The Competitive Landscape
Chicago’s public high school system produces some of the strongest applicants in the Midwest. Walter Payton College Preparatory High School currently ranks 1st in Illinois and 32nd nationally, according to U.S. News & World Report. Notably, 98% of Payton students take at least one AP exam, and the school posts a 99% graduation rate. Northside College Preparatory, Jones College Prep, and Whitney Young Magnet High School round out a nearby cluster of selective enrollment schools. Admissions officers see hundreds of similar applicants every cycle. Standing out inside that pool takes more than strong grades. It demands a local hook a reviewer cannot find in an application from Boston or the Bay Area. That is the strategy Frankie used to earn admission to a highly selective engineering program.
Meet Frankie: A Payton Student with a Skyline Obsession
Frankie grew up a few blocks from the Chicago River. Like many North Side kids, Frankie watched the drawbridges lift each spring and the skyline reflect off the water near the Loop. Instead of treating that view as scenery, Frankie turned it into a research question. How do the world’s tallest buildings, many designed right here in Chicago, actually withstand lake-effect wind? That question became the backbone of a four-year academic strategy built around structural and architectural engineering.
Step 1: Choosing a Major Rooted in Place
Frankie declared an interest in structural engineering at the start of sophomore year. That timing came well before most classmates had settled on a direction. Rather than picking a broad “STEM” label, Frankie narrowed his focus to the mechanics of tall-building design. Consequently, counselors could point every subsequent activity back toward one coherent thread, not a scattered list of interests.
Why This Major Made Sense
- Chicago is widely credited as the birthplace of the skyscraper, home first to the Home Insurance Building and later to the Willis Tower.
- The Council on Tall Buildings and Urban Habitat, the global authority on supertall structures, sits at the Illinois Institute of Technology.
- Firms like Skidmore, Owings & Merrill, which engineered the Willis Tower and Burj Khalifa, still keep headquarters downtown.
- Few other cities offer a teenager this much direct access to working structural engineers and their buildings.
Step 2: Building a Rigorous, Relevant Course Load
Frankie loaded junior and senior year with AP Physics C: Mechanics, AP Calculus BC, and AP Environmental Science. Additionally, Frankie added an independent study in statics through a partnership between Payton and a local engineering mentor. Importantly, Frankie also kept AP Studio Art on the schedule. After all, structural engineers still need to sketch and visualize form. As a result, that combination of technical rigor and design sensibility became a theme reviewers noted favorably.
Step 3: Raising Standardized Test Scores Through Targeted Practice
Illinois administers the SAT as its statewide assessment, so Frankie’s testing timeline centered on that exam. An initial attempt that fall produced a 1290, a respectable score, but not high enough for Frankie’s target programs. Subsequently, Frankie worked through eight months of structured practice, focusing heavily on the math section’s geometry and trigonometry content. Those skills mapped directly onto engineering coursework, which helped the studying feel purposeful instead of abstract. By the following spring, his score had climbed to 1490. Admissions readers viewed that jump as evidence of sustained, disciplined effort rather than raw aptitude alone.
Step 4: Deepening Extracurriculars Around the Central Theme
Frankie joined the ACE Mentor Program of Chicago, which pairs high schoolers with local architecture and engineering professionals on a yearlong design project. Working alongside a structural engineer from a downtown firm, Frankie helped design a mixed-use concept for a vacant lot in the West Loop. In addition, Frankie also volunteered with a nonprofit leading walking tours of Chicago’s architectural history. That role translated technical knowledge into public-facing explanation, a skill that later strengthened Frankie’s essays.
Step 5: Adding Independent Research
A mentor connected with the Illinois Institute of Technology’s College of Architecture guided the next step. Frankie spent the summer before senior year analyzing publicly available wind-load and structural-height data for a sample of Chicago’s supertall buildings.
Research Project Scope
- Compared wind-bracing systems across five downtown supertalls, including tuned mass damper design.
- Cross-referenced building height and floor-plate geometry against reported sway tolerances.
- Produced a written summary explaining why certain structural forms suit Chicago’s specific lakefront wind corridor.
- Presented findings to Payton’s engineering club as a practice run before formal competition.
Step 6: Competing at the National Level
Frankie entered the Tests of Engineering Aptitude, Mathematics, and Science competition, known as TEAMS, on a four-student Payton team. The team tackled structural and civil engineering problem sets and finished strongly at regionals. Frankie gained a concrete, juried outcome to cite in applications, distinct from self-reported achievements. Notably, the competition also sharpened Frankie’s ability to explain engineering trade-offs clearly under time pressure, a skill that carried directly into interviews.
Step 7: Applying Strategically with EA and ED
Frankie applied early action to Georgia Tech and Virginia Tech, two programs known for rigorous civil and architectural engineering tracks. Meanwhile, Frankie prepared an early decision application to Illinois Institute of Technology’s College of Architecture. All three applications leaned on the same coherent profile. The skyscraper research, the ACE Mentor project, and the improved SAT score reinforced one another instead of reading as separate accomplishments. Frankie’s personal statement connected his drawbridge-watching childhood directly to his technical research, giving reviewers a throughline rather than a list. IIT’s proximity to the very buildings Frankie had studied, together with its historic Mies van der Rohe campus, made it an authentic first choice, not a strategic hedge.
Why Frankie’s Strategy Worked
- Every activity reinforced the same academic identity.
- The research project produced original analysis rather than a summary of existing sources.
- Local resources, including ACE Mentor Chicago, IIT, and downtown engineering firms, gave the profile a specificity out-of-state competitors could not match.
- College Transitions counselors helped Frankie sequence the research timeline so findings were ready well before EA and ED deadlines.
Working with College Transitions, Frankie mapped out which programs valued hands-on design experience most heavily. From there, the team built the application calendar backward from those priorities. That early sequencing, instead of a last-minute scramble in the fall, made the difference between a scattered senior year and a focused one.
What This Means for Chicago Applicants
Frankie’s path illustrates a broader lesson for students at Payton, Northside, Jones, Whitney Young, and beyond. Chicago’s built environment is itself an admissions asset, not just a backdrop. Students do not need to invent an interest from nothing. The city offers globally significant engineering firms, research institutions, and architectural history within a short train ride. Above all, a well-documented, place-specific project tends to carry more weight than a generic list of club memberships.
For Chicago students weighing how to differentiate their own applications, a strong profile typically includes:
- A specific academic interest declared early enough to build coursework and activities around it.
- At least one independent research project with original analysis, not just secondary reading.
- A juried competition result that verifies skill beyond self-reported grades.
- One or two local details that tie a hometown story to the chosen academic direction.
- An EA and ED strategy where every application reinforces the same coherent profile.
Students working with College Transitions receive guidance on how to translate a hometown interest, whether in structural engineering, public health, or the city’s transportation network, into an application reviewers remember.
