It’s easy to remember the highlight reels of the project-based approach I used when I taught eighth grade. I think about the moment we finished our second mural and my students were so excited they started spontaneously cheering or the moment students asked thoughtful questions to our guests during the immigration documentary or the way students continued to surprise me with their blogging projects year after year or the creativity in their STEM-related engineering projects.
But for all the highlights, there are also a string of failures. I’ve made a ton of mistakes in my PBL journey. Big mistakes. Epic mistakes. I designed project-based units that were cringe-worthy; where I had to stop after a few lessons and say, “This was a bad idea. I tried something and it failed. We’re going to change this up a bit.”
One such project was the Great Linear Equation Debacle of 2011. As an eighth grade self-contained teacher, I wanted to prove that our math block could be fully project-based. After a successful statistics project, I decided we would do a “Linear Equations in Real Life” project. I challenged students to find real examples of linear equations and interview experts who used this skill in their daily life.
Students couldn’t find enough real examples, much less, experts they could interview. The project felt forced and the end goal was something they didn’t find relevant. To make matters worse, students struggled to determine linear functions while looking at a graph or to solve a linear equation using an algorithm. At first, I blamed my students. I viewed their disengagement as laziness rather than confusion. However, after four days of a failing project, I realized it was a design problem. On a fundamental level, those standards didn’t fit in with a project-based approach.
In my drive for authenticity, I had created pseudo-context. In my rejection of cookie cutter learning, I had turned the PBL process into something cookie cutter. At that point, we regrouped and focused on a problem-based approach with more scaffolding and some time for guided practice. We did 3-step math problems and more authentic word problems rooted in real-world experiences.
It was a hard lesson in how to align the content standards you have to teach with the project-based learning that leads to student voice and choice.
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When the Standards Don’t Align to PBL
There are certain standards that simply don’t fit well within a PBL framework. It’s not that these standards are less authentic or real-world. It’s just that they lend themselves better to other frameworks. In general, these are the standards that:
- improve with repetition and daily practice
- focus on discreet, measurable skills
- require significant direct instruction and guided practice
- tend to be individual endeavors
In language arts, these standards might include reading fluency, blending, and phonics work. In math, this might involve math facts and basic computational understanding. In social studies, this could involve discreet skills in studying maps. In art, PE, and music, these are often skill-based performance standards that simply require daily practice.
As a teacher in a PBL unit, you can integrate some of the skills practice into a larger project. For example, you might do a goal-setting and video project in PE that integrates performance standards or you might integrate map skills work into a larger PBL unit on World War II (a more topic-driven PBL unit). Other times, you might take 5 minutes out of a class period and simply practice a more repetitive standard. For example, in a language arts class, students might do blogging projects but take 5-10 minutes to do a daily fluency activity. The key idea here is to recognize which standards don’t fit well within a PBL unit and instead require drill, practice, or repetition. However, often our standard do fit well within a PBL framework.
How to Align Standards to Projects
People often debate about whether we should be process-driven or product-driven in project-based learning. But I think there’s a third option. We can be learning-driven. In other words, we should start with the question, “What do we want students to learn?” and let that drive the process and the product.
At times, this looks very product-focused. Ask a student in the midst of a NaNoWriMo project (where they create a novel in a month) and they are focusing on that end result of a finished novel. True, the process is important but they might just deviate from it a bit. By contrast, a student in a design thinking project might begin with empathy toward a group and only later, after working through the process, hit a place of ideation and prototyping. But regardless, you as a teacher, will be focused on what they are learning through this journey.
PBL is not a license to ditch the standards or take a break from real learning. It’s not the same thing as a pizza party or Field Day. As educators, we need to make sure our projects lead students to a place where they can master the standards. But how do we actually accomplish this?
How do you do PBL when you have a ton of standards to teach?
