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As director of applied research, Paul Majsztrik helps bridge the gap between laboratory and commercialization, leading the research team taking Solidia’s technology to commercialization in a collaborative effort with the engineering, commercialization, and marketing teams. Prior to assuming his new role, Paul spent two years as leader of Solidia's mechanical engineering team. His work included ground-up design of CO2 curing equipment for commercial conversion of a paver manufacturing facility. Paul has a wide range of applied experience researching, innovating, and scaling technology and equipment over several materials-based applications, including PEM fuel cells, high-purity polysilicon production, high-temperature thermoelectric materials, graphene coatings for energy storage, and electrocatalytic conversion of CO2 to commodity chemicals. His broad, interdisciplinary background includes a bachelor’s degree in physics, bachelor’s and master’s degrees in mechanical engineering, and a doctorate in Chemistry and Materials from Princeton University.