Electrical Engineering Education

Electrical engineering education research examines how students learn and how to teach electrical engineering concepts effectively. This area investigates pedagogical approaches, curriculum development, and instructional strategies to improve student engagement and learning outcomes. Research activities include studies on active learning techniques, project-based learning, the integration of emerging technologies into the curriculum, and the assessment of student understanding in core electrical engineering disciplines such as circuits, electronics, and digital systems. The goal is to enhance the educational experience and prepare a competent workforce for the future.

This research is relevant to Arkansas by supporting the development of a skilled electrical engineering workforce, which is essential for the state's growing technology and manufacturing sectors. Improved electrical engineering education can contribute to innovation in areas like advanced manufacturing, telecommunications, and smart grid technologies, all of which are important for Arkansas's economic development. Furthermore, fostering effective teaching methods can help attract and retain diverse talent in STEM fields across the state's universities and colleges.

This field draws upon principles from engineering education and pedagogy, instructional design, and higher education research. It involves collaboration with faculty across multiple institutions within Arkansas, contributing to a shared understanding of best practices in electrical engineering instruction.