Whenever I mention Geek Out Projects or Genius Hour, people ask, “How do you get away with teaching whatever topics you want? Don’t you have a ton of standards you need to teach?” People assume we have added an additional project to an already packed plate. But that’s not how it works. We aren’t adding anything. We’re re-arranging the plate in a way that honors student voice and choice.
The key is to tap into content-neutral standards. For example, in our Geek Out Blogs, my middle school students had to make sure that their blogs included persuasive and explanatory texts. Here are the two main standards we used.
- CCSS.ELA-LITERACY.W.8.1: Write arguments to support claims with clear reasons and relevant evidence
- CCSS.ELA-LITERACY.W.8.2: Write informative/explanatory texts to examine a topic and convey ideas, concepts, and information through the selection, organization, and analysis of relevant content.
Students also engaged in research:
- CCSS.ELA-LITERACY.W.8.7: Conduct short research projects to answer a question (including a self-generated question), drawing on several sources and generating additional related, focused questions that allow for multiple avenues of exploration.
- CCSS.ELA-LITERACY.W.8.8: Gather relevant information from multiple print and digital sources, using search terms effectively; assess the credibility and accuracy of each source; and quote or paraphrase the data and conclusions of others while avoiding plagiarism and following a standard format for citation.
- CCSS.ELA-LITERACY.W.8.9: Draw evidence from literary or informational texts to support analysis, reflection, and research.
They moved through the entire writing process:
- CCSS.ELA-LITERACY.W.8.4: Produce clear and coherent writing in which the development, organization, and style are appropriate to task, purpose, and audience. (Grade-specific expectations for writing types are defined in standards 1-3 above.)
- CCSS.ELA-LITERACY.W.8.5: With some guidance and support from peers and adults, develop and strengthen writing as needed by planning, revising, editing, rewriting, or trying a new approach, focusing on how well purpose and audience have been addressed. (Editing for conventions should demonstrate command of Language standards 1-3 up to and including grade 8 here.)
They also published their work to the world, both in writing shorter and longer posts:
- CCSS.ELA-LITERACY.W.8.6: Use technology, including the Internet, to produce and publish writing and present the relationships between information and ideas efficiently as well as to interact and collaborate with others.
- CCSS.ELA-LITERACY.W.8.10: Write routinely over extended time frames (time for research, reflection, and revision) and shorter time frames (a single sitting or a day or two) for a range of discipline-specific tasks, purposes, and audiences.
This project included nearly every single Common Core Writing Standard in the first few weeks of school. Notice, also, how none of those standards mention specific topics. These were all topic-neutral standards, which meant students could choose skateboarding or fashion or history or video games and they’re still learning the same standards. As long as they were practicing discreet skills in reading and writing, they could choose their own topics. This was an interest-driven approach to PBL.
Our Tiny House Projects, by contrast, required students to master specific conceptual standards with the freedom to use multiple modalities. We combined volume, surface area, and proportional reasoning with standards around budgeting and finance. This was a problem-driven approach with a tight focus on specific concepts.
A little nuance here. Even in a project-based learning unit, you might still need to teach some specific skills through direct instruction. I still had to demonstrate how to find the volume and surface area. We also practiced using proportional reasoning to solve spatial problems all around our school. However, I integrated direct instruction and skill practice into the project rather than taking a “teach first, project second” approach.
Students began this project with a specific challenge:
So, instead of working on an open-ended project, students engaged in a challenge-based project, where they had to design a product within tight parameters.
Connecting the Standards to the PBL Framework
Notice in the previous two examples how the types of standards required two vastly different approaches to project-based learning. That’s not a bad thing. There isn’t one single, perfect PBL approach. Sometimes, the best option is an open-ended topical project. Other times, it’s more inquiry-based. Still other times, you might choose an empathy-driven design thinking framework.
