Partnerships Take the Lead: Engineering and Education Join Forces for a Technological World

TL;DR

The IEEE Deans Summit represents a landmark shift in educational strategy, bringing together Deans of Engineering and Education to tackle the "technological illiteracy" of the modern citizenry. By pairing technical rigor with pedagogical research, the summit established a framework for integrating engineering design into K-12 teacher preparation and university-wide general education.

The Literacy Gap: Why "Science and Math" Aren't Enough

For decades, the standard approach to precollege education focused on Science and Mathematics as isolated subjects. However, as Dr. Wm. A. Wulf (President of the NAE) argued at the summit, a society dependent on technology cannot survive with a citizenry that doesn't understand the engineering process.

The core problem isn't just a lack of facts; it's a lack of understanding regarding design under constraint. Most K-12 teachers are trained in Education schools with little to no exposure to how engineers solve problems, leading to a "pedagogical vacuum" when it comes to technology.

Methodology: The Dean-Pairing Collaboration Model

The summit’s core innovation was the requirement of institutional pairs. A Dean of Engineering could not attend without their counterpart from the School of Education. This formalizes a symbiotic relationship:

• From Engineering to Education: Providing "The Science and Engineering of How Things Work," focusing on modular, hands-on content like electricity, structures, and environmental impact.
• From Education to Engineering: Introducing Active/Cooperative Learning (ACL) and Bloom’s Taxonomy to engineering faculty, who often rely on outdated, passive lecture formats.

Note: The collaboration focuses on bridging the "Content" (Engineering) with "Pedagogy" (Education) to create a new hybrid: Technological Literacy.

Key Highlights from the Summit

The summit explored several successful "Best Practice" models that provide a roadmap for future integration:

1. NMSU's "How Things Work": A course specifically for preservice teachers using modules like the physics of playground equipment to teach SMET (Science, Math, Engineering, Technology) skills.
2. The TIDEE Project: A project from Washington State University that integrates engineering design across the entire curriculum and uses industrial assessment rubrics to measure student teamwork and communication.
3. Active/Cooperative Learning (ACL): Research presented by Dr. K. A. Smith demonstrated that small-group learning significantly increases achievement and persistence in SMET subjects compared to traditional lectures.

Representative data suggests that students in ACL environments outperform those in traditional lecture settings in both retention and problem-solving complexity.

Institutional Action Plans: 5 Pillars of Reform

The 42 dean pairs committed to a customized set of activities summarized into five critical areas of impact:

• Teacher Preparation: Incorporating technological literacy into certification requirements.
• K-12 Outreach: Using engineering graduate students as "interns" in local middle schools.
• Pedagogical Growth: Establishing "Centers for Teaching and Learning" within engineering schools to improve how future engineers are taught.
• General Education: Developing "The World of Technology" courses for all undergraduate students, regardless of their major.
• Policy Change: Moving toward state-level requirements for engineering in K-12 education standards.

Critical Insight: The "Teaching Hospital" Analogy

A profound takeaway from the summit was the suggestion to model teacher preparation after the teaching hospital. Prospective teachers should bridge disciplinary knowledge (content) with pedagogical knowledge (practice) in "Professional Development Schools" (PDS), where university faculty and K-12 teachers work side-by-side.

Conclusion and Future Outlook

The Deans Summit marks the beginning of an era where Engineering is no longer an "elite silo" but a fundamental component of the liberal arts. The primary challenge remains sustainability and reward systems—universities must move beyond "seed funding" and ensure that faculty efforts in outreach and pedagogical reform are recognized in tenure and promotion processes.

As Dr. Kramer (NSF) noted, this shift could be the key to reducing the 50% attrition rate currently seen in engineering programs by making the curriculum more relevant, interactive, and inclusive.