Framing Learning in STEM Class

My new position as a STEM teacher is everything that I’ve always wanted — open and flexible, with ample opportunities to infuse creativity into the classroom. All summer, I’ve been working on creating a developmental progression of where I want students to be in their learning after each year that they’ll spend with me, from Pre-K to 8th grade. For weeks, I spun my wheels without getting much traction.

Despite having a steady stream of ideas about activities and projects, I eventually realized that what was lacking was an organizational frame, some specific capacities and skills that would function as the overarching goals for all of our work in STEM class. Fortunately, I’ve been immersing myself in reading about making and STEM all summer and, in Maker-Based Learning: Empowering Young People to Shape Their Worlds (Clapp, Ross, Ryan, & Tishman; 2016), I finally found the framework for which I’d been waiting.

Maker-Based Learning is a book born of work done by the Agency by Design working group at Harvard’s Project Zero. Throughout the book, the concept of maker empowerment is presented as an overarching goal of maker-based learning. The authors define maker empowerment as “A sensitivity to the designed dimensions of objects and systems, along with the inclination and capacity to shape one’s world through building, tinkering, re/designing, or hacking” (p. 98). In other words, students who are empowered as makers recognize the designed nature of our world, see objects and systems around them as malleable, and believe that they can act as Makers upon their world. This is exactly what I want for my learners and what I couldn’t articulate myself.

Clapp et al. argue that the necessary steppingstone to maker empowerment is developing a “sensitivity to design” and then offer a set of three capacities that help facilitate this sensitivity — looking closely, exploring complexities, and finding opportunities. Here’s a graphic from the Agency By Design website that explains each of these capacities.

Screen Shot 2018-08-17 at 1.37.35 PM

After encountering this framework and coupling it with Engineering Design ideas from the Next Generation Science Standards, my developmental progression almost wrote itself. I was able to clearly picture what I want a kindergartener to be able to do in terms of looking closely versus what I want a sixth grader to be able to accomplish in that domain. What excites me most is the way that these capacities offer opportunities for noticing growth — while “maker empowerment” or “sensitivity to design” feel dauntingly broad for someone who has to note student progress, these three, interrelated skills are things that I can clearly monitor as I capture and document student work.

Perhaps most significantly, finding a framework closely linked to my overarching goals for my STEM class will help me keep my focus more panoramic, rather than zoomed in on one project at a time — hopefully yielding alignment between my end goals for my students and the activities transpiring in our classroom each day.

As Julianne Wurm writes in Working the Reggio Way (2005): “It is not a question of right or wrong answers, but of determining what you really believe about children and education, and then making sure that all of the millions of decisions you make as you work with children reflect that vision to the best of your capacity” (p. 13).


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