top of page
Search
  • Elizabeth Barrett-Zahn

Cross-curricular Integration (S&C Editor's Note)

Updated: Aug 4, 2020

What better way than through cross-curricular integration is there to help build context for learning, create authentic, meaningful classroom experiences, and save precious teaching time. The idea of combining content areas is not new to preschool and elementary educators. Often, in an attempt to create a learning space for science, teachers have relied on connecting to other subject areas to enhance or enrich science learning experiences.

Back in the day, thematic units organized learning around a central theme and creatively integrated all subject areas under one topic umbrella. My first experience as a science teacher was in this environment where every grade had its own real estate in the thematic unit landscape. The excitement around butterflies hatching, pumpkins growing, and life-sized rainforest representations taking over entire hallways created a palpable excitement within the school. So, what was the problem? To me, this became most evident, as I was told, as a student teacher, that I couldn’t bring butterfly larvae into a first-grade classroom because “third grade does butterflies.” Time and time again, teachers would summarize the classroom learning with these types of statements: “We do pumpkins.”, or “We learn everything about the rainforest.” These statements spoke volumes about what was missing: big ideas, critical underlying concepts, and yes; standards. Students weren’t learning about cycles of matter and energy transfers in an ecosystem, structure and

function of living organisms, or how traits are inherited; instead, their focus remained on isolated vocabulary, disconnected studies, and lock-step, prescriptive activities.


Today’s teachers who may be first learning about the Framework and NGSS are finding out that the emphasis is not on simple content vocabulary recall, following “cookbook” labs, or teaching through isolated, content-thin curricular modules; instead, the teaching and learning experiences are student-centered, student-directed, immersive, authentic, and connected to deep learning. Recognizing in my first readings of the Framework and early drafts of NGSS, this shift from “mile-wide, inch-deep” concept understandings to an emphasis on developing flexible, critical thinkers who are ready and able to solve problems was music to my ears; and had essentially been the most important missing element in this teaching and learning equation.


NGSS supports, cross-curricular integration in a variety of ways whether it’s the connections to and with language arts and math, or the overall focus on three-dimensional teaching and learning (DCI, SEP, CCC). The core ideas often blur former curricular silos of physical, life, and earth science. Students, even our youngest learners, are asked to solve real-world problems, create optimized solutions as they take on a role of responsibility in the path and direction of the investigations and outcomes.


We are now ready to resurrect the advantageous elements of the thematic unit, within the guidance of the Framework and NGSS so that teachers can develop integrated, authentic, purposeful classroom experiences. This month you will find features and columns that offer an abundance of suggested ideas for cross-curricular integration of learning for PreK-5 students. Learning to build meaningful, memorable anchor lessons grounded in essential big ideas in science and engineering with emphasis on engaging students in developmentally appropriate, yet challenging, learning experiences, can serve as the next iteration of the thematic unit model.

7 views0 comments

Recent Posts

See All

Commentaires


bottom of page