Chemical Engineering Education

Research in chemical engineering education focuses on understanding and improving how chemical engineering principles are taught and learned. This area investigates effective pedagogical approaches, curriculum development, and the integration of new technologies in the classroom. Researchers explore topics such as enhancing student engagement in core chemical engineering subjects like thermodynamics and transport phenomena, developing innovative laboratory experiences, and assessing learning outcomes through quantitative and qualitative methods. The goal is to equip future chemical engineers with the knowledge and skills necessary to address complex societal challenges.

This work is relevant to Arkansas by supporting the development of a skilled workforce for the state's diverse industrial base, which includes sectors like advanced manufacturing, biotechnology, and materials science. Improving chemical engineering education contributes to innovation within these industries and helps attract and retain talent within the state. Furthermore, a strong foundation in chemical engineering principles is essential for addressing environmental challenges and improving public health, areas of ongoing importance in Arkansas.

This research area connects with broader engineering education and pedagogy, innovative teaching methods, and specific subject matter education such as heat transfer. Engagement spans multiple institutions within the state, fostering a collaborative environment for advancing chemical engineering education.