Building Thinkers: Interactive Engineering Design for K–8 Classrooms
Building Thinkers: Interactive Engineering Design for K–8 Classrooms
By: Debbie Dailey, Alicia Cotabish, Michelle Buchanan, Monica Meadows
Bridge-building challenges, egg drop competitions, and marshmallow towers have become familiar symbols of engineering in K-8 classrooms. While these activities are engaging, they represent only a small piece of what engineering education can be. Like every learning experience in the classroom, engineering activities should have a clear instructional purpose that is grounded in grade-level standards.
The Next Generation Science Standards (NGSS) challenged us to think differently about engineering. Rather than treating engineering as an occasional add-on activity, the standards positioned engineering practices alongside science practices as a key component in the curriculum. Engineering is an avenue for learning the curriculum content. Students ask questions, investigate phenomena, design solutions, analyze evidence, communicate ideas, and continually improve their designs. Engineering can introduce students to the power of productive failure and how failure is often an essential step toward better solutions and overall learning. This shift invites educators to move beyond simply asking students to build something; it is about engaging them in authentic problem-solving, providing a powerful context for learning.
Engineering also belongs far beyond the science classroom. Meaningful engineering experiences are naturally interdisciplinary, connecting science, mathematics, literacy, technology, social studies, and the arts. Students read informational texts to understand problems, use mathematics to analyze data, communicate and defend their solutions, and consider the ethical and social implications of their designs. When engineering challenges are embedded across the disciplines, they require creativity, scientific reasoning, evidence-based decision making, and iteration, and gifted learners engage more deeply in the challenges because authentic problems are complex and purposeful. Additionally, engineering design can be a strong pedagogical framework for teaching, creating self-directed learners who engage in “just-in-time learning” as they seek information, acquire new skills, and apply their knowledge to design creative solutions to complex, real-world problems.
In our pre-conference session, Building Thinkers: Interactive Engineering Design for K–8 Classrooms, participants will explore how intentional instructional design transforms engineering from an isolated STEM activity into a meaningful approach for developing critical thinkers, creative problem solvers, and collaborative learners. The central premise of the session is simple: engineering education should focus on building thinkers rather than builders. While students enjoy designing and constructing, effective engineering instruction is ultimately about developing the habits of mind engineers use every day through questioning, analyzing problems, collaborating with others, testing ideas, learning from productive failure, and continually improving solutions.
To help teachers cultivate these habits of mind, the session is organized around four interconnected themes that provide a practical framework for integrating engineering practices across the curriculum. Engineering Across the Curriculum examines how engineering can be seamlessly integrated into science, mathematics, literacy, social studies, and the arts to create authentic interdisciplinary learning experiences. Pedagogical Strategies for Effective Engineering Instruction explores instructional approaches that use the engineering design process to foster critical thinking, collaboration, creativity, and authentic problem-solving. Infusing Technology into Engineering Education explores how digital tools and emerging technologies can make engineering learning more interactive, adaptive, and engaging for all students. Finally, Trends and Equity in Engineering Education highlights emerging practices that emphasize talent development, accessibility, and conceptual understanding while ensuring every student has opportunities to engage in meaningful engineering experiences. Together, these four themes provide a comprehensive framework for embedding engineering practices into everyday instruction while helping students develop the habits of mind of engineers.
This session is designed to be highly interactive. Participants will spend the majority of the workshop actively solving problems, collaborating with colleagues, reflecting on instructional practices, and adapting ideas for their own classrooms. Whether new to engineering education or looking to strengthen your instructional practices, participants will leave with evidence-based strategies that can be implemented immediately. Join us as we move beyond isolated engineering activities and discover how intentional instructional design can transform engineering into an engaging, interdisciplinary, and meaningful learning experience for every learner.
