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Materials Science and Engineering: Translating fundamental discoveries at the nanoscale into materials that benefit society.

The vast majority of the materials people encounter every day have been engineered to have specific properties that make the materials useful or valuable. As materials scientists and engineers, our goal is to understand how the arrangement of the materials' structures on a very fine scale translates into materials with properties that can benefit society. Our department continually strives to expand its core strengths and to work across disciplines to address complex challenges, from more efficient jet engines to new electronic materials that extend the limits of Moore's law. With recent faculty hires, we have reinforced our expertise in corrosion, high-temperature materials, surfaces and interface science, electronic materials, and computational materials science. And we are firmly established in such emerging fields as two-dimensional materials, soft and/or biological materials, and functional thermal material systems.

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Our Faculty

Thumbnail of Nikhil Shukla
Phone: 434-924-6587

Nikhil Shukla

Assistant Professor

Research Areas
  • Emerging solid-state devices for Boolean and non-Boolean computing
  • Device and circuit solutions for large-scale data storage
  • Integration of novel materials and conventional devices for functional diversification
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Thumbnail of Elizabeth J. Opila
Phone: ​434-243-7610

Elizabeth J. Opila

Professor, Director, Rolls-Royce University Technology Center on Advanced Material Systems

Research Areas
  • Corrosion and Electrochemical Sciences and Engineering
  • High Temperature Materials Science and Oxides
  • Advanced materials for transportation applications
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More About Our Department

The Center for Electrochemical Science and Engineering addresses a technologically critical field that affects the performance and reliability of most products manufactured in the world today.

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The Institute for Nanoscale and Quantum Scientific and Technological Advanced Research (nanoSTAR) supports collaborative research, education and commercialization in the key areas of electronics, biomedicine and energy and the environment through partnerships with academia, industry and national laboratories.

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  • 103

    Undergraduates in Engineering Science or Nanomedicine degree programs

  • 78

    Graduate students

  • 23

    Faculty members

  • $ 6 M

    In sponsored research awards across all UVA research focus areas