What Is IEEE Transactions on Education?

IEEE Transactions on Education is a peer-reviewed quarterly journal publishing original scholarly contributions to education in electrical engineering, electronics, computer engineering, computer science, and related disciplines within the scope of IEEE. Published by the IEEE Education Society, the journal was founded in 1958 as the IRE Transactions on Education by the Institute of Radio Engineers and adopted its current name after the 1963 merger that created IEEE. It is the principal archival publication for engineering education research across the IEEE community, addressing both the theory and practice of teaching technical subjects at the undergraduate and graduate levels. Work published in the journal spans curriculum design, pedagogical methods, learning technologies, assessment strategies, and the preparation of students for professional engineering practice.

The journal occupies a distinct position within IEEE's publication portfolio because its subject is the teaching of engineering rather than engineering practice itself. Papers draw on educational psychology, cognitive science, and learning science alongside technical engineering knowledge. Authors may present a controlled study of a new active-learning format in a circuits course, a longitudinal analysis of student outcomes under different laboratory structures, or a description and assessment of a senior capstone design program. The breadth of valid contribution types reflects the breadth of educational contexts in which IEEE-related disciplines are taught.

Curriculum and Course Design

Research on curriculum addresses the structure, content, and sequencing of degree programs and individual courses in electrical and computer engineering. Papers examine how foundational topics such as signals and systems, electromagnetics, digital logic, and programming are introduced and reinforced across a four-year curriculum. Work on competency-based approaches, ABET accreditation outcomes, and the integration of professional skills such as communication, teamwork, and ethics into technical courses appears alongside studies of content coverage in specific subject areas. Comparative analyses of curricula at institutions across different countries contribute to international perspectives on what constitutes preparation for engineering practice, a topic addressed in cooperation with professional bodies including ABET, the accreditor for engineering programs in the United States.

Pedagogical Methods and Learning Technologies

This area covers how instruction is delivered and how students learn engineering content. Active learning formats, flipped classroom models, problem-based learning, and team-based learning are studied through carefully designed assessments that measure student performance and engagement relative to traditional lecture formats. Laboratory education research examines the design of hands-on experiments, the use of remote and virtual labs, and the effectiveness of simulation tools such as SPICE for circuit analysis or MATLAB for signal processing in building practical skill alongside conceptual understanding. Educational technology research in the journal has addressed computer-aided instruction, intelligent tutoring systems, and the use of online platforms for delivering engineering content. Measurement and assessment methodology research grounds all of this work, drawing on frameworks from the learning sciences to ensure that pedagogical studies yield conclusions that are both statistically sound and educationally meaningful. The journal aligns with research frameworks also supported by NSF's Division of Undergraduate Education.

Diversity, Access, and Professional Formation

IEEE Transactions on Education publishes work addressing who studies engineering and how students develop professional identity. Research on broadening participation examines barriers faced by underrepresented groups and evaluates interventions intended to improve retention and inclusion. First-generation student support, transfer student pathways, and the experiences of students with disabilities in engineering programs are among the specific topics studied. Professional formation research examines how students develop an engineering identity, ethical reasoning, and a commitment to social responsibility as they progress through a degree program, connecting to the values articulated in the IEEE Code of Ethics.

Applications

IEEE Transactions on Education has applications in a range of fields, including:

• Undergraduate electrical and computer engineering curriculum design and reform
• Graduate engineering education including research training and teaching assistant preparation
• Professional development programs for practicing engineers seeking continuing education
• K-12 outreach and pre-college engineering pathways connecting to IEEE student programs
• International engineering education policy and cross-institutional comparative studies