Links mentioned in this episode:
- Rocky Mountain Arts and STEM Think Tank
Supporting Teachers with STEM and Arts Integration in the Classroom
**Listeners, take note: this is not a STEAM podcast series, but a series of episodes focused on STEM and the arts.
Today’s host Heather Francis, with co-host Tina McCulloch, introduces a series on STEM and the Arts. This podcast is important because teachers need practical, applicable examples of what STEM plus the arts or the arts plus STEM look like in the classroom. The experts and teachers in this and future episodes offer insight and experience to our listeners.
Dr. Heather Leary is today’s guest and is a professor in the Instructional Psychology and Technology department at Brigham Young University. This episode explores the distinctions of STEM and the arts, and discusses Dr. Leary’s collaborative STEM and arts project.
Tina is an elementary school teacher with 13 years of experience who integrates the arts into her classroom because the arts create connection, are part of her teaching persona, and help students “recognize the interconnectedness of our learning.”
Dr. Leary has a bachelor's degree in fine arts and began her career as a photographer. Over time, her STEM-focused personal and professional lives overlapped (doing research, working with classroom teachers, and doing professional development). STEM offers a powerful, systemic way to consider content, think about critical thinking and problem solving: STEM is a holistic and simultaneously fun, creative, and engaging approach to learning.
Definition of STEM + Arts — Reaching for Transdisciplinarity
Integrating STEM with the arts helps teachers move towards transdisciplinarity, or emphasizing the natural connections and overlap from arts into science, arts into math, and arts into technology.
Arts + STEM ←→ STEM + Arts
The relationship between STEM and the arts is symbiotic: the relationship goes both ways. Classroom teachers can integrate the arts into STEM-based content, and arts teachers can include science, math, engineering and technology into their lessons. Arts educators do just as much as STEM in art classrooms, and not in a superficial way, but in a powerful way—these connections show up in very deep, problem-solving ways, compelling teachers and students to think critically. The arts aren’t limited to just visual arts, but include all the art forms—theatre, music, dance, visual—and choosing an appropriate artform can support students as they work through problems.
As a dance math teacher, Heather Francis describes an example of a classroom application for using dance as a way to teach mathematical patterning to build the skill of mathematical visualization.
In practical terms, students’ math problem might be: given the length of a flagpole’s shadow, calculate the length of a flagpole. Students likely have difficulty understanding that a flagpole has a shadow. Teachers can choose the artforms of visual art and/or dance: students can draw a flagpole and include its shadow, and/or perform shadow dances. This practice of artform-based patterning translates into larger applications, when students have their own interesting problem due to their experience with an art process informing their mathematical learning and the math informing their creative expression.
Supporting Utah Elementary Teachers’ Implementation of SEEd
The SEEd standards are the new science standards for Utah elementary schools. The greatest influence in the classroom is the teacher, so effective professional development for teachers really spreads to the students. Dr. Leary describes how her research-practice collaboration with Provo teachers is influenced by the district’s emphasis on STEM education.
STEM + the arts are mutually inclusive. Together with Dr. Leary, the arts and classroom teachers are exploring and defining what SEEd-focused teaching looks like using STEM and the arts. They have identified the following needs
- Teachers need to understand the SEEd standards.
- Teachers need collaboration to create arts adaptations to SEEd-focused lesson plans.
- Teachers need continued support as they work to implement the STEM and arts lesson plans.
Teachers ask questions like these:
- How can I integrate this using _____art form?
- What are the standards I am responsible for?
- When do the SEEd standards overlap with the arts standards?
In order to build capacity for teachers and develop students’ skills and knowledge, Dr. Leary and the classroom and arts teachers collaborate to design and implement lesson plans, and collect data from these classrooms. This research-practice partnership is unique because it brings together teachers from different schools and different grade levels. Tina McCulloch works with Dr. Leary both as a classroom teacher and as a graduate student project manager, experiencing the project from both lenses.
Their project is a design-based research project. In design-based research, the practitioner and the researcher work together. The practitioner’s experience changes over time, and is used as a foundational place for theory development, resource creation, future research questions, and necessary shifts for application and practice. Considering the needs of classroom teachers is essential for a participant like Tina, who participates in this research as a practitioner (teacher) and researcher.
Lessons Learned from the STEM + Arts Research Practice Partnership
This research collaboration began in 2019, with Dr. Leary initiating conversations with three classroom teachers and one art teacher. These simple but powerful conversations, which offered these educators time and space to think deeply about the intersection of STEM and art, and what they could do, created an impetus for more collaboration.
Teacher & Arts Educator Collaboration is Key to Create Meaningful STEM + Arts Student Learning Experiences
Dr. Leary describes how teachers are really hungry to learn how they can do more transdisciplinary work. Teachers want to be able to teach in a very authentic, real-world, holistic way: when students walk out into their communities, they hear things, see things, and interact with things, and can start to form a larger, comprehensive perspective and picture of the world: “The world isn't just math, or just science, or just engineering, or just art or just technology, right? All of the disciplines are necessary for something to happen.”
This STEM + arts research work is designed to help teachers create that learning environment, that curiosity, that transdisciplinary approach to seeking information. STEM + the arts is a way to do that; it’s an iterative way to teach: learning by doing, making mistakes, creating a growth mindset with curious thinking and skills development.
Cross Grade-Level Communication About Arts and Science Matters
Elementary SEEd standards are designed so that third grade aligns with fifth grade; fourth grade aligns with sixth grade. Teachers from these aligned grades talk to each other with these questions in mind:
- As a sixth-grade teacher, what do fourth graders learn that I can expect to build on?
