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Transforming STEM Education from a Noun to a Verb: STEM in all Areas, Part Two

Welcome to the second of two articles as I relate the importance of making sure STEM is considered a verb. The first post involved the “why”, and this second post provides 15 ideas for the :how”. There are a lot of definitions in regards to STEM education usually in regards to the nouns including Science, Technology, Engineering, and Math.. As I reflect on my observation of STEM practice in my travels across the country I have become more convinced that STEM is a verb, and not just a set of nouns. In fact, STEM action is something all content areas can embrace as they engage students in authentic learning. 

I do hope you enjoyed that first post which I related the reasons “why” I believe that STEM must be considered a verb. I also included the necessary idea that STEM really is a part of all content areas. Please feel free to take a look if you missed it. Now that we understand the “why” it is important to look at the next steps that allow us to implement the “how” as we build a stem school culture. I suggest taking a look at these steps (ideas) and use them as you either build and/or vet your STEM culture of learning.  I hope you notice each one even starts with a verb. Perhaps that will help you as you complete an action plan. Please  feel free to share with others…  and enjoy your STEM journey!

  • Think of STEM as a verb, not a noun. What are the skills that make up that STEM-based occupation? It can be seen that these skills not only include the Four C’s, but also components of each C.
  • Create a clear vision and mission for STEM in the school or district. Make sure this definition is understood by everyone including those educators that may not think of themselves as STEM.
  • Incorporate STEM thinking into lessons in all content areas. This STEM thinking includes the ability to problem solve, authentically learn, think in critical ways, invent, produce, persevere, collaborate, empathize, and design.
  • Emphasize the skills that are needed in those future careers, not the career itself. While it is beneficial to learn about different careers, it is important to note that these will change and students may go through multiple careers. Many of the important skills will remain the same.
  • Integrate digital technology in STEM when appropriate, and it is able to amplify the standard. An example might be to teach with real protractors before using a digital protractor.
  • Incorporate PBL (Project Based Learning) and 5E lessons into  STEM instructional experiences.  These methods can provide the process for student ownership, engagement, and authenticity.
  • Look outside of the classroom to incorporate STEM as an authentic learning experience. Use the community, country, and world to allow students to contribute  while allowing them to see  real world connections to content and skills being taught.
  • Facilitate and assess (intentionally) not just content, but also the STEM (21st century and beyond) skills. Find, or build rubrics, that address the 21st-century skills which include the 4 C’s of Collaboration, Communication, Critical Thinking, and Creativity. Understand that each of these C;s includes indicators and subsets that can be assessed. An example might be that  empathy is a part of collaboration or active listening is part of communication.
  • Practice a STEM culture of learning… make sure that students are doing. This doing must include not only hands-on activities but also important metacognition. Students must not only do, but also think about what they are doing (which should be connected to the standards). Find ways to make this thinking visible. It is only when students do… and then think, that real learning takes place.
  • Step beyond STEM one time activities and making. Build a STEM culture that builds inquiry, is supported by authenticity, promotes rigor, and allows for student self-regulation and  ownership of learning. Always keep the necessary curricular standards and skills at the forefront of STEM.
  • Allow for student ownership while promoting real inquiry. Provide ways for students questions and inquiry, while intentionally building specific habits and literacy skills to find answers.
  • Promote a culture of focused and engaging rigor allowing for student to face hurdles and eventually achieve satisfaction and success.
  • Look outside your school day and find programs that students are excited about at home and after-school. Develop ways to bring these into the instructional day while mapping to curricular standards.
  • Amplify with digital devices when appropriate, plan first before purchasing STEM technology equipment, and embrace those non-technology items that allow students to make.
  • Allow for student voice and choice that align with both 21century skills and curricular standards in order to provide student engagement, inquiry, and purpose.

cross-posted at 21centuryedtech.wordpress.com

Michael Gorman oversees one-to-one laptop programs and digital professional development for Southwest Allen County Schools near Fort Wayne, Indiana. He is a consultant for Discovery Education, ISTE, My Big Campus, and November Learning and is on the National Faculty for The Buck Institute for Education. His awards include district Teacher of the Year, Indiana STEM Educator of the Year and Microsoft’s 365 Global Education Hero. Read more at 21centuryedtech.wordpress.com