South Dakota Mines Innovates Education with Interactive Toy Design for Engineering Concepts
In a groundbreaking initiative that connects South Dakota’s rich educational landscape with innovative pedagogy, South Dakota Mines is reshaping the way elementary students grasp engineering concepts. Nestled in the heart of the Black Hills, where frontier ingenuity meets cutting-edge academia, this initiative is more than just an educational experiment; it’s a celebration of South Dakota’s dedication to hands-on learning and community engagement.
The Vision: Collaborative and Inclusive Learning
The Leslie A. Rose Department of Mechanical Engineering at South Dakota Mines, under the leadership of assistant professor Cristian Vargas Ordóñez, Ph.D., has launched an initiative titled “Designing Engineering Toys Through School-University Co-Design: A Pilot for Inclusive Learning.” The project aims to demystify engineering for young learners by co-designing toys that integrate mechanical engineering concepts. Co-funded by a National Science Foundation E-CORE Grant, led by Black Hills State University, this initiative is a beacon of innovation for educational methods.
Dr. Cristian Vargas Ordóñez at South Dakota Mines, initiating innovation in educational methods.
The program collaborates with first-grade teacher Ashley Whitehead and her students at Wilson Elementary School. Together, they are pioneering a new frontier in teaching methodologies that transcend traditional classroom settings.
Interactive Learning: From Concept to Classroom
Incorporating a co-design approach, the project solicits input from all participants, particularly the young students who will eventually use the toys. This inclusive strategy reflects South Dakota Mines’ commitment to fostering a participatory learning environment. By incorporating feedback from students, parents, teachers, and the university’s engineering students, the project aims to redefine the potential of educational tools:
- Collection of insights through classroom observations and video footage.
- Procurement of feedback from parents on children’s toy preferences.
- Analysis of student interactions with existing STEM toys.
To kickstart the project, the Mines team introduced two-liter bottle rockets for experimentation, sparking curiosity and engagement among the first graders. This activity laid the groundwork for a series of hands-on sessions, where students provided invaluable insights into what makes a toy both fun and educational.
Ashley Whitehead with students at Wilson Elementary, engaging in interactive learning.
Engineering Made Accessible: Insights from Ayomide Oladele
Mechanical engineering graduate student Ayomide Oladele brings a unique perspective to the project. Initially from Nigeria, Oladele aims to transform the perception of engineering from a daunting field to one that is approachable and engaging for young learners. His enthusiasm is palpable: “As a young kid growing up in Nigeria, when you heard engineering, it was very technical. My point is to make engineering more accessible, and one way to do this is to make true toys.”
Ayomide Oladele works with students to make engineering concepts accessible through play.
Oladele’s favorite moments occur when observing students play with the prototypes. Their spontaneous creativity offers insights into design nuances that adult eyes might overlook. “They are giving us insights and ideas we never thought of originally. This is all helping us make not just a toy, but a meaningful toy that helps kids learn something,” he said.
From Idea to Tangible Creation: Building Toys That Teach
The project culminates in the summer, with the design and construction of two new mechanical engineering toys – one made from wood and another constructed through 3D printing techniques. This task is overseen by Scott Bormann and Dale Burks, freshman mechanical engineering majors at Mines:
- The wooden toy will offer a tactile experience, emphasizing the importance of traditional materials.
- The 3D-printed toy will explore modern manufacturing techniques, highlighting innovation.
Continuous Impact: Toward a Scalable Educational Model
The completed toys will be introduced to Whitehead’s new class of first graders, with feedback from these young engineers guiding future iterations. Open-access lesson plans and teacher guides will accompany the toys, allowing for sustained use in the classroom and fostering an environment where students begin to see themselves as future engineers.
South Dakota Mines hopes this initiative becomes a scalable model, inspiring other institutions to adopt similar co-design philosophies in educational endeavors across the nation.
The spirit of collaboration between South Dakota Mines and local schools like Wilson Elementary encapsulates the state’s dedication to education that is both innovative and inclusive. By planting the seeds of engineering curiosity early, South Dakota is not only nurturing the engineers of tomorrow but also setting a precedent for how educational institutions can evolve to meet the needs of modern learners.