Skip to main content

How Do We Embed Process Skills in Everyday Teaching?

The answer is simple: be deliberate.

We can't teach every skill, in every content, in every lesson, every single time. But, we can plan ahead to ensure that we are providing instruction, formative assessments, and feedback on those skills in our day to day interactions with students.

Collaboration is a great example, since many schools highlight this particular skill as crucial. Oftentimes though the emphasis is simply on allowing students to do group work. How does that look different in 9th grade vs. 12th grade? Is there a progression of how students demonstrate their ability to work in a group? Or to resolve conflict? Or to hold themselves and each other accountable? Just putting them in groups, or letting them choose their own, is not an effective instructional strategy and it doesn't provide feedback or allow for self-reflection. In short, it doesn't explicitly teach collaboration, nor does it provide growth opportunities over time.

So we have 2 challenges:

1. Align vertical progression of skills
2. Decide how they are taught and assessed along the way.

Here is an example of what that looks like for collaboration focus at each grade level at STEM.

9th Grade - Divserity
10th Grade - Accountability
11th Grade - Time management
12th Grade - Networking

At each of those 4 grade levels we also break it down further to determine which activities match that focus area and work on a quarterly progression of modeling the lesson for students, guiding them in applying it, monitoring their success in using it, and releasing them to practice independently. Fo us, PBL's fit this model nicely. So for instance, in 10th grade where the collaboration focus is on holding self and others accountable, teachers participate in helping the students write group contracts. Initially they are members of the group itself, gradually working to remove themselves from the group and allowing students to report out as group leaders and enforce the contracts on their own.

Likewise, the other focus areas at each grade level are explicitly taught/modeled, students are guided in the acquisition process, and monitored before being expected to utilize the skill independently. At the end of 4 years, what you see is that students have progressed throughout the year, and throughout high school, in their understanding of and use of collaboration skills.

It does take effort to create and embed these systems of skill building, but with countless schools recognizing the value of skills based education, we need to implement programs of learning that actually teach them. We as teachers evaluated our 3 focus areas: collaboration, critical thinking, innovation, and came up with the following focus areas for all three at each grade level.



Collaboration
Critical Thinking
Innovation
9
Diversity
Ownership
Originality
10
Accountability
Evaluation
Failure redefined
11
Time management
Prototyping
Desirability
12
Networking
Expert knowledge
Invent


Each one of those grid cells is also attached to a quarterly progression just like in the example above. For further info and a handy reference, check here for a full list of the activities and lessons that teach those skills explicitly, provide feedback, and informally assess whether students are learning them in order to provide additional support as needed.

The truth is, it did require some effort and planning time, and modifications along the way, but ultimately there was high buy-in because we as teachers analyzed what we were already doing, what our students needed, and how to approach embedding it in meaningful ways. It isn't "another thing" we do on top of high quality instruction...it's part of HOW we provide high quality instruction, that we believe our students truly need in order to be successful. What do YOUR students need to be successful? Communication skills? Problem solving skills? Empathy? How can you create a system of teaching them in your classroom? What do you and your teams need to be able to teach them? Start with the simple grid structure above and work from there! Or email me, I am happy to help. brockelbank_b@hcde.org.


Comments

Popular posts from this blog

When Time Is the Variable and Learning Is the Constant

It is time to rethink time, in schools in particular. So many uses of time are ingrained in our educational traditions that we seldom question their validity or purpose. We start at the same times even when report after report demonstrates it is not best for our kids. We require a certain length of seat time, in a day, and in a school year, even when it takes many students shorter or longer than that to learn. We assign (or are assigned by higher authorities) testing windows that take away from instructional time, and often cause high stress levels in students, despite serving no learning purpose. (We can argue about whether they serve other purposes another time, no pun intended.) So let's break some of these down. Many people incorrectly assume the reason for summer breaks is based on farming, check here for an explanation from PBS about the more accurate origins of that decision. Part of the issue was the lack of air conditioning in cities and affluent families leaving those ...

Transparency

For educators, transparency can mean telling students what material will be covered on a test, or telling them when you have made a mistake. It can mean the difference between building relationships or alienation. What if it also meant telling them WHY you were using a particular technique, or what the PURPOSE of a set of lessons was? Some teachers do this well, some without even understanding why or when they are doing it, and others consciously make an effort to help students make connections - they are studying personal finance because they will be in charge of their finances for example. In STEM education, we often hear teachers explaining that why we focus on those areas is connected to the future job market, which is true, careers in STEM fields are booming. At STEM School, we are also transparent in explaining why we focus on collaboration, critical thinking, and innovation. These skills will not only help them in any career field, but they will also help them in college, in the...

How Do You Make STEM Work in Your Building?

I've touched on this in previous posts, but a lot of people ask questions about HOW to implement what we do at STEM in their own settings. The struggle is often an offshoot of a "yeah, but" statement. "Yeah, it's awesome your upperclassmen have individualized schedules, but we can't replicate that with our block schedule." "Yeah it's great that your students are dual-enrolled, but we aren't located on a college campus." "Yeah, PBL is great but our teachers are too busy writing and posting clear learning targets."  Those concerns are valid...to a degree. Not everyone has access to those options, or a FabLab, or maker spaces, or drones, or robotics teams. That is ok. Those are the bells and whistles, they are HOW we do what we do, not WHAT we do. Instead of a "yeah, but" try a "Yes! How?" The short answer is, match the purpose, not the products . Then embed it in something you already do. This reminds me...