Conducts multidisciplinary research on development, testing, and evaluation of innovatiave technologies to enhance in situ biodegradation of organic contaminants in bedrock aquifiers
Engineering & Physical Sciences
Engineering & Physical Sciences
At UNH, research in engineering and the physical sciences explores phenomena from the almost imperceptible subatomic and ‘nano’ scales to the global scale and beyond. Studies of atoms and molecules deepen our understanding of them and point to new applications in product design and manufacturing. Learning about materials and processes involved in roads and bridges, robotics, turbulent flow in air and water, and how to contain, clean up, and prevent damage to rivers and oceans contributes to improved built and natural environments in New Hampshire and elsewhere. Discovering how best to harness the tidal energy of the New England ocean will lead the way to utilization of this renewable power source. Development of the new tools, methods and technologies needed to acquire, and then apply, this knowledge is a common theme across all the areas of research.
To experience the breadth and depth of research at UNH in these and
other topics related to engineering and the physical sciences,
explore
the departments and programs, as well as the Institutes and Centers, listed below.
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Colleges & Schools
Research Institutes & Centers
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Center for Clean and Renewable Energy Research
Provides organizational cohesion and enhances public recognition of the role of chemical engineering in the area of alternative/renewable energy research -
A NOAA-supported national center of expertise to foster a new generation of hydrographers and ocean mapping scientists and develop and evaluate a wide range of state-of-the-art hydrographic and ocean mapping technologies and applications
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Collaborative, cross-disciplinary research employing analytical, modeling and experimental studies to develop a fundemental understanding of the processes underlying complex fluid dynamical problems
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Collaboration with Dartmouth College that brings together researchers from the communities of applied mathematics, astrophysics, computational physics, fluid dynamics, fusion, and space physics to explore fundamental aspects of magnetic reconnection and turbulence
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Supports research to promote effective and wise use of the coastal ocean and Integrates UNH’s academic and research activities in ocean engineering
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Interdisciplinary center for research, development and evaluation for Ocean Renewable Energy systems, training the next generation of engineers, scientists and policy makers for advancing this new industry, and providing innovation and commercialization support for commercial developers of “hydrokinetic” energy systems
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Involves individuals and institutions, public and private, at local, regional, national and international levels in identifying needs, evaluating and demonstrating promising technologies, and fostering their use as part of new, integrative approaches to response and restoration in coastal areas
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Investigates the properties and utility of hyperpolarized xenon, particularly as a contrast agent in magnetic resonance imaging
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See: Earth Systems Research Center
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See: Earth Systems Research Center
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Conducts research to find sustainable management methods for contaminated dredged materials from ports, harbors and waterways, to develop new and safer dredging technologies, and to develop in-situ treatment and reactive capping techniques
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Performs research and development, demonstrates, and evaluates new technologies, practices, and procedures that support critical infrastructure protection and the Global web of commerce that is dependent upon this protection
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Integrating system modeling, interface design and sensor applications to develop laboratory technologies for practical industry application and, ultimately, an 'Intelligent Machining Workstation'
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The ESRC is dedicated to understanding the Earth as an integrative system, through study of Earth's ecosystems, atmosphere, water and ice in all corners of the globe. Using field measurements, remote sensing and mathematical models, ESRC research emphasizes basic science and the increasing role of humans as agents of environmental change.
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Conducts applied environmental science and engineering research in partnership with industry, communities, federal agencies, and international organizations on ares of importance to NH and New England communities, the private sector, and the nation
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A multidisciplinary scientific research institute dedicated to understanding the integrated behavior of the Earth and its surrounding universe
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NSF-funded partnership between UNH, Northeastern University, and the University of Massachusetts, Lowell that ocuses on developing tools and processes that will enable high-rate/high-volume, bottom-up, precise, parallel assembly of nanoelements
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Fosters the development of complex polymeric materials based on multiple phases with significant structure at the nanometer scale
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Addresses the advanced water treatment technology needs of small communities and firms that need reliable, affordable systems for drinking water
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With support from NASA, stimulate and enhance science and mathematics education at all levels; providing motivation, improving quality, and increasing access for students, teachers, and the general public
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Identifies and promotes development of innovative concepts, materials, and technologies within the academic community to effect the next generation of non-lethal weapon capability
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Fosters research and graduate education in all the space sciences, with studies ranging from the ionosphere, to the Earth’s magnetosphere, to the local solar system, out to the farthest reaches of the universe
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Acting as a non-profit, independent test lab, works with vendors of computer communication devices to resolve complex networking issues and to foster multi-vendor interoperability and/or conformance to standards while educating students for future employment
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Acts as a unique technical resource for stormwater practitioners by studying a range of issues for specific stormwater management strategies including design, water quality and quantity, cost, maintenance, and operations
Ways to Get Involved
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