Check out the following table to see the connection between the types of standards you teach and the corresponding PBL approach.
|Model||Flexibility of Standards||The Standards-Model Fit|
|Inquiry-Driven||Flexible Content Standards with Specific Skill Standards||The standards must allow for students to ask their own questions and find their own answers.|
|Interest-Driven||Content-Neutral Standards with Specific Skill Standards||The standards must allow students to pursue their own interests.|
|Product-Driven||Varying Flexibility on Content Standards with Specific Skill Standards||The standards must fit within the idea of designing a tangible product.|
|Problem-Driven||Specific Content Standards (with a Focus on Concept Attainment) with Flexible Skill Standards||The standards must allow students to engage in problem-solving.|
|Empathy-Driven||Varying Flexibility on Content Standards and Skill Standards||The standards must connect to creative design and empathy with an authentic audience|
Note that sometimes you will use a hybrid approach. For example, I have combined elements of inquiry-based learning when I had students do interest-driven PBL. Many of our design thinking projects also had elements of problem-based PBL. And every single PBL approach had elements of product-driven PBL. So, there is always going to be some overlap between the models. However, the key idea here is the word driven. What is the key driver in the project your students are working on?
Inquiry-driven PBL begins with a state of curiosity and wonder. It might be as simple as the sentence stem “I wonder why _________” or “I wonder how _________.” Students then have the opportunity to research, ideate, and create. However, it might also begin with an observation of a natural phenomenon. I recently wrote about biomimicry, and the way engineers often study nature for inspiration in their designs. It’s why geckos are the future of spacecraft and why birds solved the problem of noisy trains.
With the inquiry-driven PBL approach, you can have open-ended topics or you can have a specific concept-related topic and ask students to pursue their own questions within those parameters.
If you’re interested in an inquiry-driven PBL project, you might want to check out the Wonder Day or Wonder Week Project. These two projects walk students through the inquiry process, allowing them to answer their own questions and share their insights with an audience.
Check out the following sketch video you can share with your students. You can also download the Wonder Day Project Here.
Another approach is the interest-driven PBL process. I alluded to the Geek Out blogs earlier. But another option is Genius Hour. Modeled after Google’s 20% Time, students get to choose their own passion projects and work through a process of discovery and creativity independently.
Check out the following video to see more about the Genius Hour process:
Here’s a Genius Hour video you can use with your students.
Note that Genius Hour still connects to specific content standards. However, these are skill-based, topic-neutral standards.
PBL experts often say, “Students should focus on the process and not the product.” But there’s also a time and a place for projects that challenge students to focus on developing a quality product. In these projects, the product has tighter parameters but the process is more flexible.
One of my favorite examples is the NaNoWriMo project. Here, students know specifically that they will create a novel. They might not know the audience and they aren’t necessarily focused on a question or a challenge. True, they will engage in inquiry and empathy at some point. But they are driven by the challenge of creating a novel in the month of November.
Similarly, when we created our Scratch Video Game projects, students started with the simple challenge of designing a functioning video game in three weeks. Although they focused on crafting for an audience and they went through an ideation process, it was product-driven. They wanted to create an awesome video game that people would actually play.
In product-driven PBL, students typically have tight guidelines on the format but looser guidelines on the topics. In this sense, it resembles elements of interest-based PBL, with a key difference being the emphasis on creating the product rather than on the discovery of new information. So, instead of students making something to demonstrate what they learned, the focus is on the making itself.
Problem-driven PBL begins with a specific problem or challenge that students must solve. An example is our maker challenges that present a specific scenario that leads students into research, problem-solving, ideation, and a final product that solves the initial challenge.
Here’s an example of a Maker Challenge:
With problem-driven PBL, teachers typically begin with specific concept standards and then provide more flexible options of what students design and create. However, not every problem-driven PBL project has to include a tangible product. Sometimes students design a system or plan an event. Sometimes their creative work is merely a “pitch” to a group of judges from the community.
#5: Empathy-Driven (Design Thinking)
Empathy-driven PBL can have elements of the previous four PBL approaches. In fact, with the LAUNCH Cycle (a K12 design thinking framework that A.J. Juliani and I developed), we don’t always begin with empathy. Sometimes it starts out with a problem, a geeky interest, or a sense of wonder at a natural phenomenon. But even so, students begin to build empathy as they Ask Tons of Questions and as they clarify the audience during the Understanding and Navigating Ideas phases.
