Cultivating a high-performing STEAM (Science, Technology, Engineering, Art, Math) classroom requires careful planning, organization, and intentionality. In this article, we explain the five key characteristics every successful STEAM classroom should have. We also discuss how to implement these characteristics in your STEAM instruction. Additionally, you’ll gain access to our exclusive downloadable High Performing STEAM Classroom Professional Development Kit!
A Guide to Creating a High Performing STEAM Classroom
From projects to curricula, to the adoption of STEAM makerspaces at schools, STEAM education has been gaining more and more popularity–and for good reason! The benefits of STEAM education are far-reaching both in the foundational content students master but also in the analytical skills they hone through project-based, collaborative learning.
Many teachers and administrators are starting to realize the importance of STEAM competency for students’ future in the workforce. In fact, research from the National Science Foundation (NSF) shows that in 2021, 32.6% of all Bachelor’s degrees (and an astounding 57% of Doctoral degrees) awarded in the U.S. fell under the Science and Engineering umbrella. In addition, the NSF reports that an increasing number of college degrees, including those related to health sciences/technologies–a field growing in popularity each year–require STEAM-related courses.
Some educators are ready to abandon their old curricula and go all-in on STEAM. Other educators still need a bit more convincing. Despite the possible hesitations, one thing is certainly clear: research shows time and time again that STEAM education has expansive benefits.
- STEAM lessons help students develop a multitude of real-world skills, including problem-solving, collaboration, critical thinking, and resilience
- STEAM skills are foundational building blocks for both academic and career success
- A STEAM-based education prepares students for the future by providing opportunities to develop 21st century skills, work as a team, and solve problems innovatively through project-based learning
Looking for a quickstart guide on how to cultivate a high-performing STEAM classroom at your school? Download our High Performing STEAM Classroom Professional Development Kit.
5 Characteristics Of A High Performing STEAM Classroom
As excited as you might be to implement a STEAM environment in your school, it’s important to make sure that you’re set up for success. A school-wide STEAM culture starts by making sure your classrooms cultivate five key attributes.
#1 Productive Struggle
Kids are often taught (incorrectly) that there’s only one right way to solve a problem. They may think that failure should be avoided at all costs. Many students also struggle with self-confidence when it comes to science and mathematics. They may see themselves as either “good at math” or not. This fixed mindset and a fear of failure keep students from taking risks and trying new and innovative ways to solve problems.
In a high-performing STEAM classroom, spush through challenges and learn from failures. By embracing the productive struggle that comes with STEAM projects, students overcome their challenges in creative and innovative ways.
Not sure how to develop students’ grit when it comes to powering through obstacles? Explore how students benefit from productive struggle in STEAM education in our blog article. Teach STEAM students that they can tackle tough challenges!
Plus, download and share the Making Failure Productive Tip Sheet with students so they can reference it when they experience challenges during STEAM.
#2 Relevance
As important as it might be to build students’ scientific vocabulary, by far the best way to increase student buy-in and retention is to start with what kids already know. Using students’ real-world experiences as jumping-off points for STEAM lessons makes the material relevant. A high performing STEAM classroom allows students to learn science, mathematics, and engineering concepts through hands-on experiences. When lessons feel relevant for students and they acquire knowledge as they complete projects, there is an increase in excitement, motivation, learning, and retention.
#3 Problem Solving
All robust STEAM lessons call for students to identify a real-world problem—or a design challenge. To solve the problem, students must then use creativity, innovation, and collaboration to come up with their own solutions. The rigorous analytical skills involved in this process prepares students for the type of problem-solving tasks they will face in both college and career.
As a fundamental cognitive process and vital 21st century skill, we here at TinkRworks know just how important problem-solving is. That’s why it’s the organizing-principle of every lesson we create. Through our project-based learning curriculum, students apply their analytical skills by testing possible solutions to real-world problems. Contextualizing our lessons in the real world and asking students to design solutions helps make learning engaging, meaningful, and memorable.
#4 Teamwork
Collaboration and teamwork are essential in every 21st-century career, whether you’re a physician, teacher, or engineer. A high-performing STEAM classroom allows students to develop these interpersonal skills through hands-on, collaborative exploration. Working in teams allows students to express ideas, negotiate, and discover multiple problem-solving methods.
TinkRworks’s project-based learning model gives students the opportunity to gain foundational STEAM knowledge, strengthen their problem-solving muscles, develop their social-emotional competence, and build their teamwork skills all while solving problems that actually matter to them.
Want to improve how you assess teamwork in your STEAM classroom? Check out our article on “How to Effectively Assess Teamwork During STEM Project and STEAM“. Enhance student collaboration with our free STEAM Teamwork Rubric, perfect for guiding your next project. Read the full article here and download the rubric here to ensure productive teamwork.
#5 Rigor
One element that differentiates STEAM lessons from others and produces such incredible results is the level of rigor. Research shows that a truly rigorous curriculum–one that leads to significant learning gains and increased overall academic achievement–combines three equally crucial elements:
- A strong conceptual understanding of the lesson content
- Procedural skill and fluency
- Opportunities to apply the scientific method to solve problems
At TinkRworks, all of our lessons are designed around these three core standards of rigor. We believe that persevering through rigorous lessons is the key to every child learning STEAM competency. TinkRworks’s projects not only task students with applying the scientific method to solve problems and teach them procedural skill and fluency, but they also reinforce core content knowledge in the fields of ELA, art, coding, math, design, science, engineering, and data analysis.
Resources To Help Educators Cultivate a High Performing STEAM Classroom
Here at TinkRworks, we want to put resources in the hands of teachers and help create STEAM-centered classrooms all around the world. With that in mind, we want to share with you two of our latest, greatest, and favorite STEAM downloads.
5 Characteristics of High Performing STEAM Planner
One of the hardest parts of designing and implementing a STEAM curriculum in your classroom is knowing where to start. With our 5 Characteristics of a High Performing STEAM Project Planner, we’ve broken down the five key elements of a successful STEAM lesson to help educators come up with an action plan for cultivating each attribute. Teachers can use the planner to design their own STEAM lesson or revise a current lesson based on the five characteristics. With this planner, educators will ensure that each and every STEAM lesson they teach has all the elements it needs to be rigorous, meaningful, and effective.
5 Characteristics of High Performing STEAM Survey
Reflecting on your own classroom practice can oftentimes feel overwhelming. Maybe you’d like to cultivate a high performing STEAM environment in your classroom (or maybe you’ve already tried), but you’re not getting the results you’d like. Take some time to reflect on how conducive your classroom and students are to a STEAM-centered mindset by using our 5 Characteristics of a High Performing STEAM Project Survey. Teachers will get a better understanding of how to create a better STEAM environment by rating their students’ abilities in five key areas crucial to any rigorous STEAM classroom. After rating, teachers take some time to reflect on how they can improve their practice to cultivate the best, most effective STEAM classroom possible.
In Summary
There’s no doubt about it: a high performing STEAM classroom produces incredible results in intellectual skills, social-emotional competency, core content knowledge, and the list goes on! But setting up an effective, rigorous STEAM classroom takes some effort and intentional planning on the part of both teachers and administrators. Cultivate a strong STEAM environment in your classroom or school by making sure it has 5 key elements: productive struggle, relevance, problem solving, teamwork, and rigor. Learn more about these five characteristics and how to ensure they’re present in your STEAM classroom/school today by downloading our High Performing STEAM Classroom Professional Development Kit.
