Gitanjali Mishra
Ph.D. · 2026
Research leadership, focused mentorship, and an alumni network built across two decades of materials innovation.

Professor of Materials Science & Engineering
Director, Nanostructured Materials Research Laboratory
University of Utah
Professor Tiwari leads interdisciplinary research spanning thin-film synthesis, oxide and transparent semiconductors, quantum and mesoscopic transport, two-dimensional materials, physical reservoir computing, and data-guided materials optimization.
NMRL emphasizes close mentoring, independent research, and direct engagement with high-impact scientific problems.
Department of Materials Science & Engineering, University of Utah
Research profile and project details will be added as the Fall 2026 research program begins.
NMRL alumni include doctoral and master’s graduates, postdoctoral researchers, visiting scholars, and undergraduate researchers.
Ph.D. · 2026
M.S. · 2022
Ph.D. · 2019
Ph.D. · 2018
M.S. · 2016
Ph.D. · 2015
Ph.D. · 2015
Ph.D. · 2014
Ph.D. · 2012
Ph.D. · 2012
Ph.D. · 2011
M.S. · 2011
M.S. · 2011
Ph.D. · 2009
M.S. · 2009
M.S. · 2009
Postdoctoral Researcher · 2022–2023
Postdoctoral Researcher · 2010–2011
Postdoctoral Researcher · 2012–2013
Postdoctoral Researcher · 2014–2015
Postdoctoral Researcher · 2014–2015
Postdoctoral Researcher · 2015–2016
Postdoctoral Researcher · 2015–2017
Visiting Scholar · 2017–2019
Visiting Scholar · 2017–2019
Visiting Scholar · 2018–2019
Visiting Professor · 2019–2020
Over the years, NMRL has mentored a large number of undergraduate researchers through UROP, independent study, summer research experiences, and sponsored research projects. Their contributions have been an integral part of the laboratory's research and educational mission.
NMRL works across materials science, physics, electrical engineering, computation, national laboratories, government programs, and industry partnerships.
View collaborations
Opportunities may be available for graduate students, undergraduates, visiting researchers, and collaborators interested in advanced materials and intelligent experimentation.