Douglas I. Kushner

Douglas I. Kushner is a Researcher at Lawrence Berkeley National Laboratory within the Energy Technologies Area and Energy Storage & Distributed Resources Division, specializing in structure-property-function relationships of ion-conducting polymers and advanced materials characterization systems. He develops hardware/software controls for electrochemical analysis and contributes to next-generation energy conversion technologies.

He earned his Ph.D. in Chemical Engineering from Penn State University under Professor Michael A. Hickner, focusing on polymer dynamics under confinement. His educational background bridges fundamental polymer science with applied energy systems engineering.

Dr. Kushner's research spans electrochemical materials innovation with emphasis on solid electrolytes, ionomer systems, and diagnostic methodologies. His work directly enables advancements in fuel cells, redox flow batteries, and electrolyzers through novel characterization tools like the R&D 100-winning microelectrode cell. This technology accelerates development of solid-state energy systems critical for decarbonization, carbon capture, and industrial applications by overcoming historical testing limitations of solid electrolytes.

His scientific recognition includes:

• 2020 R&D 100 Award for Microelectrode Cell innovation
• 2023 Team Science Award for laboratory coordination in B30 Chu Hall
• 2019 Award for novel microelectrode setup development

As an active member of Berkeley Lab's Energy Conversion Group, he collaborates on multidisciplinary projects advancing electrochemical systems. His technical leadership extends to laboratory operations and equipment development, though no formal graduate student mentorship or major grant administration is documented in available sources.

Dr. Kushner maintains operational focus within the Energy Conversion Group's experimental facilities, driving hardware innovation for materials characterization while supporting the lab's mission in sustainable energy technologies.