Check out the following video on the LAUNCH Cycle:
Note that the LAUNCH Cycle will often begin with a challenge, a phenomenon or a product idea but this will ultimately focus on empathy. That’s the critical component that leads to genuine design thinking.
Do a Choice Audit of Standards
When planning for project-based learning, it helps to do a choice audit of your standards. While some standards are content-neutral, others require you to teach very specific concepts, topics, and ideas. What happens, for example, when you have to teach about force and acceleration or linear equations or World War II?
In these moments, it helps to do a choice audit of your standards. Ask the following questions:
- Is it possible for students to choose the topics or the content?
- What choices could students have around the strategies they use?
- Are students able to choose their own formats (multimedia, for example)?
- Is this something that they can practice throughout the year or does it have to be confined to one particular unit?
- Where outside of school might a student actually practice this standard?
While ownership is critical for students, all standards have certain constraints built into them. Some require students to practice certain skills while others are skill-neutral but require that students master a concept. However, these constraints can work as the creative constraints that force you, as a teacher, to find creative opportunities.
It’s the idea of thinking inside the box:
The Power of Chunking Your Standards
Once you’ve found the right fit between the standards and the PBL framework and explored the flexibility in the standards, you can begin to connect the standards. Some people call this “layering” or “chunking,” but it’s the idea of combining standards together to give yourself more time.
When a student reads, he or she is typically practicing four or five standards at the same time. You can’t make inferences without comprehending text. Nor can you cite evidence without knowing fact versus opinion. Because knowledge is inherently connective, our standards are less like a list of bullet points and more like a web of skills and concepts.
However, when we write lessons, we will typically include one standard. Often, we will have curriculum maps that move through a few “power standards” for a week or two at a time.
But, while the curriculum map tells us that the entire class must practice one specific standard, it never says that students cannot practice additional standards. So, when we think about student ownership and personalization, it’s feasible for students to work on different standards at the same time while still sticking to the common curriculum map.
Think of it this way: some students might take four weeks to practice and master making inferences but only one week on cause and effect. Another student might experience the opposite. But when students self-select standards that they need to work on, they are actually more efficient with their time. Here, they own the enrichment and intervention process.
This connective element is also why students can do a design thinking project for four weeks without it feeling crowded. The project isn’t covering one standard. It’s connected to six standards that are all interconnected with one another. So, the research, ideation, creation, and editing phases might all connect to separate standards — and that’s okay. That’s the beauty of PBL. It’s an authentic context for teaching multiple standards at the same time.
Why Teachers Are the Key to Making This Work
It is possible to teach with a PBL framework while also reaching all the standards. But this requires us to think creatively about how we teach. It can help to ask questions like: Where is the authenticity in this standard? Where outside of school might a student actually practice this standard? Is this a connecting skill standard? A process standard? A concept? Where is the freedom built into this standard? How does this standard fit with other standards? Where is the student voice and choice? For example, do they get to choose their own formats (multimedia, for example)? Do they get to choose their own topics? How do these standards work with each PBL model?
Ultimately, when this happens, students are able to master the standards at a deep level while also engaging in meaningful work and powerful projects.
Looking for More?
If you’re interested in getting started with project-based learning, check out my Getting Started with PBL page, complete with articles, videos, and resources. You might also want to check out my PBL toolkit, which includes a set of projects and mini-projects, along with a Getting Started with PBL guide and a set of assessment resources you can use within the project-based learning framework. I will also send you a weekly email with free, members-only access to my latest blog posts, videos, podcasts and resources to help you boost creativity and spark innovation in your classroom. Just sign up below!
You might also want to check out my PBL Master Course and use the coupon code Spencer to get 20% off. I have an entire lesson where I walk people step-by-step through selecting standards for their PBL unit plans.
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