Planning for Co-Produced Impact
Planning for Co-Produced Impact
Planning for co-produced impact is a foundational element of Action-Oriented Pedagogies (AOP). It moves teaching and learning beyond isolated knowledge acquisition toward meaningful action, co-designed by teachers, students, and—ideally—community partners. In this phase of the AOP cycle, planning becomes an iterative, participatory, and relational process.
Unlike traditional models where students follow predefined steps, AOP invites students to co-create both the path and the impact of their actions. Students and teachers collaboratively identify sustainability challenges, consider diverse perspectives, and co-plan responses that are grounded in the needs and possibilities of their classroom, school, families, or community. Whatever the action, it requires purposeful planning that shares decision-making power and values collective wisdom.
When community members are brought into the planning process, students are further supported by the resources, knowledge systems, and lived experiences of others. Depending on the scale of the issue and the intended impact, these partners may include peers, families, school officials, local organizations, city departments, or even regional and global networks.
Co-planning is a creative, strategic, and sometimes messy process of aligning purpose, possibility, and power.
Today’s educational systems often prioritize individual achievement and cognitive gains. AOP calls for a collective orientation: a mindset that values collaboration, community goals, and shared responsibility for creating a more sustainable and just world. Planning for co-produced impact becomes an opportunity to practice and model this shift.
But intergenerational, cross-sector collaboration isn’t commonly practiced in schools.
Planning for co-produced impact invites students and educators into this uncharted space—learning to co-create solutions with diverse people, across boundaries of age, role, and expertise.
Below are guiding phases and strategies educators can use to support the process of Planning for Co-Produced Impact
Frame the issue as a problem space, not a pre-defined problem. Circle back to the Scoping For Action section as you consider how you will collaborate with students to:
establish a clear starting point for action,
determine a feasible scope of work, and
create space for students to co-define and expand the challenge as their inquiry unfolds.
Support students as they consider the Conditions for Action, including:
What drives action (Values)
What informs action (Knowledge)
Who can support action? (Partnerships)
What can we build on? (Community Strengths and Assets)
Support students to investigate local concerns using tools like:
Community ethnography (e.g., interviews, surveys, neighborhood walks)
Mapping tools (e.g., Google Earth)
Publicly available datasets and firsthand data collection
Needs assessments and asset inventories
Explore multiple perspectives: Who is impacted? What are their experiences, needs, and values?
Encourage students to draw on their lived experience, creativity, and investigations to generate ideas.
Investigate existing and emerging solutions (technologies, social innovations, policies).
Use prototyping, peer critique, or consultations with content experts and community members to refine ideas.
Consider using design tools such as engineering notebooks or challenge canvases to organize thinking.
Develop a plan of action that includes:
Goals and desired outcomes
Timelines (e.g., using Gantt charts)
Roles and responsibilities
Material and resource needs
Consider spheres of influence: Who or what are students aiming to impact (e.g., classroom culture, neighborhood infrastructure, municipal policies)?
Plan how students will engage with partners and decision-makers.
With students, co-design criteria for assessing impact (social, ecological, personal)
Plan for legacy documentation: How will students tell the story of their work?
Engage in reflection with students. Here are some examples of reflective questions:
What happened? What actions did you take?
Who did you engage, and how did they respond?
What contributions were made? How do you know?
What would you do next if given more time? Or more resources?
Collect qualitative and quantitative evidence: interviews, quotes, surveys, photos, testimonies, etc.
Here are some reflection prompts to help teachers integrate Planning for Co-Produced Impact
Here are some example activities that will engage K-12 students in Planning for Co-Produced Impact
In a middle school classroom alive with ideas, students move from identifying issues that matter to them—like sustainable fashion, plastic reuse, and Indigenous agricultural practices—to co-planning projects that create tangible change in their community, showing how collaborative planning can turn learning into real-world impact.
In this Arizona middle school, students worked with nonprofits and county partners to design solutions for urban heat, stormwater pollution, and carbon emissions. By co-planning projects from tree planting to drain mapping, they discovered how their learning could directly shape community sustainability.
Further reading to support Planning for Co-Produced Impact
The ABOTA Teacher Instructions & Student Worksheets from Scholastic’s American Justice program is a classroom resource designed to build news literacy and critical thinking in middle and high school students through the lens of the American justice system. Rather than focusing solely on legal procedures, the materials guide students to analyze how news is reported on legal issues, evaluate the credibility of sources, distinguish between fact and opinion, and understand the impact of media on public perception of justice. The lessons encourage students to dissect real and simulated news stories related to jury trials, lawmaking, and constitutional rights, helping them become more informed and discerning consumers of media. It was developed in collaboration with the American Board of Trial Advocates (ABOTA). ABOTA, founded in 1958, champions the preservation of jury trial rights.
Jennifer Noji’s article, “Beyond ‘True’ and ‘False’: Teaching Students to Read the News Critically” (2023), reframes news literacy as a relational, power-informed practice rather than a simple fact-checking exercise. Drawing from her teaching at UCLA, Noji describes how students often consume news passively, assuming objectivity. To disrupt this, she assigns a Critical News Analysis where students compare two articles on the same event, from different ideological or geographic perspectives, analyzing tone, sources, bias, and intended audience. This practice encourages students to reflect on their own reading habits and recognize how truth is constructed through dominant narratives.
The Vimeo channel Underwriters Laboratories (UL) serves as a visual showcase of a century‑old nonprofit’s scientific and collaborative work around safety, sustainability, and standards. With videos like “The Future of Safety Science: Autonomous Vehicles and Standards,” “Battery Safety Science Symposium,” and “UL SDG Video,” it highlights UL’s research initiatives into critical areas—ranging from battery sustainability and autonomous vehicle safety to fire science and microplastics—illustrating how it convenes experts, educators, and industry to co-create solutions.
Further reading on Community Ethnography
The Practitioner’s Guide to Localized Research: Community-Based Ethnography for Resilience Outcomes (2023) is a community-based guidebook that walks practitioners through seven guiding principles, such as recognizing diverse social voices, power dynamics, continuous field observation, positionality, and co-created analysis; structured across seven “learning moments” that cover everything from site selection to resilience-focused reporting.
Community Ethnography as Pedagogy (Tan & Calabrese Barton) outlines a powerful, co‑creative approach where students employ ethnographic methods, including participant observation, interviews, and surveys, to engage directly with their communities as they define real engineering problems and design solutions.
Community Ethnography Teacher Toolkit (Chenkel, Beiesner, Barton, & Tan, 2020) is a practical teacher’s toolkit that combines theory, classroom strategies, and examples to help students connect science and engineering with their communities in meaningful, equity-focused ways.