STORIES

Faculty Spotlight: Nordica MacCarty

Assistant Professor of Mechanical Engineering Nordica MacCarty conducts her research in the realm of humanitarian engineering. Through complex systems modeling, thermal fluid sciences, and engineering design, she seeks to understand the relationships between energy, society, and the environment. “In humanitarian engineering, we use tools to look at not only the technical aspects of a problem, […]

Faculty Spotlight: Kagan Tumer

Kagan Tumer’s research focuses on coordinating what he refers to as large, messy, complex systems. “Think air traffic, or sending a few dozen robots to Mars,” said Tumer, a professor of robotics in the School of MIME. “How do you coordinate all of that?” One of his current research projects is figuring out how to […]

Faculty Spotlight: Chinweike Eseonu

For assistant Professor Chinweike Eseonu, engineering is about people, which is why his research revolves around improving human experiences through processes improvement in healthcare, manufacturing, and new product design and development. More importantly, he strives to extend the land grant mission to engineering by transforming the traditional technology commercialization process to help improve rural economies. […]

Faculty Spotlight: Chris Hagen

Before becoming an assistant professor of energy systems engineering at OSU-Cascades in 2012, Chris Hagen had logged a dozen years working in industry, including four years as a lead fuels research engineer with the Chevron Energy Technology Company in Richmond, CA.His current research and teaching focuses on energy conversion (primarily combustion), novel transportation fuels, and […]

Faculty Spotlight: Yiğit Mengüç

Yiğit Mengüç, assistant professor of robotics and mechanical engineering, works at the interface of mechanical science and robotics to design deformable “smart” materials for building soft-bodied devices and robots. Among his goals are to design and manufacture soft, bioinspired robots for tasks such as deep-sea exploration and to augment human capabilities in everyday life. “The […]

Faculty Spotlight: Onan Demirel

Onan Demirel, assistant professor of engineering, focuses his research on how to incorporate human needs, abilities, and limitations into the product design process. As the newest member of the Engineering Design Laboratory, he enables visualization of human-product interactions by creating digital representations of humans that designers can use to evaluate human well-being and overall system […]

Faculty Spotlight: Ross Hatton

The varied research interests of Ross Hatton, assistant professor of mechanical engineering, converge at the intersection of robotics, mechanics, and biology. His work includes the development of motion models for robotic snakes and fundamental mathematical models for the study of locomotion. Hatton looks to the natural world to find mathematical principles of animal motion and […]

Faculty Spotlight: Joshua Gess

Assistant Professor Joshua Gess studies the fundamental science of heat transfer and thermal management systems. Combining his knowledge of heat transfer with novel experimental methods, such as two-phase cooling using di-electric coolant and high-speed image capture, Gess, a co-principal investigator at the Enhanced Heat Transfer Laboratory, seeks to develop methods that ensure reliable and efficient […]

Faculty Spotlight: Burak Sencer

Burak Sencer, assistant professor of mechanical engineering, researches at the intersection of precision engineering and advanced manufacturing. He seeks to improve the speed, accuracy, and efficiency of manufacturing equipment such as CNC machine tools and industrial manufacturing robots, as well as the manufacturing process itself. On the process side, his work focuses on metal cutting […]

Faculty Spotlight: Geoff Hollinger

Assistant Professor Geoffrey Hollinger conducts fundamental research in the quickly growing area of robotic systems. Among the major goals of his Robotic Decision Making Laboratory is formulating more effective ways for networks of autonomous robotic systems to work together to plan and coordinate their actions and learn how to make optimal decisions during complex data-gathering […]