ovine’s research interests lie at the intersection of organic and polymer chemistry. In particular, his research deals with the organic chemistry of the element boron and how the unique properties of boron can lead to the development of new materials with functional properties. In one area of research, he is working to chemically modify an abundant bio-based polymer termed lignin. Iovine and his research group are interested in building-up or decorating lignin’s polymeric scaffold in order to enhance the mechanical properties of this widely available renewable resource. By chemically altering the structure of renewable bio-based polymers, he hopes to create novel natural-synthetic hybrid materials that can be used in a variety of application areas including plastics. Iovine believes his work may impact our reliance on petrochemical feedstocks by reducing the demand for traditional synthetic polymers. In 2008, Iovine was awarded the National Science Foundation’s most prestigious award (CAREER) in support of the early career-development activities of those teacher-scholars who most effectively integrate research and education.