Krishna Rajan

ScD

Krishna Rajan

ScD

Krishna Rajan

ScD

Erich Bloch Chair

SUNY Empire Innovation Professor

SUNY Distinguished Professor

Department of Materials Design and Innovation

School of Engineering and Applied Sciences

Research Topics

Materials informatics; Quantitative high resolution imaging; Atom probe tomography

Contact Information

120 Bonner Hall

Buffalo NY, 14260

Phone: (716) 645-1380

krajan3@buffalo.edu

Biography Publications Teaching Latest News

Latest News

UB awarded $1.25 million grant to create clean energy research hub
4/1/24
UB has been awarded a $1.25 million grant to create a clean energy research hub with The Center for Accelerated Innovation through Materials (AIM), led by Krishna Rajan.
UB awarded $1.25 million grant to create clean energy research hub
4/1/24
The project, supported by Sens. Chuck Schumer and Kirsten Gillibrand, will tap UB’s expertise in materials science, advanced manufacturing, AI and more.
CoRE receives three-year extension to advance green manufacturing in Western NY
12/22/23
The Collaborative for a Regenerative Economy has received its third phase of funding.
WNY veteran weighs in on submersible search near Titanic wreckage
6/21/23
WGRZ-TV spoke to Krishna Rajan, SUNY Empire Innovation Professor and SUNY Distinguished Professor in the Department of Materials Design and Innovation, in a story about the current missing submersible named Titan.
Workshop provides forum for hydrogen-based clean energy discussion
12/16/22
A focus on hydrogen-related clean energy technologies brought together industry leaders, researchers, funding agencies and educators for a daylong workshop Dec. 9 on the North Campus.
EPA awards $7.7 million for research grants to improve risk assessment of chemical mixtures in the environment
11/11/22
The National Law Review mentioned that UB is among 11 institutions that will share in $7.7 million in research funding announced by the U.S. Environmental Protection Agency.
EPA recognizes MDI work on classifying “forever chemicals”
3/10/22
The EPA has adopted a computational method developed by MDI researchers to build the science driving the regulatory policy of classifying PFAS compounds.

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