Chemical Engineering Education

This research area investigates and improves the teaching and learning of chemical engineering principles and practices. Investigations focus on developing and assessing pedagogical approaches, curriculum design, and educational technologies to enhance student understanding and skill development. Specific areas include the creation of active learning strategies, the integration of sustainability concepts into coursework, and the use of computational tools for educational purposes. Research methods often involve educational research designs, data analysis of student performance, and qualitative studies of learning experiences.

The application of effective chemical engineering education is vital for Arkansas's economy, which relies heavily on industries such as advanced manufacturing, materials science, and biotechnology. By improving the training of future chemical engineers, this work supports the development of a skilled workforce capable of innovation and problem-solving within these key sectors. Furthermore, the integration of sustainability in chemical engineering education aligns with the state's focus on responsible resource management and environmental stewardship.

This field engages with broader engineering education research and pedagogy. Connections are also made to sustainability-focused learning modules, life cycle assessment, and forest landscape evaluation, reflecting a commitment to interdisciplinary approaches. Research in this area is conducted across multiple institutions within Arkansas.