- What should students know by fifth grade?
- As a fifth-grade teacher, how can I support your work with third-grade students?
Cross grade-level communication is essential for building teacher collaboration and laying a foundation for efficient teaching and supporting student success in their inquiries.
District support also means that teachers who have never talked with their arts coach, or art educator, or the science educators, are now having productive and meaningful conversations and input about long-term planning and overall learning goals.
The Arts Help Create Meaning in Inquiry-Based Learning
A teacher in Provo District has a master's degree in STEM. At first, her approach to the new SEEd standards looked like this: “I know all about how to do the engineering process and how to have this phenomenon in my classroom.” Soon, she realized, “they [my students] need something more.” As a member of the STEM + arts research partnership, she understood that the ‘something more’ was the arts, but she had no idea how to implement the shift toward the arts. As she continued learning about arts integration, and because of the arts skills she learned because of her involvement with the partnership, she said, ““Now I can do a little bit more.”
When Tina came into her classroom, she said, “Look what my kids did!”
They had done some watercolor painting of clouds. She said, “Because you were willing to show me what wet-on-wet looks like, and how to put some dry brush in there, and then how to sponge some parts off, we have this wall where the kids can talk about their cloud formations and they refer to it all the time.”
The best part? The students want more. They are asking when the class will be doing the next arts-integrated activity. Because of this small success, this teacher has an intrinsically-motivated drive to learn more and invest more fully in deep learning through STEM + arts.
Together, Teachers Create Grassroots Momentum for Artful Learning
More on this idea of reciprocal symbiosis: Teachers are creating momentum by gaining new dispositions and realizing opportunities to access the full capacity of their school’s arts educator through artful conversations, opening the door to an arts-integrated curriculum: when classroom teachers get support from the art educator in their school, they work together to build a strong foundation of positive momentum for both other teachers and the art educator. These relationships and conversations are effective because they create multi-lateral momentum and movement: not just change from the top-down, but also—and more importantly—a bottom-up and multidirectional ribbon of change that creates sustainable longevity. Just like STEM + Arts ←→Arts + STEM, teachers + arts educator ←→ arts educator + teachers.
District Support is Essential for Sustainability and Building Teacher Capacity
In order to create longevity, support for the teachers, and grassroots change in pedagogical practice, Provo City School District had to be included: the district needed more effective ways of teaching STEM content (because of the updated SEEd standards), and teachers were starved for holistic ways to effectively teach to students’ curiosity. These related needs created an ideal environment for research and conversations among administrators and teachers about the how.
The district provides essential backbone support by assisting with dissemination—reaching a much broader audience than just three classroom teachers and one art teacher—which creates an added element of sustainability: a district-supported partnership system that facilitates teacher growth and student achievement. Because district resources and personnel are built into the infrastructure of the research project,
- teachers are more likely to collaborate with each other;
- teachers are getting support from peers and administrators; and
- teachers are more willing to try new strategies, practices, and take risks and get better and better at new arts + STEM skills
A few years into this process, progress is evident because teachers have tried new approaches and lesson plans, they are learning and growing, and ready to share their experiences with other teachers, creating change at a district level.
Benefits of STEM + Arts Research
This research partnership’s structure is unique because it covers both sides of the design-based research experience: the practitioner (teacher) side—what works in the classroom? How can we improve student learning and teacher practice by integrating STEM+Arts?; and, the research side—how is what teachers are experiencing useful for future design-based research projects? What can we change about the structure of these conversations to improve efficacy for teachers?
Tina emphasizes how an informal learning setting—like this podcast—is an opportunity for a teacher to listen to it in the car on the way to school and maybe become inspired; maybe hear something; maybe go to the show notes and think, “I am going to dip my toe in. I am going to be brave, and I'm going to try something new.” Our hope and passion is that STEM + Arts ←→Arts + STEM series allows teachers a little bit of freedom to innovate, because the intersections of STEM + Arts really
build critical-thinking, problem-solving, and collaboration skills. These are 21st century skills. We encourage other teachers to walk alongside us as we work to support students to be producers and creators.
Join the Rocky Mountain Arts + STEM Think Tank: Our STEM + Arts Learning Community
The collaboration between Dr. Leary and the teachers in Provo district is an open space: join the conversation now! The Rocky Mountain Arts + STEM Think Tank meets monthly, and is hoping to expand to include any teacher.
Goals for monthly conversations include:
- Tried-and-true classroom lesson plans/teaching techniques presented by teachers
- Question time/collaboration time
- Planning time/collaboration time
- Report back on trying something new in the classroom: refine, revisit, revise.
Reach out to Dr. Heather Leary ([email protected]) or Tina McCulloch ([email protected]) if you’re interested in joining the think tank!
Future episodes
Look forward to hearing from:
- Mr. Dance offers his experiences helping teachers integrate dance into science and mathematics.
- A classroom-teacher-turned-art-teacher integrates STEM into art and helps classroom teachers improve their art knowledge.
- A district arts coach shares ways he supports art educators to understand how classroom teachers are using SEEd standards
- Participants from the research partnership share how feelings and stories about this year’s STEM + Arts ←→ Arts + STEM journey.
Stay tuned for next time, and follow us on social media @everychildeveryart.
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Don’t forget to peruse the bank of lesson plans produced by the BYU ARTS Partnership in dance, drama, music, visual arts, media arts, and more. Search by grade level, art form, or subject area at www.education.byu.edu/arts/lessons.