business experts, who take advantage of a geographic location in the heart of Florida Space Coast, to serve the needs of industry, government, and the public in wind hazard mitigation.

Objectives

The three main objectives of the WHIRL are:

• research on mitigation of losses to life, property, and the environment;
• education of the public through dissemination of information, and organization of seminars and workshops;
• promotion of multidisciplinary studies focused on wind engineering, and wind related socio-economic studies and analyses.

• Simulation of natural hazards and their actions on built environment (e.g., tornadoes, hurricanes with storm surge, flooding and winter storm)
• Hazard mitigation and community resilience by conducting collaborative research between Engineering and Social Science, Economy, Psychology and Humanities
• Improvement of risk awareness of natural hazards and informed decision-making through Virtual Reality Animation and innovative messaging infrastructure
• Computational Wind Engineering (CFD simulations)
• Structural health monitoring and condition assessment (Linear/Nonlinear system identification and damage detection under multi-hazard environments)

The Center's Investigators conduct original research on population preparedness, response, and recovery; disaster impacts along the life-course; systems approaches to disaster studies; risk communication and decision-making; and the study of resilience. The Center serves as a resource to affected and at-risk communities; to policy-makers and public officials; to disaster and public health scholars; to the media; and to the public health students and the larger academic community at New York University.

The current research portfolio of the Center includes NIH-funded work on long-term disaster recovery, NSF-funded work on the role of belief systems in vaccine-related decision-making, and CDC-funded work on developing performance measures of public health preparedness, as well as ongoing research on the impacts of COVID on the New York State health workforce.

The University of North Carolina at Chapel Hill leads the CRC, made possible through a five-year, $20 million grant from the Department of Homeland Security (DHS) Science and Technology Directorate, Office of University Programs. The CRC is a consortium of universities, private companies, and government agencies focused on applied research, education and outreach addressing threats to coastal communities due to natural hazards.

GRI accomplishes its mission by facilitating new interdisciplinary research collaborations; working in close partnership with industry, government, communities, and non-governmental organizations; and engaging in external outreach to inform, empower, and scale bottom-up efforts that contribute to individual and collective resilience. GRI in collaboration with the Fraunhofer Ernst-Mach-Institut, has founded the Global Resilience Research Network (GRRN), a membership network of leading universities, institutes, non-profit organizations, and companies engaged in resilience research that informs the development of novel tools and applications. By connecting resilience researchers with practitioners internationally, GRRN helps to ensure that global expertise is leveraged in order to meet the urgent need for devising interdisciplinary solutions that are practical and scalable.

Our School of Electrical and Computer Engineering, for example, has moved up 25 spots in national rankings in just the last year, largely due to a significant growth in radar and applied electromagnetics. The ARRC resides in the state-of-the-art Radar Innovations Laboratory - a 35,000-sqft working laboratory dedicated to innovations in radar technology and science. With the complete support of the university administration, the ARRC is poised to become the go to place for all things radar!

The Center for Infrastructure, Transportation, and the Environment (CITE) is known generally for sustainable freight system and freight transportation planning research, as well as transportation planning, design and operations, modeling and simulation, disaster response logistics, traffic signal system control, and transportation-related behavioral research. The research can be organized into three focus areas: freight research, disaster response, and smart transportation systems.

At the same time, we continuously are reinventing Rensselaer, and strengthening our people, platforms, programs, and partnerships in order to anticipate the future and enable the brilliant men and women who learn and teach here.

The best way to get a feel for the campus culture, see our state-of-the-art facilities, and meet current students and faculty is to visit campus!

The SCEC community comprises one of the largest research collaborations in geoscience, with more than 1000 active participants on SCEC projects, more than half which participate in SCEC's Annual Collaboration Meeting. SCEC is organized as a consortium of "core institutions", which commit sustained support, and a much larger set of "participating institutions", which join through requests initiated by scientists who wish to participate in SCEC.

SCEC's core research program is investigator-driven and open to anyone who is willing to submit a qualified project plan for peer review. The core resources are allocated through an annual planning process that involves input from the entire SCEC community, as well as counsel from an external Advisory Council and the sponsoring agencies. About two-thirds of the SCEC science budget goes to students and early-career scientists engaged in investigator-initiated research. The roster changes constantly as new people and institutions become involved. The Center's working groups, workshops, field activities, and annual meeting enable scientists to work together over sustained periods, building "deep collaborations" and strong interpersonal networks that promote intellectual exchange and amplify the support for students and early-career scientists. SCEC encourages colleagues with creative ideas about earthquakes to formulate them as hypotheses that can be tested collectively. Researchers with new hypotheses are quickly brought together with experts who have observational insights, modeling skills, and knowledge of statistical testing methods.

Texas A&M University's Hazard Reduction and Recovery Center (HRRC) is an interdisciplinary research effort. Established in 1988, the HRRC was the first research center dedicated to vulnerability reduction and long-term recovery in the nation.

Today, we are one of only two United Nations (UN-OCHA) Collaborative Centers in the world. We serve OCHA as a research and consultant agency with particular emphasis on national disaster plans and their implications for future development.

The WHIP Center's mission is to pursue research of interest to industry and government agencies to enhance the resiliency of buildings and infrastructure to extreme windstorms such as hurricanes and tornadoes.

Created by an act of Congress in 1879, the U.S. Geological Survey has evolved over the decades, matching its talent and knowledge to the progress of science and technology. The USGS is the sole science agency for the Department of the Interior. It is sought out by thousands of partners and customers for its natural science expertise and its vast earth and biological data holdings.

Human and ecosystems well-being, economic prosperity and security are interdependent and form a complex coupled network, defining a nexus of resource limitation, opportunity, and vulnerability from which knowledge crucial for the design of sustainable solutions can emerge-the Center for Coastal Studies overarching goal.

The Center for Coastal Studies promotes a vibrant future for the world's coastal zones through enabling, facilitating, and rewarding transdisciplinary research, education, and engagement.

With modern comprehensive higher education management, VNU has been striving to establish itself as a leading institution in Vietnam and in the region based on the philosophy "Excellent through Knowledge" and by promoting six core values: high quality, creativity, innovation, integration, responsibility to society, and sustainable development. An important task of VNU is to provide the country with high quality human resources to meet the developmental needs of the society, thus making important contributions to the progress of Vietnam and within this region and the world.

VNU has created an impressive cultural community, a harmonious academic environment in which lecturers, scientists and students are working together in an open and friendly manner.

The Faculty of Science is committed to offering high quality programmes and strives to recruit and produce scholars in the field of Sciences. We are committed to helping our students gain excellent training that includes a strong foundation in the Sciences and the freedom to shape their own degree paths. The Faculty is also committed to contributing to the well-being of the society and the improvement of the quality of the environment through Science teaching, learning and research. It seeks to contribute to the advancement of multidisciplinary research that will enhance the development of the nation and the region at large and to provide an environment where quality teaching and research in Science can flourish. It endeavours to be a hub of knowledge and a beacon of excellence in the pursuance and creation of opportunities that render scientific service to the University and the surrounding communities.