Boston College Supplemental Essays 2025-2026: Expert Writing Tips + Examples

• Strong communities are sustained by traditions. Boston College’s annual calendar is marked with both long-standing and newer traditions that help shape our community. Tell us about a meaningful tradition in your family or community. Why is it important to you, and how does it bring people together or strengthen the bonds of those who participate?
• The late BC theology professor, Father Michael Himes, argued that a university is not a place to which you go, but instead, a “rigorous and sustained conversation about the great questions of human existence, among the widest possible circle of the best possible conversation partners.” Who has been your most meaningful conversation partner, and what profound questions have you considered together?
• In her July 2009 Ted Talk, “The Danger of a Single Story,” Chimamanda Ngozi Adichie warned viewers against assigning people a “single story” through assumptions about their nationality, appearance, or background.  Discuss a time when someone defined you by a single story. What challenges did this present and how did you overcome them?
• Boston College’s Jesuit mission highlights “the three Be’s”: be attentive, be reflective, be loving – core to Jesuit education (see A Pocket Guide to Jesuit Education). If you could add a fourth “Be,” what would it be and why? How would this new value support your personal development and enrich the BC community?
• Human-Centered Engineering (HCE) Applicants only. One goal of a Jesuit education is to prepare students to serve the Common Good. Human-Centered Engineering at Boston College integrates technical knowledge, creativity, and a humanistic perspective to address societal challenges and opportunities. What societal problems are important to you and how will you use your HCE education to solve them?

We call it “Screening Saturday.”

The tradition began after my grandmother collapsed at a church potluck and her blood sugar registered 412 mg/dL in the emergency department. No one there owned a glucometer, and when she came home three days later with discharge papers we struggled to interpret, I realized how many emergencies begin as unmonitored numbers. The next fall, I asked our parish council for one Saturday a month and borrowed my first blood pressure cuff.

Screening Saturday now runs October through March. I schedule volunteers in a color-coded Google Sheet, keep a locked cabinet labeled Biohazard stocked with sharps containers, and train new helpers with my EMT checklists on cuff sizing, fingerstick technique, and safe disposal. Concepts from AP Biology helped me explain insulin resistance without jargon, while AP Statistics allowed me to build a simple risk stratification model that flagged repeat systolic readings above 140 mmHg for follow-up.

Over time, the numbers turned into faces. Mrs. Wright brings apple fritters every month; Mr. Chen refuses to sit until I show him his trend graph, tracing each point with his finger. During a summer research internship with the UCLA Fielding School of Public Health’s Center for Population Health and Health Disparities, I mapped screening deserts across Los Angeles County using census tract data and clinic density overlays and recognized our neighborhood immediately in the gaps.

So we expanded. My team and I partnered with the county free clinic for reserved referral slots, and our HOSA chapter adopted Screening Saturday as its service initiative. Last year, we screened 183 residents and identified thirty six people with previously undiagnosed hypertension.

By March, the Igloo cooler is lighter and more worn, but the expectation remains. People plan around it, trusting that care will be present and consistent.

This is why I want to pursue BS Nursing and study population-level prevention through NURS4261: Population Health Practice at Boston College. I’ve learned that effective care rarely begins in exam rooms. It begins when communities make health visible, predictable, and shared. (400 words)

During spring break in Tijuana, I volunteered for a local clinic that provides harm-reduction care and mobile health services. One afternoon, our team was allowed into a municipal detention facility to screen infections and distribute basic wound-care supplies. That is where I met Luis.

He had been arrested after organizing a demonstration for municipal water access in his colonia, where residents had gone weeks without reliable supply. The protest blocked traffic outside city hall. He called it civil disobedience, but the charge listed it as public disorder.

As I cleaned untreated cellulitis on his forearm, his question stayed with me: “If the law punishes people for demanding water, does that make water a privilege instead of a right?”

In his neighborhood, families stored rainwater in plastic barrels and children missed school because of gastrointestinal illness. He argued that blocking traffic was disruptive but necessary, while I contended that public safety laws exist for a reason. He pushed further: “If a rule protects order but ignores survival, which should matter more?”

Our conversations continued over three visits. Amid blood pressure readings and antibiotic distributions, we discussed whether legality equals morality. I had grown up believing that change should move through institutions, but Luis insisted that institutions sometimes move only when pushed.

Back home, I read about Mexico’s constitutional right to water and the ethics of civil disobedience. I realized my view of justice had been procedural, while his was survival-based. The question was not whether protests should be comfortable, but whether rights that are not accessible are rights at all.

Luis remains my most meaningful conversation partner because he made me confront a question I had never examined closely: when the law protects order but fails to protect survival, who has priority? At Boston College, I want to major in Political Science and study how states justify authority and how citizens challenge it. Courses like POLI1081: Introduction to International Politics would help me connect everyday human rights to structures of power. In the Jesuit tradition of inquiry, I want to continue asking whether justice is defined by compliance or by the protection of human dignity. (393 words)

Coach Roger shouted as I crossed the finish line. “That’s the fastest time in the district.”

My lungs burned while teammates gathered along the track. Long before college applications or lab reports, my world revolved around starting blocks, split times, and the pursuit of shaving fractions of a second off each run. 

Over time, though, that dedication shaped how people saw me and how I was pushed into a box. Classmates and even teachers used “athlete” to imply that my strengths ended on the track, not at the academic level.

