This post is part of the series Teaching Project-Based Climate Resilience in the Era of AI. Earlier entries moved through specific LEED domains, Sustainable Sites and Materials & Resources. This entry steps back to look at a practice that runs underneath all of them: taking student work outside the classroom and putting it in front of the people who can actually act on it.
Years ago, I brought a group of middle school students to a Manhattan Community Board meeting in Washington Heights, to the parks and environmental committee, so they could share what they’d found. They had tested tap water in their neighborhood and turned up something concerning. They stood in front of adults with real authority over that neighborhood and explained what they’d discovered, why it mattered, and what they thought should be done about it.
That session has stayed with me longer than almost anything else from that period of my teaching, and it’s worth asking why. The students didn’t just perform their learning for an audience. They contributed something the room didn’t already have. That distinction, between demonstrating knowledge and contributing a finding, is at the center of a shift now underway in how New York State defines what a graduate should be able to do.
A Different Kind of Evidence
New York recently adopted a Portrait of a Graduate, joining a growing list of states, at least 20 so far, that have moved to define student readiness through durable skills and dispositions rather than test scores alone. The idea has spread widely enough that Battelle for Kids has worked directly with more than 135 districts to build these frameworks, and where they’ve taken hold, the results are notable: in districts with an adopted Portrait, 69 percent report a moderate to high impact on their broader school community, and 65 percent report a similar impact on the actual student learning experience.
What’s harder than adopting the framework is finding evidence that actually demonstrates it. A test score can tell you whether a student remembers content. It can’t easily tell you whether that student can communicate clearly to a skeptical adult, think critically about a real and unresolved problem, or act as an engaged member of their own community, three of the six components New York’s Portrait names directly.
This is where a community presentation does something an exam cannot. It’s not a better test. It’s a different kind of evidence entirely, evidence built from an encounter with a real audience that didn’t already know the answer.
What Changes When the Audience Is Real
There’s a specific mechanism at work here, and it’s worth naming plainly. When students present to classmates or a teacher, everyone in the room already shares a frame of reference. A community board member does not. They don’t know the vocabulary, they don’t already agree the problem matters, and they’re going to ask the kind of plain, skeptical questions that only come from someone outside the process. A student has to understand their own work completely in order to defend it to that person.
Teaching is one of the strongest ways to retain what you’ve learned, and this is a harder, more consequential version of teaching than explaining something to a peer. It’s also a more accurate rehearsal of what students will actually be asked to do after school, whether that’s presenting to a client, a supervisor, or a room of stakeholders who need convincing, not just informing.
Mapping the Practice to the Portrait
A structured neighborhood investigation and community presentation, the kind we build into the Green Building Careers Program, touches nearly every component of the Portrait of a Graduate, not incidentally but directly.
Effective communication is the most obvious fit. Students aren’t writing for a teacher who already knows the content. They’re translating technical material, environmental findings, LEED-based design criteria, into language a community board member can act on.
Critical thinking shows up in how students narrow a broad set of environmental findings down to a single local focus, then reason through design tradeoffs with no clean, single correct answer.
Global citizenship stops being an abstract value and becomes a concrete civic act: proposing guidance for how their own neighborhood should be built, using the same design language, LEED, that’s being applied in cities on nearly every continent.
Reflective and future-focused thinking is built into the structure itself, since the work doesn’t end at a grade. A well-built set of design guidelines can plausibly outlast the semester, informing how local officials think about the next real project that comes before them.
What Deep Engagement Actually Produces
The Washington Heights project didn’t end with the community board presentation. I partnered closely on that unit with Gioya DeSouza-Fennelly, who taught eighth grade earth science, and one of the few teachers I worked with consistently over multiple units rather than a single semester. At the end of that year, she told me all but two of her 31 students passed the New York State Earth Science Regents exam, a first for her class. She attributed it directly to how engaged and genuinely interested her students had become in the material, not to additional test prep. Three of those students went on to major in science at top-tier universities in New York City.
The Regents exam itself is no longer a graduation requirement in New York, part of the same shift toward the Portrait of a Graduate this piece has been tracing. But that’s exactly what makes the result worth naming rather than setting aside. The state is moving away from a single high-stakes exam because it wants better evidence of the kind of learning this project happened to produce anyway. A rigorous, externally graded exam confirmed what the community presentation alone couldn’t prove on its own: that this kind of engagement doesn’t trade rigor for relevance. It produces both.
The Guidelines Don’t Have to Live Only in the Classroom
This is the piece that changes the stakes of the whole exercise. LEED’s own Sustainable Sites criteria require an assessment of real site conditions, including environmental justice concerns, before any design work begins. Students doing this work are practicing that same discipline, on a real, local scale, before they ever sit for a credentialing exam.
When students distill their design work into general guidelines, principles for any new construction or major renovation in their neighborhood, rather than recommendations tied only to their own mock project, that document has a life beyond the assignment. It becomes something a community board or local official could genuinely reference the next time a developer brings a real project forward. That’s a different proposition than most student work ever gets to make.
That possibility, that the work might matter to someone outside the classroom, is also what makes it worth doing in the first place. Students can tell the difference between an assignment built to be graded and a project built to be used. The second kind is the one that tends to stay with them.
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