How Do We Integrate STEM Across Subjects?

A MiddleWeb Blog

stem_design_logowbMany schools are attempting to fit all subjects under the STEM umbrella. Can that happen while still holding true to the original purpose of STEM – ratcheting up the rigor and learning in science, math, and technology by using engineering to apply content and solve real world problems?

Can other subjects really tackle STEM with fidelity? At first I had my doubts. Take history as an example. When I heard the suggestion, “Let’s teach STEM through history,” I asked myself how that could even work.

Then I recalled my fascination with James Burke’s book, Connections. In it Burke points out how developments in science, technologies, engineering, and mathematics have driven events and culture throughout history.

So what if we teach history through the lens of inventions and technologies? Well, it’s certainly a good start, but is it enough to qualify as teaching STEM? A report from the 2014 AHA meeting proposes that professors emphasize how history complements and enhances STEM education.

That’s a great idea, but not a way to actually integrate history and STEM. (Note: the actual intent of the AHA article is to show the value of history to STEM students, not to integrate the two subjects. I mention it because of the occasional mindset that simply mentioning something about STEM in another subject is tantamount to “integrating” the two subjects.)

Let’s recall national STEM guidelines

Take a look at some recommended guidelines for STEM education:

  • Addresses a real-world problem
  • Is driven by an engineering design process
  • Incorporates science and math
  • Involves students in teamwork
  • Allows multiple approaches and different possible solutions for a problem
  • Uses an inquiry-based teaching and learning approach
  • Involves innovation, entrepreneurship, and creativity
  • Includes the construction of a process or prototype.

These guidelines may cause teachers who work in other subject areas to do a double-take and wonder if they must include all of that in their versions of STEM lessons. To answer that question, I turned to STEM Specialist Judy Duke who works with Whole School STEM Reform, an initiative of the Mobile Area Education Foundation (MAEF).

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A schoolwide STEM perspective

STEM education is a crucial approach for fostering rigorous and engaging teaching in the 21st century. This MAEF reform initiative focuses on helping schools develop a STEM plan to shift instructional practices across the whole school and create a powerful and effective learning culture – a “big tent” where STEM is naturally integrated into the curriculum.

According to Judy Duke, one way of “doing STEM” in history (and social studies) is to look at the problems that “engineers” have solved over the course of time. STEM is not something new; throughout history engineers (or their early equivalents) developed technologies to solve problems.

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For example, ancient Egyptians faced the challenge of building tombs for the pharaohs and their queens. They came up with the pyramid as a design to solve the problem. History teachers might help students think of the pyramids as a solution to a problem and then go deeper by asking students:

  • What were the engineering feats that had to be tackled to build a pyramid? (Some challenges that Egyptians would have faced in building that pyramid include calculating the dimensions; transporting 2.3 million blocks of stone averaging about 2.5 tons each, then assembling these into a pyramid; designing the interior layers of the pyramid; protecting the burial chambers; and so on.)
  • How would you (students) have approached solving these problems had you been alive then? (Let kids work in teams to design a solution for one of the problems they identified, and then build prototypes of their designs. Their social studies fair displays might showcase their solutions.)

If you’re interested in that kind of STEM approach, a couple of resources might help you. TeachEngineering developed a curricular unit that engages students in a pyramid-building experience that parallels the modern-day engineering design and construction process. You might use that as a basis for creating an engaging, hands-on unit while building in the cultural content.

Idea: Collaborate with science and math teachers and ask them to teach the “physics of simple machines” content. That approach would turn this into a truly integrated STEM unit. (Science and math teachers: this activity correlates nicely with both the NGSS and the CCSS.)

tdk-pyramids

Another resource, Use STEM as Your Time Machine for History, also generates useful ideas for integrating STEM and history. (I especially like suggestions 2 – 5.)  Get Caught Engineering guest bloggers, the authors of this article, suggest a number of challenges kids could tackle that require them to work together, solve problems, be innovative, and persevere. (The bloggers aimed at primary school, but you’ll see the carry-overs!)

All told, this particular approach to teaching history does meet most STEM guidelines and could generate interest, student engagement, and learning.

The primary question

Judy Duke (L) with MS science teachers Rhonda Cookson and Rebecca Brower.

Judy Duke (L) with MS science teachers Rhonda Cookson and Rebecca Brower.

Just as STEM and history could be integrated, Judy Duke sees STEM as a systematic, schoolwide approach to problem solving in all subject areas. Regardless of the subject area she would advise: “Start by asking, What problems need to be solved?

This question works to start the STEM process and to help kids see the role that engineering plays in every aspect of their lives. Using an engineering design process, all teachers would build on students’ curiosity and help them learn to ask really good questions. In every subject, kids would understand and practice the thought processes behind systematic problem-solving.

Connecting STEM & ethics education

One overarching STEM need that all teachers can directly address involves helping kids to analyze the human impact of the technologies we humans invent. (Technology is anything created and used by humans to meet a need or want.)

VA Tech students helped study lead pollution in Flint Michigan pipes.

VA Tech students helped study lead pollution in Flint, MI pipes.

Our ability to create, invent, and innovate often outstrips our ability to manage those technologies appropriately.  Teaching ethics in STEM is essential!

The study of history is ideal for revealing beneficial and harmful social impacts of past technologies. Current technology creation and use also offers opportunities for analysis. Consider the positive and negative aspects of cell phones as an example. Schoolwide STEM can provide teachers with recurring opportunities to help students form ethical frameworks for decision-making.

And now . . .

As I mentioned at the beginning, I’ve had my doubts about whether other subject areas were appropriate venues for teaching STEM with fidelity. (Look back at the guidelines I mentioned above.) Judy Duke has no such reservations. She says yes, schoolwide STEM can work!

STEMbyDesign-cvr-Amz-180For the Mobile Area Education Foundation, STEM education goes beyond a change in instructional practice for just math and science students. MAEF believes that schoolwide STEM instructional practices, done correctly, can bring about that rigorous and engaging teaching needed to prepare all of our students for the 21st Century.

And me? If it’s driven by an engineering approach, I just may be a believer in schoolwide STEM. What about you?

Anne Jolly

Anne Jolly began her career as a lab scientist, caught the science teaching bug and was recognized as an Alabama Teacher of the Year during her years as a middle grades science teacher in Mobile, AL. From 2007-2014 Anne was part of an NSF-funded team that developed middle grades STEM curriculum modules and teacher professional development materials for the Mobile Area Education Foundation's Engaging Youth through Engineering (EYE) initiative. Anne has also teamed with science and math teachers to help them develop and implement their own STEM curriculum. Her book STEM By Design: Strategies & Activities for Grades 4-8 was published by Routledge/MiddleWeb in July 2016.

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