John E. Blendell

Dr. John E. Blendell is committed to innovative research in the field of materials engineering, with a particular focus on the design of microstructures for optimal properties. He joined Purdue University in 2005 as a Professor of Materials Engineering, bringing with him a wealth of experience and expertise from his previous role as a Materials Research Engineer at the National Institute of Standards and Technology, where he served from 1983 to 2005. Dr. Blendell's academic journey began at Alfred University, where he earned undergraduate degrees in Ceramic Science and Mathematics in 1974. His passion for ceramics led him to the Massachusetts Institute of Technology (MIT), where he pursued graduate studies and obtained an MS in Ceramics in 1976, followed by a Sc.D. in Ceramics in 1979. This strong educational foundation has been instrumental in shaping his research career. His research interests are diverse and encompass several key areas within materials engineering. Dr. Blendell is particularly interested in microstructure design, aiming to achieve optimal properties through innovative approaches. He has made significant contributions to the understanding of grain growth in partially faceted systems, a complex phenomenon that has implications for the development of advanced materials. Additionally, Dr. Blendell is actively involved in the processing of Low Temperature Co-Fired Ceramic (LTCC) substrates, a technology that holds promise for various applications due to its unique properties. His work in this area seeks to enhance the performance and reliability of LTCC materials. Another area of Dr. Blendell's research is ferroelectric thin films, where he explores their potential for use in electronic devices. His investigations into the properties and applications of these films contribute to the advancement of technologies that rely on ferroelectric materials. Dr. Blendell's dedication to research and education has made him a respected figure in the field of materials engineering. His work continues to inspire students and colleagues alike, as he strives to push the boundaries of what is possible in the design and processing of advanced materials.