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Research Areas |
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Advances in energy storage basic science and technology are critical in enabling expanded
adoption of renewable forms of energy and a clean green resilient electric grid. Understanding
materials processing-structure-property relationships is crucial to control their
properties.
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Studying catalysis and semiconductors together can lead to advancements in electrocatalysis,
optoelectronics, and sensor technologies that combine chemical sensing with electronic
devices. It is a critical area of study for advancing technology and addressing global
challenges.
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Research in Computational Materials Science includes the study of polymers and soft
matter, nano-crystalline alloys, energy storage, and the design of the next generation
of smart piezo-electric materials for energy harvesting.
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Research focuses on semiconductor material technologies for silicon and compound semiconductor
microelectronics. This includes bulk crystal growth for substrate wafers and epitaxial
growth for thin films. Studies examine defects in fabrication processes and device
performance using synchrotron X-ray methods.
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Much of the research sits at the intersection of structural and functional materials
for carbon-free baseload energy production with a focus on processing-structure-property
relationships and the impact of extreme environments.
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Studying nanotechnology fosters interdisciplinary collaboration, bringing together
physics, chemistry, biology, and engineering. This convergence not only drives scientific
discovery but also leads to the creation of sustainable solutions to global challenges.
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Research focuses on integrating environmental, economic, and social considerations
into engineering practices to promote sustainability. This research area aims to create solutions that support a balanced coexistence between human activity and
the environment.
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Research in thermal spray processes used to coat turbine blades and make high-temperature
and corrosion resistant coatings is an important facet of the department's research
activities.
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