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We seek to understand each and every step of the manufacturing process to eliminate failures in specialized aerospace parts (in collaboration with AFRL). https://today.uconn.edu/2019/03/uconn-receives-major-contract-air-force-rd-advanced-manufacturing/

We explore new materials for waste heat recovery, electrocaloric and pyroelectric sources for electrothermal energy interconversion. It is a viable means for primary and auxiliary solid-state cooling and power generation (in collaboration with ARL and UTRC).

We are developing multi-component ferroic materials for charge storage (capacitors) and tunable dielectrics for telecommunications.

Our group is interested in understanding surface and interface structures and chemistry, important for a variety of applications in electrochemistry, catalysis, corrosion and self-healing surfaces for different environments.

We are applying atomistic modelingto understand fundamental issues in metallurgy, that include point defects, precipitation hardening and solid solution strengthening (in collaboration with Pratt & Whitney and Collins Aerospace).

We are developing high-throughput screening methods to accelerate materials discovery and design materials with multifunctional properties.