STEM and cooperative learning strategies go hand-in-hand. If cooperative learning is the teaching method to engage students, teach collaboration, and help build social and communication skills, then STEM provides the actual activity.
Using STEM activities within a cooperative framework gets students excited to learn and helps build important skills that go beyond subject knowledge. It’s a match made in education heaven.
Without further ado, let's look at cooperative learning and how to use it in your classroom!
What is cooperative learning?
Cooperative learning lets students engage through interactive group projects.
They work together, building social skills in a collaborative environment where each member contributes to the learning process. Even the shyest student can find their voice within this particular learning strategy.
Some essential skills developed during cooperative learning include:
- Interdependence — where students see themselves as a member of a team and work toward helping that team succeed.
- Accountability — where students begin to understand the importance of their individual roles and contributions within a group.
- Participation — where students see the value of speaking up and being heard in a positive environment.
- Collective interaction — where students are able to problem solve together, without a teacher calling on them individually and speaking between. This uninterrupted time to think through a problem helps engage more students at a time.
Cooperative learning provides an easy opportunity for students to learn through face-to-face interaction and group projects.
Students experience taking on a specific role within a group, dealing with different personalities, and working together to complete a task. They gain a better understanding of accountability and how proper communication works wonders.
How cooperative learning contributes to equitable education
Students in this learning environment also serve as resources for each other. Students below grade level, or simply struggling with the subject matter, begin to learn from their peers, building confidence to participate because they better understand what they need to know.
What’s essential to make this work is creating student groups that maximize interaction. It’s about mixing up learning levels and academic prowess so those more hesitant to engage feel more compelled to do so.
Grouping students who are alike in learning levels or willingness to participate will create an imbalance in the groups and deny some students access to learning from and with their peers.
Why does cooperative learning enhance STEM understanding?
When students work in a collaborative environment, they’re focused on shared goals. This enables them to discover solutions that benefit everyone in the group.
Since STEM topics can get more complex as you go, providing a cooperative setting to parse them out and learn makes it easier for every student to reach more advanced learning goals.
By maximizing the learning capabilities of the entire group, the whole classroom comes away with more knowledge in both practical STEM subjects and in essential soft skills like problem-solving, communication, time management, and more.
Why collaboration is key to STEM
Using informal cooperative learning -- where students come together in a temporary group to achieve a goal – is an ideal way to collectively open the door to STEM.
Students more adept in these complex areas of learning inadvertently help others comprehend through the group dynamic. It helps students focus on what they need to know and actively engages them.
As important as it is for students to understand the practical uses for STEM subjects in everyday life — like learning about the drag coefficient by designing cars to get blown across the floor with a fan — being able to access them through a group dynamic develops skills upon skills which can aid students in many future endeavors, both academic and professional.
How do I set up a STEM activity to include cooperative learning?
Whether you’re teaching a lesson on science, technology, engineering, or math, all STEM activities can work within a cooperative learning framework if you have the right set-up. To do this, it’s best to begin with a group.
- Place students into groups of no less than four but no more than six.
- Provide group roles and allow the students to decide who will do what.
- Explain the instructions carefully and thoroughly. Focus on what the end result should be.
- Encourage students to provide each other with feedback throughout the activity.
- Provide positive comments and constructive feedback to students once the activity is complete.
For an extra learning bonus, you can incorporate real-world scenarios into your activity, giving students a chance to use some problem-based learning as well. This helps get their creative juices going even as they think through more technical problems.
Delivering STEM in a cooperative environment
Placing STEM-based learning in the right environment can really make a difference, but when it comes to cooperative learning strategies, there’s a lot of information out there.
For some help setting up your classroom, or even some inspiration for more short-term collaboration, STEMscopes cooperative learning white paper can help you create real-world experiences perfect for collaboration.