A flexible path toward mastery that provides structured support for students at all levels.
ROBERTA LENGER KANG
Instructional Design Specialist
When I was growing up, my high school Social Studies teacher had a poster hanging on the wall that read, “If you think you can, or you think you can’t, you’re right.” The message was clear, even to teenagers -- the power to succeed or to reach a new goal is often inside of each of us. As educators, we know that our students’ mindsets play a major role in how hard they try, how much confidence they develop, and how committed they are to reaching their goals. But confidence alone doesn’t get them to a point of mastery. And desire alone won’t develop their skills, or increase their knowledge base, or level up their accuracy or precision. For those changes, our students need structured support!
This structured support often comes in the form of scaffolding. Like the large platforms that help construction workers reach the tall exterior of a building, scaffolding student learning creates platforms of support as teachers incorporate challenging texts, complex tasks, and abstract ideas into their instruction. Scaffolding is critical when holding high expectations and implementing a rigorous curriculum — but scaffolding alone doesn’t develop independent learners. Sometimes, scaffolding can become a crutch that teachers and students use, turning a support into a shackle. As educators, we often spend a lot of our planning time thinking about how to build scaffolds to break learning down into manageable components, but we can’t stop there. We must also consider the ways we gradually release scaffolding so that students can internalize and transfer their knowledge and skills to new tasks and topics.
A path toward mastery
Our Progressive Scaffolding Framework outlines a path for educators to consider when setting high expectations for students, helping them find that balance between necessary supports and structured enabling. Building on the ideas of Zone of Proximal Development and apprenticeship theories, the framework outlines a path toward mastery in four stages:
Stage 1: I do, you watch
When introducing new content or skills, we begin with the I do, you watch stage. We initiate this by introducing new concepts alongside prior knowledge, real world examples, or previous units of study. Our goal is to map new information onto our students’ activated schemas so that the new content or skills are contextualized and relevant.
At this stage of instruction, we can prepare and provide a model of the task, using a Think Aloud mini-lesson where we walk our students through an internal thinking process that illustrates how we navigate the task and make decisions. Alternatively, we can outline the explicit steps to complete the task, or provide a roundup of the important information students need to know before diving in.
The I do, you watch process can be presented to students working individually or in small groups. It’s important to remember that even at this stage, students shouldn’t be sitting silently. We always want students actively engaged, so we might add a note taking component, a reflection task, a meta-cognitive class discussion, or an element of inquiry so that students remain intellectually engaged in the process.
Stage 2: I do, you help
After laying the groundwork for the task in stage 1, we can move into stage 2, where students begin working with the content and task materials with support. Working in small groups, students might replicate the model with new information, restate or reword the essential steps in their own words, or engage in a small group discussion or group practice as a way to begin experimenting with and internalizing the skills.
Stage 3: You do, I help
In stage 3, the content and skills should be familiar to students after their initial explorations, and they should be ready to continue in pairs or small groups with more independence. Students are still in the development phase of their learning, so they may need additional support and will benefit from frequent check-ins, and suggested strategies — but here’s where we want to avoid returning to stage 1 supports. We’re looking for students to be engaged in a productive struggle.
Students may benefit from suggestions of “fix up” strategies or options for what to do if they get stuck. At this stage, we want to push students beyond replicating the model or the example by having them practice the skill or apply content with a new format, a new context, or by making connections to other topics within the discipline or beyond.
This is also a great stage to ask students to use one another as resources. While working in pairs and small groups is an excellent way to support students at their level and create opportunities for growth through collaboration, we want to ensure a high level of individual accountability so that some students don’t take on the burden for the group while others opt out of the learning process.
Stage 4: You do, I watch
In stage 4, students have been exposed to new content and skills, they’ve practiced working on a task informally with support, and they’ve begun making connections with other content information or demonstrating their learning through class activities and tasks. At this stage, it’s important to begin removing any unnecessary scaffolds to see what students can do independently.
In the You do, I watch phase, we recommend providing a short review of the process and previous work done up to this point in the learning experience. After the review, we can be clear with students that they’re ready to try it out on their own. Provide a clear task and an adequate amount of time to complete the task (3-4 times as long as it would take you to do it).
Students who are able to take on this challenge and demonstrate their skills individually prove that they’re meeting the expectations of the task and are ready to move forward to the next knowledge block or skill sets. Students who struggle at this stage help us to understand where and why they’re struggling, so that we can return to Stage 3 to provide targeted support.
How long does this take?
