We often think of engineering as a destination reached only after years of calculus and physics. We associate it with blueprints, hard hats, and complex software. But if you watch a four-year-old attempt to balance a heavy wooden block on a narrow tower, you aren’t just watching play. You are witnessing the engineering design processContinue reading “Can Preschoolers Be Engineers? The Cognitive Science Behind Early Makerspaces”
Tag Archives: iteration
Why Intervention Isn’t Enough: Designing Schools for Capacity
Many schools face a design problem rather than a student problem, as evidenced by rising anxiety and persistent achievement gaps despite interventions. Systematic misalignment impacts learner outcomes, emphasizing the need for environments that support individual variability, resilience, and cognitive engagement. Effective redesign can reduce the reliance on interventions.
Kinetic Sculpture: Where Art and Engineering Move Together in the Classroom
Kinetic sculpture blends art and science, serving as a dynamic educational tool in STEAM education. It promotes hands-on learning, design thinking, and real-world applications by engaging students in creating moving structures. By exploring principles like motion, balance, and energy transfer, students gain insight into both mechanics and creativity, bridging technical skills with imaginative problem-solving.
Equipping Students with CAD and 3D Printing for Real-World Skills and Innovation
CAD and 3D printing are fundamental tools transforming education at Ascension Learning. They empower students to transition from passive consumers to active creators through hands-on, iterative learning experiences. By integrating these technologies into the curriculum, students develop technical skills, critical thinking, and real-world competencies necessary for future careers.
Bug Machines Day 5: Mechatronics, Motion & Risk-Free Iteration
On Day 5 of the project, students engaged in ultra-rapid prototyping, experimenting with electronic components and mechanics. This hands-on approach fostered spatial reasoning and basic CAD skills. As teams advanced their robotic claw designs, they also learned advanced programming in C and C++. The experience emphasized practical application and risk-taking in learning.