Describe a local observation that sparked academic curiosity.
What the evaluator is looking for
Looks for sustained intellectual curiosity, concrete evidence of engagement, realistic next questions, and an understanding of the field deeper than a job title.
Planning approach
Anchor the response in the specific question in “The Puddle That Stayed.” Select two revealing details, explain the narrator's choice, and reserve the final turn for what remains to be learned.
Model response
Every time it rained more than a light drizzle, the intersection of Maple and Third became a puddle. Not a small one, but a dark, persistent lake that crept over the crosswalk, forcing pedestrians to skirt the curb or accept wet shoes. For years, I just stepped around it. Then one afternoon, after a particularly sudden storm, I stood at the bus stop and watched the water rise, pool, and refuse to drain. I started counting seconds as it climbed over the asphalt cracks, and I wondered: why did this specific spot flood, and what would it take to stop it?
That question grew into something larger than rain. I began measuring the slope of the roadway with a simple level and a tape measure, sketching the drainage grates and their positions relative to the curb. A neighbor who worked for the city explained that the pipes below were designed decades ago, long before the surrounding development increased runoff from roofs and parking lots. The system was simply outmatched. But the more I researched, the more I saw that the problem wasn't just engineering—it was also about who decided when infrastructure was worth updating, and what evidence they used to make that choice. The flooding maps relied on averages, but my puddle was sharper and more local than any chart captured.
I liked that this narrow question demanded measured analysis combined with imagination. The slope measurements had to be accurate to matter, but the most useful insights came from connecting the drainage patterns to zoning history, to the way a new car dealership two blocks away had shifted the flow. In the end, a strong explanation had to survive contact with real data, yet the most productive questions often began after two ideas collided—like a puddle that refused to leave. What started as a nuisance became a lesson in systems thinking: how to trace a problem backward through constraints, and how the most visible failures often point to hidden assumptions.
Structural breakdown
The opening locates a precise moment; the middle tests the narrator's first interpretation; the final movement explains the durable change without pretending the lesson is finished. The response stays accountable to this article's prompt rather than borrowing another supplement's purpose.
- Confirm the ending answers the prompt without summarizing every paragraph.
- Check the current application instructions and word limit before submission.
- Verify that every detail advances “The Puddle That Stayed” rather than decorating it.
- Cut any claim the scene itself cannot support.
- Read the response aloud and restore language the student would naturally use.
Format reference: Common App: First-year application guide. This model is original and is not an official or accepted submission.