Like an accordion, this process can be expanded or compressed to meet the needs of your grade level and subject area. We might be able to move through the four stages within a single lesson, or it may be an expanded process that is organized across a week’s worth of lesson plans. Consider these two examples:
45-minute Lesson Plan Structure
5 minutes | Opening warm up: Inquiry question
10 minutes | I do, you watch: Mini-lesson modeling
10 minutes | I do, you help: Stop and jot, turn and talk reflection on the model
15 minutes | You do, I help: Small group practice
5 minutes | You do, I watch: Closing summary formative assessment
Week-long Lesson Structure
Monday | I do, you watch: Introduction, modeling, and reflection
Tuesday | I do, you help: Small group discussion and practice
Wednesday | You do, I help: Small group practice and connections, part 1
Thursday | You do, I help: Small group practice and connections, part 2
Friday | You do, I watch: Independent practice and formative assessment
The process of instruction and assessment is complex, especially when we’re trying to use data to inform instruction and support students who’ve struggled in the past. We want to be mindful to keep forward momentum toward rigorous learning goals while developing a clear path forward for students who begin at every level.
Principal Candace Hugee weighs in on the power of quantitative and qualitative data.
CRSP & Adult Learning Specialist
In my experiences as a classroom teacher, district level administrator, and as a professional development coach, I constantly struggle with the negative connotation often assigned to data. This is especially true in cases where educators see the term "data-driven instruction" as being synonymous with high-stakes testing. As my colleague G. Faith Little notes in Understanding Data: How Does It All Add Up?, data is not just a tool for evaluation — it’s a source of information.
The meaning of data
There are several major components of data-driven instruction. Understanding not only what they are, but what they mean is important when considering data points and the intended outcome of improving instruction.
A principal's perspective
with Candace Hugee
In Data-Driven Instruction, authors Ben Fenton and Mark Murphy note that “in this era of increased accountability, nearly every principal has begun using data to help drive instructional practices. Principals in the most rapidly improving schools almost always cite data-driven instruction as one of the most important practices contributing to their success. But what exactly does data-driven instruction mean to them, and how do they achieve it?”
I decided to take that question and others to Candage Hugee, Principal at the Urban Assembly School for Collaborative Healthcare. We have been working together for nearly three years, and I have found her experiences and application of data for her school to be most instructive.
Current studies indicate that educators in schools with data-focused programs think using data improves their instruction significantly. Very often, these schools have a tendency to gather various forms of data, because they recognize that all forms of data are valuable information. The more information we have, the more informed our decisions can be, and the better our instruction will be for our students.
Observe, infer, and take action on a problem of practice using three simple prompts.
CRSP & Adult Learning Specialist
What are we noticing? So, what does it mean for teaching and learning? Now what should happen next? These are some of the questions posed by one of our favorite resources — What, So What, Now What — which leans on our core values of critical reflection and cycles of inquiry.
Developed by Gene Thompson-Grove in 2004 and revised 2012, this protocol allows you to do several things at once: gather information, analyze and interpret a problem of practice, and envision next steps for your work. This is a versatile protocol that can be modified to support teachers, leaders, and even students as they work to understand curricular content.
Jumpstart your reflection
What, So What, Now What can help you to evaluate a recent experience, untangle a problem of practice, or inspect quantitative or qualitative data. After observing and analyzing what you already know, you can then work toward identifying the next steps for your practice.
This resource works in three phases:
Understanding the event (What?)
Making sense of the facts and implications (So what?)
Identifying a course of action or new solutions (Now what?)
Engage students in inquiry
From here, the class can begin to share highlights from their charts, and begin to draw conclusions about the lesson.
What, So What, Now What is a highly adaptable tool that can promote curiosity, reflection, and accountability. Its flexibility allows for application with all members within a school community, and we encourage you to adapt it to best meet your needs.
How are you using this resource? Let us know in the comments!
In this episode
Data provides a blueprint for what our students know, what our students need, and what our students bring to the classroom. Data allows teachers to provide instruction that ensures their students are learning necessary skills, and it allows school leaders to better understand and support the teachers in their community. How can we support educators at all levels in understanding and applying data in ways that enhance student success?
What is one thing we learned about data collection during the pandemic that should continue into the future?
In this episode
The word “data” can be a trigger for many educators. However, data that tracks student engagement and academic progress gives us a picture of what’s happening, so we can create what’s possible. We're joined in this episode by educators from Crosstown High School, a project-based learning school in Memphis, Tennessee, for a look at a non-traditional approach to collecting and understanding student data.
What is a common misconception about the use of data in project-based learning schools that you wish more people understood?