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    Max Wingert

    Professional Background

    Maxwell Wingert is a seasoned engineer specializing in polymer processing and polymer nanocomposites. With an impressive career trajectory that includes a senior engineering role at Procter & Gamble, Maxwell has a profound understanding of the scientific and practical aspects of polymer materials. His extensive expertise covers an array of topics, including rheology, supercritical fluids, polymer foams, and pharmaceutical/polymer solid dispersions. In his role at Procter & Gamble, he has contributed to the development and optimization of various polymer-based products, leveraging his background in thermoplastics and structure-property relationships.

    Prior to his tenure at Procter & Gamble, Maxwell gained valuable experience as an Engineer Intern at Ashland and Owens Corning, where he honed his skills in polymer sciences and manufacturing processes. His academic journey began at Granville High School, where he laid a solid foundation for his future studies. Maxwell pursued his Bachelor's degree at the prestigious University of Notre Dame, subsequently advancing to earn a PhD from The Ohio State University. His academic and professional experiences have made him a respected figure in the field of polymer technology.

    In addition to his technical work, Maxwell served as a Science and Technology Policy Fellow at The National Academies, where he engaged in policy-making discussions that bridge the gap between scientific research and public policy. This role allowed him to contribute to vital conversations about the importance of research funding and the advancement of technology in the polymer sector.

    Education and Achievements

    Maxwell Wingert's educational background is marked by a commitment to excellence in the field of polymer sciences. He completed his PhD at The Ohio State University, where he deepened his understanding of the complexities of polymer structure-property relationships and the thermal properties of foams. His Bachelor's degree in chemical engineering from the University of Notre Dame further equipped him with a robust understanding of engineering principles and analytical techniques.

    His academic research and projects have significantly contributed to the collective knowledge of polymer processing and its applications in various industries, including pharmaceuticals, materials science, and manufacturing. Maxwell's work has been pivotal in exploring the nuances of polymer nanocomposites and their broad applicability. Through diligent research and innovation, he has published several papers and participated in numerous conferences, sharing his findings with the scientific community.

    Achievements

    Maxwell has made remarkable contributions to the field of polymer engineering, particularly in the areas of polymer foams and solid dispersions. His involvement in developing new materials using supercritical fluids is particularly noteworthy, as it represents a cutting-edge approach to material science. By harnessing supercritical fluid technology, Maxwell has worked on improving the efficiency and effectiveness of polymer processing.

    Moreover, as a senior engineer, Maxwell has played an integral role in product development teams at Procter & Gamble. His insights into the thermal properties of polymers and the design of experiments have helped in the formulation of innovative solutions that meet market demands. Maxwell's expertise extends to understanding statistical methodologies for analyzing complex data, ensuring that the products are not only effective but also reliable in performance.

    Overall, Maxwell Wingert's combination of educational prowess, substantial work experience, and contributions to research and policy has positioned him as a leading expert in the field of polymer technology.

    Related Questions

    How did Maxwell Wingert develop his expertise in polymer processing and polymer nanocomposites?
    What significant projects has Maxwell Wingert worked on at Procter & Gamble?
    In what ways has Maxwell's role as a Science and Technology Policy Fellow influenced his approach to engineering?
    What are some of the key findings from Maxwell's PhD research at The Ohio State University?
    How does Maxwell Wingert incorporate statistical analysis into his engineering work?
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    Location

    Cincinnati, Ohio Area