The Indianapolis High School Landscape
Indianapolis families weighing college strategy face a fragmented map. The district, Indianapolis Public Schools (IPS), narrowed its comprehensive high schools to four campuses in 2018. Those four are Arsenal Technical, Crispus Attucks, George Washington, and Shortridge. Families also consider Washington Township’s North Central or Herron High School, a downtown charter. Among the four IPS campuses, however, Shortridge stands apart. It ranks 172nd in Indiana and 6,386th nationally, per U.S. News & World Report’s recent rankings. That places it well ahead of Crispus Attucks and Arsenal Technical, both in the 309th-395th band, and ahead of George Washington as well. Shortridge also holds a distinct title: Indiana’s oldest free public high school, founded in 1864. Today it serves as IPS’s sole International Baccalaureate campus, with 46% of students enrolled in IB coursework. That combination matters. It gives a zoned, non-selective public school a rigor profile that rivals wealthier suburban districts. A student without a magnet admission test or private tuition still has a credible, transcript-verified path to selective admissions. What a student builds on top of that transcript decides their admissions outcome.
Meet Mateo: Building a Career in the Racing Capital of the World
Mateo grew up three miles from the Indianapolis Motor Speedway. His father worked event staff every May during the Indianapolis 500. Mateo treated race weekend less as a spectacle and more as a curriculum. He noticed something concrete: Indianapolis is home to more than 400 motorsports-related firms, from engine builders to suspension manufacturers. Additionally, Purdue University in Indianapolis runs the nation’s only ABET-accredited undergraduate degree in motorsports engineering, based at the Dallara IndyCar Factory in Speedway, minutes from his house. That local density became the foundation of his entire strategy. Motorsports engineering is a differentiated, technically rigorous major, and few applicants anywhere can claim it with genuine local credibility. College Transitions began working with Mateo in tenth grade. Together, they translated his regional advantage into one coherent narrative rather than a scattered list of interests.
Step 1: Choosing a Major Rooted in Place
Mateo did not arrive at motorsports engineering through a personality quiz. Instead, he arrived at it during a school field trip to the Dallara facility, where he asked why a race car’s brakes glow orange under caution laps. Consequently, that single question pointed him toward vehicle dynamics and thermal management. Those two subfields would eventually define his entire application.
Why This Major Made Sense
- Indianapolis hosts the Indianapolis Motor Speedway, the Brickyard 400, and hundreds of supplier firms, giving Mateo direct access to professionals and facilities
- Purdue University in Indianapolis offers the only ABET-accredited undergraduate motorsports engineering degree in the country, located steps from his neighborhood
- The major connected naturally to physics, calculus, and materials science, subjects where Mateo already excelled
Step 2: Improving Test Scores Through Targeted Practice
Indiana requires every junior to sit for the SAT as part of its state accountability testing. Mateo’s first attempt doubled as a diagnostic. He scored 1150, respectable but not competitive for his target engineering programs. Rather than take a generic prep course, he focused almost entirely on the math section, where his gap was widest. He drilled timed problem sets built around physics-style word problems. Consequently, his score climbed to 1440 by spring of junior year. That score placed him solidly within range for every school on his list. Still, College Transitions advised him to lean on his transcript and research, not the score alone.
Step 3: Deepening Extracurriculars Around the Track
Mateo did not simply join an existing club; he built one. As a sophomore, he founded Shortridge’s first student engineering group. The informal team designed and 3D-printed small-scale aerodynamic components, testing them in a homemade wind tunnel built from a box fan and a smoke pen. He also spent his junior spring in the 500 Festival’s student intern program, a January-through-May placement with the nonprofit that organizes Indianapolis 500 race-week events. Through that role, he shadowed operations staff. He saw firsthand how the Speedway’s economic footprint extends well beyond race day itself.
Step 4: Adding Independent Research
Mateo studied airflow patterns through brake cooling ducts on short-track stock car bodies, using free computational fluid dynamics software to run his simulations. He received informal mentorship from a graduate student in Purdue University in Indianapolis’s motorsports engineering program, a connection arranged through his father’s contacts at the Speedway. Over several months, he compared three duct geometries and measured the simulated temperature reduction at the rotor for each, ultimately presenting his findings in a written report and a poster. Above all, the project gave Mateo a concrete answer to a question every engineering applicant eventually faces: What have you actually built or tested? Few juniors anywhere could point to a self-directed CFD study grounded in a facility down the street.
Step 5: Entering Competitions
Mateo entered his brake-cooling research in the Indiana Science and Engineering Fair. He competed against projects from the state’s strongest STEM magnet programs. First place eluded him, but he advanced to the state’s engineering category finals, a result that gave his research legitimacy. Notably, the judges’ feedback pushed him to refine his methodology before he wrote his personal statement. That refinement strengthened both documents.
Step 6: Writing a Personal Statement Rooted in Turn One
Mateo’s essay opened not with a race but with a stalled go-kart engine his grandfather never quite fixed. From there, he traced a direct line to brake ducts, wind tunnels, and the Speedway’s turn one, where he had watched drivers scrub speed for two decades of Mays. The essay avoided grand claims about passion. Instead, it stayed close to specific, sensory detail: the smell of methanol, the sound of a car lifting off in a spin. His College Transitions advisor pushed him through four drafts. Together, they stripped out generic engineering-essay language and kept the voice distinctly his own.
Step 7: Applying EA and ED with a Unified Strategy
Mateo applied Early Action to Purdue University for motorsports engineering and to the University of Michigan for mechanical engineering. Both are strong technical programs within reach of his profile. At the same time, he applied Early Decision to Clemson University’s Department of Automotive Engineering, housed at the Clemson University International Center for Automotive Research. That center runs the nation’s first undergraduate automotive engineering degree, plus its Deep Orange concept-vehicle program. All three applications leaned on the same research, the same brake-duct data, and the same voice from his personal statement. Together they reinforced one coherent engineering identity rather than three separate pitches. Purdue and Michigan admitted him EA. Clemson accepted him ED that December.
What This Means for Indianapolis Families
Mateo’s path shows what a zoned IPS high school can support. Shortridge, alongside comparable options at Arsenal Technical, Crispus Attucks, and George Washington, can back a genuinely competitive engineering application. That happens when a student builds real depth around a distinctive local industry. Indianapolis families do not need a magnet admission test or a six-figure tuition bill to access that kind of opportunity. Instead, they need a plan that connects coursework, research, and extracurriculars into one defensible story. Building that kind of plan, starting as early as ninth grade, is precisely how College Transitions helps Indianapolis students.
