Incoming Freshman · Harvard University

Aarin Dave

Drawn to the living systems that make us human, and to the computational tools we are building to understand them. Studying neuroscience and computer science at Harvard, with a grounding in health policy research at Massachusetts General Hospital.

A little about me

In Valdosta, the nearest specialist sits more than an hour away. Growing up, I watched distance and cost quietly determine who received care and who did not. My grandmother could not visit family because the regional infrastructure could not support her dialysis needs. Neighbors drove forty miles for routine appointments. What I absorbed from that place was not a lesson but an instinct: the gap between what people need and what they receive is never inevitable, and someone always closes it.

The crystallizing moment came from a man named Freddie Taylor, my computer science teacher's father-in-law, who had just undergone open-heart surgery and could no longer speak. He gestured toward a clock, raised two fingers, and pointed at the floor. Nobody understood. The room's silence amplified his frustration, and a cardiologist, watching, remarked: "If only there were an app for these patients." A patient who cannot communicate, a grandmother who cannot travel for dialysis, a neighbor who cannot reach a specialist — these are not separate problems. They are the same problem at different scales, and the question I carry into Harvard is whether technology can finally close the distance.

Currently

  • StudyingFreshman at Harvard, Neuroscience and Computer Science (Pre-medicine)
  • ResearchThoracic Surgery and Artificial Intelligence, Massachusetts General Hospital
  • BuildingRedove — Virtual reality platform for post-operative depression therapy
  • ReadingThe Future of the Mind — Michio Kaku

Publications

OpinionJournal of the American College of Radiology · 2026

Meeting People Where They Smoke: Policy Strategies to Promote Lung Cancer Screening Awareness

Deepti Srinivasan, Samuel Schwartz, , Tino Karakousis, Chi-Fu Jeffrey Yang MD

Division of Thoracic Surgery, Department of Surgery · Massachusetts General Hospital, Boston MA

Lung cancer remains the leading cause of cancer death in the United States, yet screening uptake sits at only 21% among eligible individuals, and more than 80% of high-risk patients have never discussed screening with a clinician. The piece proposes three complementary policy strategies to close that gap: mandating screening information at tobacco point-of-sale, embedding signage in state-designated smoking areas, and simplifying eligibility criteria by replacing the complex pack-year framework with a duration-based approach. The argument draws on existing regulatory infrastructure and First Amendment precedent to chart a legally defensible path for advocates across radiology, primary care, and oncology.

High School Work

The following applications were developed during high school, each focused on a specific gap in healthcare access or communication.

Congressional App Challenge, District Winner2024

ICUSpeak

HealthcareAccessibility

Post-surgery patients often lose the ability to speak while remaining fully conscious, leaving them unable to communicate basic needs, ask questions, or indicate discomfort. ICUSpeak pairs a mobile application with a physical input device, allowing patients to express pre-set phrases by pressing buttons within reach. Validated at UF Health with clinicians and patients, the application was presented to the United States Congress in Washington, D.C.

Congressional App Challenge, District Winner, Displayed at the United States Capitol2026

InformER

HealthcareEmergency Medicine

Emergency rooms generate confusion at scale: outdated signage, rapid patient turnover, and communication breakdowns that directly contribute to medical errors. InformER is a dynamic digital signage platform that standardizes real-time information flow across an emergency department, reducing ambiguity for patients, staff, and families. As district winners, Aarin and his brother presented the application to members of Congress at the United States Capitol.

Congressional App Challenge, District Runner-Up2025

Redove

HealthcareVirtual Reality

Long-term hospitalization produces a distinctive kind of suffering: isolation, loss of autonomy, and a creeping disconnection from the world outside the room. Redove is a virtual reality application that places hospitalized patients into immersive, peaceful environments as a way to reduce depressive risk during extended recovery. Research involved collaboration with a Harvard-affiliated medical professional at Massachusetts General Hospital.

What I work with

Biology and Medicine

NeuroscienceHealth PolicyOncology ResearchScientific WritingMedical Literature ReviewPre-medicine

Computing and Engineering

PythonMachine LearningData ScienceComputer VisionFull Stack Web DevelopmentVirtual Reality DevelopmentGame DevelopmentRaspberry PiAlgorithms

Say hello

Whether you want to talk research, health policy, or where medicine and computing are headed, the inbox is open.