This session investigates how visual thinking, spatial reasoning, and representational tools such as CAD, timelines, and system diagrams enhance students' conceptual understanding and design proficiency. The presentations highlight novel methods to cultivate these abilities and evaluate their impact on design learning.
This session explores how assessment methods and grading strategies influence student development in design courses. Topics include grading and rubric design, instructor training, and student evaluation.
ECE Career Development and Program Structures
ECE-Cybersecurity and Quantum Technology Education
This session discusses key topical areas where engineering economics is applied in engineering decision making. Papers discussed in this session talks about such topics as skills development, ethics, social security, and performance.
For those interested in: Academia-Industry Connections, Advocacy and Policy, Broadening Participation in Engineering and Engineering Technology, and New Members
Examines the use of AI technologies to enhance teaching, learning, administrative processes, and student engagement at colleges and universities.
For those interested in: Academia-Industry Connections, Advocacy and Policy, Broadening Participation in Engineering and Engineering Technology, New Members, and Pre-College
Join us for ELD member and sponsor talks
The session will highlight the journal’s mission, scope, and submission process while offering practical guidance on manuscript preparation, peer review expectations, and strategies for successful publication. Attendees will gain valuable insights into how the journal serves as a platform for applied research and instructional innovations in engineering technology and how they can contribute to and benefit from the journal’s growing community.
Ismail is the Editor-in-Chief of the Journal of Engineering Technology. Currently, he also serves as the Production Editor for the journal. Ismail is a Professor at Tennessee Tech University
Jyhwen is the Past Editor-in-Chief of the Journal of Engineering Technology. Currently, Jyhwen is a Professor at Texas A&M University.
This session explores the dynamic interplay between faculty approaches and student experiences in fostering entrepreneurial mindsets within engineering education. Presentations will highlight strategies for enhancing faculty engagement, promoting coachability, and understanding student perceptions to create a collaborative and supportive learning environment. Attendees will gain insights into effective pedagogical practices and institutional frameworks that bridge the gap between educators and learners, ultimately empowering students to thrive as innovative and entrepreneurial engineers.
A progressive vision for transforming environmental engineering education. This session aims to present specific course implementations, tools, or methods used to enhance both cognitive and affective learning outcomes.
The presentations within this session were selected to showcase studies that whose goal was to use innovative strategies in engineering laboratories and courses with the goal of fostering deeper understanding in students.
This session highlights the impact of Generative AI in Industrial Engineering, covering its applications in both industry and education. Papers include studies on using AI to develop grading rubrics, its industrial applications, assessing student competence through AI interaction, and rapidly generating qualitative interview transcripts for human-centered design. These contributions showcase the transformative potential of AI in both practical and academic settings.
For those interested in: Academia-Industry Connections, Advocacy and Policy, Broadening Participation in Engineering and Engineering Technology, and New Members
This session presents papers on a variety of topics pertaining to computing and information technology.
This session explores the impact of interdisciplinary integration in high school engineering education. From nature and biology to math and energy literacy, the papers investigate how contextualized, cross-disciplinary content influences student perceptions, engagement, and persistence in engineering, offering insights into curriculum design and regional relevance in shaping future engineering pathways.
This session highlights innovative strategies to foster STEM engagement and equity in K–12 settings. Through summer programs, teacher research experiences, community-centered design, and dual enrollment pathways, the papers illustrate how structured interventions can boost motivation, build belonging, and expand access to engineering and science for historically underserved student populations.
This session explores adaptive strategies to support student transitions into STEM pathways amid and beyond pandemic disruptions. Through bridge programs, hybrid math initiatives, remote learning expansion, and re-evaluated inquiry-based models, the papers offer insights into scalable, equitable solutions tailored to diverse educational contexts and learners’ evolving academic and social needs.
Since 2022, the Canadian Engineering Education Association’s (CEEA-ACÉG) Engineering and Humanities Special Interest Group (SIG) has facilitated a number of “collaboratoriums” on transdisciplinary topics in engineering education. In this roundtable format we invited participants to share their experience teaching and studying topics that span across engineering disciplines, including social responsibility, equity, decolonization, the arts in engineering, and leadership. As transdisciplinary topics these themes often lack a clear and consistent disciplinary home. In engineering education, these to ... (continued)
For those interested in: Advocacy and Policy and Broadening Participation in Engineering and Engineering Technology
The goal of this session is to give educators an opportunity to share a unique demo, in-class, online, or hands-on materials investigation.