The Competitive Landscape Around Buffalo, New York
Western New York’s admissions landscape centers on a handful of strong suburban districts ringing the city. Williamsville East High School is ranked 92nd in New York, with a 60% AP participation rate. Clarence Senior High School sits close behind at 98th statewide. Williamsville North, ranked 122nd, adds further depth to that same competitive tier, and Orchard Park, ranked 159th, rounds out the region’s most reliable college-feeder schools. Consequently, families across Erie County often assume that admissions success requires a large, well-resourced district.
East Aurora High School complicates that assumption. It is the sole high school in the East Aurora Union Free School District. U.S. News ranks it 91st in New York and 928th nationally, with a 64% AP participation rate. That figure edges out every other traditional public school in the Buffalo metro area. Importantly, East Aurora’s small-district structure gives students close relationships with counselors, something families in larger districts often seek but rarely find. College Transitions has watched this single-school-district model produce tightly focused applications, and Everett’s case shows why.
Everett’s Path at East Aurora High School
Everett grew up minutes from the Fisher-Price world headquarters, a fixture of East Aurora since 1930. Still, he rode past the company’s water tower for years without thinking much about it. Then, a sophomore-year tour of the town’s history museum reframed the toy company entirely. It was, he realized, a working laboratory for studying how children learn through their hands. That reframing became the seed of his entire application strategy.
Step 1: Choosing a Differentiated Major
Rather than defaulting to general mechanical engineering, Everett settled on Human Centered Design. The field studies how physical products should be shaped around real human behavior. He first encountered the concept while reading about the Play Lab’s practice of filming toddlers with new toy prototypes. That process, built on careful observation instead of guesswork, appealed to him more than standard engineering coursework alone. Above all, the major let him treat East Aurora’s most famous employer as a subject of serious academic study.
Why This Major Made Sense
- Fisher-Price’s on-site Play Lab has spent over 60 years studying how children physically interact with toy prototypes.
- Its methods mirror the behavioral coding techniques taught in college human-factors courses.
- East Aurora’s identity as a company town gave Everett lifelong exposure to a real design-research pipeline most applicants only read about.
- Human Centered Design blends engineering, psychology, and observation into one coherent story instead of scattered interests.
Step 2: Elevating Standardized Test Scores
Everett’s SAT score climbed from 1290 as a sophomore to 1490 by senior fall. Overall, steady gains in the math section drove most of that improvement. He worked through official practice sets every weekend during junior year. Twice a month, he also used his school’s after-hours tutoring block. Notably, his reading and writing score improved too, a shift he credited to close-reading practice built around child-development research articles. That habit later shaped how comfortably he wrote about his own project.
Step 3: Deepening Extracurricular Involvement
Everett joined East Aurora’s engineering club as a sophomore. Then, by junior year, he had become its lead builder, sketching simple toy-control prototypes on the school’s 3D printer. He also volunteered weekly at the East Aurora Public Library’s toddler story-time program, initially just to help with setup. That volunteer role mattered more than expected. It gave him regular, informal access to the exact age group his eventual research would study. Meanwhile, he kept a running sketchbook of design ideas, a habit several supplement essays later drew from directly.
Step 4: Adding Independent Research
Working with his AP Psychology teacher as an informal mentor, Everett designed a small independent study. It compared how three-to-five-year-olds handled different button and switch shapes on 3D-printed toy prototypes. He filmed each session at the library’s story-time program. Then, he hand-coded grip patterns and time-on-task, the way Play Lab researchers describe doing in published interviews. The project never claimed a Fisher-Price partnership. Instead, it borrowed the company’s public methodology and applied it independently.
Research Project Scope
- Recruited 24 child volunteers, ages 3 to 5, through the library’s existing story-time program with parental consent.
- Tested five prototype control shapes across two design variables: grip diameter and activation force.
- Hand-coded video footage for completion time and grip errors, then compared results across age subgroups.
- Presented findings, including a proposed redesign for the least accessible prototype, as a completed poster.
Step 5: Competing at the Regional Level
Everett entered his research at the Western New York Regional Science and Engineering Fair. The ISEF-affiliated competition serves eight counties, including Erie. His project placed in the engineering category. Qualifying feedback from judges pushed him to tighten his data-coding methodology before he wrote his supplement essays. Therefore, the fair became more than a credential. It functioned as an early peer-review step that sharpened the entire application.
Step 6: Crafting a Personal, Authentic Essay
Everett’s personal statement opened with the Fisher-Price water tower he had ignored for years. It then pivoted, notably, to the moment he realized his hometown quietly ran one of the country’s oldest child-behavior research programs. College Transitions helped him cut an early draft that leaned too heavily on nostalgia. They guided him toward concrete sensory detail from his own testing sessions. The result read as a coursework-ready profile rather than a sentimental hometown tribute. That distinction is precisely what admissions readers are trained to notice.
Step 7: Applying EA and ED Strategically
Everett applied early action to Rochester Institute of Technology’s Industrial Design program and Carnegie Mellon’s School of Design. Both offered the hands-on studio model he wanted. At the same time, he submitted his early decision application to Cornell’s Human Centered Design program. All three applications reinforced one coherent profile. Both EA acceptances arrived in December. His ED acceptance to Cornell followed shortly after, confirming that the consistent story had resonated across very different committees.
Why Everett’s Strategy Worked
- Every activity, from library volunteering to the science fair, tied back to a single, well-defined research question.
- His major choice used a genuinely local resource instead of a generic STEM interest.
- The essay stayed grounded in specific, sensory research detail rather than a vague “compelling narrative.”
- His EA and ED choices reinforced the same coursework and studio-based learning style
What This Means for Buffalo-Area Students
Everett’s path shows that a single-high-school district like East Aurora can outperform larger, better-known suburban systems. The key is a genuinely local, differentiated strategy. Students at Williamsville East, Clarence, Williamsville North, and Orchard Park have similar opportunities within their own communities. However, they need to look past generic extracurricular checklists to find them. The Buffalo region’s manufacturing and design history, still visible in towns like East Aurora, offers real material for exactly this kind of work. College Transitions helps students throughout Erie County identify these local anchors early, well before senior-year application pressure sets in.