In a dual-enrollment physiology lab at my local community college, our TA handed out roles and, without looking up, assigned me to clean-up. “Athletes usually don’t like the detail work,” she said. In AP Chemistry, I stayed after to ask why creatine kinase spikes can lag behind soreness. Mr. Keller told me to “just Google it,” as if my questions weren’t worth the same attention as other students’.

I stopped trying to out-explain the stereotype and built a place where it couldn’t survive. Through my local community center, I organized Saturday sports clinics for middle-school athletes from underfunded neighborhoods. We ran footwork drills on cracked asphalt, but I also taught the “why” behind movement. When a seventh grader, Omar, asked why his knee still hurt weeks after a fall, I sketched a simple healing timeline and explained what pain signals can and cannot tell you. Then we turned it into a plan he could actually follow: sleep targets, load limits, and check-ins he could show his mom and coach. The next week, he came back not just moving better, but asking better questions. That was the moment I stopped trying to prove I belonged in academic spaces and started building them for others.

Word of the sports clinics spread, and before long, the questions I once had to justify began to be taken seriously. By senior year, Mr. Keller, who once rushed past them, was urging me to look at Boston College’s biology program and consider a future in research.

I plan to pursue BS Biochemistry because I want to study the molecular mechanisms that drive sports performance from nutrition to biomechanics. BIOL5310: Regenerative Biology is the course I’m eager to take, because I want to understand how cells decide to heal, and pursue my curiosity and academic passions as a student-athlete. (397 words)

Before the landslide, geology already shaped how I moved through the world. On drives through western North Carolina with my family, I asked to stop at road cuts along US-74 highway to photograph mountainous terrain and rocks on my iPhone and label them later in a folder called “Appalachians.”

In October, after four days of torrential rain, a landslide collapsed outside of the Blue Ridge Mountains. I volunteered with a donation crew from our local community, hauling bottled water, poly tarps, and propane heaters from a U-Haul. While carrying supplies, I kept glancing at the slope above us. The soil profile looked wrong—the regolith was clay-rich and slick, underlain by highly weathered shale. Fresh tension cracks spidered across the surface, and small clasts rolled downslope with each step.

The hillside was already at failure.

I borrowed a hand trowel from a county worker and scraped into the road shoulder until a shallow shear plane appeared, glazed with water. The slope was over 32 degrees and fully saturated, well past field capacity. I showed Addison, the volunteer coordinator, the failure surface, and pushed to move all of us volunteers and stage supplies downslope. She didn’t look convinced, but still called the crew to return to the bottom. Two hours later, a second slide tore through the exact section we had cleared.

Capability is more than just knowing jargon like “rotational failure” or “cohesion.” It means recognizing when disaster is about to strike and being responsible for those around me. 

Back home, I rebuilt the slope in detail. Using NOAA rainfall data, soil cohesion estimates from USGS reports, and limit equilibrium equations, I modeled the failure in excel, then refined it using GIS elevation data. I presented the project at the North Carolina Science & Engineering Fair, earning first place.

“Be Capable” is the value I would add to Boston College’s Jesuit tradition because care without competence is fragile. I’m especially drawn to EESC3385: Structural Geology, where stress, deformation, and failure are studied as real forces with human consequences. At BC, I want to sharpen my field judgment through mapping, lab work, and mentorship, then bring that capability into the community by contributing to hazard-awareness projects and research teams that translate science into clear guidance people can actually use. I want to be the person who cares for our environment as much as I do about the people around me. (399 words)

A small generator rattled outside the clinic in Kano, Nigeria, struggling against temperatures above 43°C. Inside, patients fanned themselves with folded papers while staff moved IV bags away from warming shelves. Without refrigeration, medicines risked degradation. During a summer visit to my relatives, I watched dehydration and heatstroke cases rise faster than the clinic could stabilize them, each tied not only to extreme heat but to failing electrical systems.

What struck me most was how predictable outages turned basic care into triage. In many rapidly growing cities, electrical instability transforms routine environmental stress into systemic public health risk, which exposes infrastructure failure rather than climate alone as the true driver of emergency.

When I returned home to Houston, I partnered with Solar Sister, a nonprofit supporting women-led solar entrepreneurship in sub-Saharan Africa. Using regional temperature data, I designed a modular backup power system: a 1.5 kW rooftop solar array paired with lithium iron phosphate battery storage sized for a small clinic. Our system restored power within seconds of an outage, keeping fans, vaccine refrigeration, and diagnostic equipment running without interruption.

What made the project click for me was realizing how much of it came back to what I’d learned in AP Physics. Concepts like photovoltaic energy conversion, circuit load balancing, and thermal efficiency came to life and helped me realize that I could actually keep people safe. For the first time, physics felt urgent. That shift made me want to push deeper into every concept I could get my hands on. 

During the three-month pilot, participating clinics reported uninterrupted cooling during peak heat hours and fewer emergency transfers linked to heat exhaustion, demonstrating how resilient energy design can prevent humanitarian crises before they escalate. The experience reshaped how I understand humanitarian responsibility. Protecting human life depends less on emergency response than on anticipating risk before systems collapse.

At Boston College, I want to study Human-Centered Engineering to design public systems that prevent infrastructure failure before crises emerge. Courses such as ENGR3101: Engineering for Society would allow me to examine how engineering decisions intersect with public policy, equity, and ethical responsibility. Serving the Common Good means designing infrastructure that protects those most at risk, ensuring survival does not depend on geography or circumstance. (400 words)