STUDENT OUTCOMES
Research That Students Understand, Own, and Carry Forward
These stories show different starting points and different destinations. What they share is sustained mathematical work, student ownership, and the ability to communicate a project with confidence.
WHAT AN OUTCOME MEANS
More Than an Award or an Admission
Recognition matters, but the deeper outcome is intellectual growth: learning to formulate a question, develop the mathematics, persist through uncertainty, write carefully, and present work the student can defend.
Each path is individual
Conference acceptance, science-fair placement, publication, and college admission are never guaranteed. They depend on the student’s work and on decisions made by independent reviewers and institutions.
STUDENT STORIES
Projects That Became Part of a Larger Academic Journey
The excerpts below are drawn from students’ own reflections on their research experiences.
STUDENT STORY
Anna Oliva
Carnegie Vanguard High School · Class of 2025
RESEARCH PROJECT
Symmetry, Fixed Points and Quantum Billiards: A Confluence of Ideas
First Place in Mathematics at the Science and Engineering Fair of Houston · Second Place in Mathematics at the Texas Science and Engineering Fair · First Award in Mathematics at Regeneron ISEF · Presentations at the TX–LA Undergraduate Mathematics Conference, UH Undergraduate Colloquium, and the ISEF winners conference in Stockholm · Admitted to Caltech, MIT, Stanford, and the University of Michigan
CURRENTLY ENROLLED
Stanford University
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“This project showed me that not only is it feasible for me to conduct research, it’s also very fun. Through Dr. Onofrei and the project, I feel that I’ve gotten a strong foundation in mathematical thought and formal proof writing that will remain with me throughout the rest of my career.”
STUDENT STORY
Aarush Bocker
Mahwah High School · Class of 2026
RESEARCH PROJECT
Non-Invasive Imaging of Single Stiffness Defects via Spring–Mass Chain Inversion
Second Place in Mathematics at the Terra North Jersey STEM Fair · Peer-reviewed publication in SciEnggJ · Presentation at the Rose-Hulman Undergraduate Mathematics Conference · Admitted Early Decision to Columbia University’s Fu Foundation School of Engineering and Applied Science · Full-ride scholarship from the New Jersey Institute of Technology
CURRENTLY ENROLLED
Columbia University
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“By the end of this experience, we published in a peer-reviewed journal, presented at ISEF-affiliated science fairs and Undergraduate Mathematics Conferences, and, most importantly, created a working tool that I both built and could explain.”
STUDENT STORY
Adela Nicolae
Carnegie Vanguard High School · Class of 2026
RESEARCH PROJECT
Mathematical Modelling of Infectious Diseases: Old Paradigms and New Questions
Qualified through her district to participate in the Health Science category at the Texas Science and Engineering Fair · Presentations at the Rose-Hulman Undergraduate Mathematics Conference, the UH–LSU–Texas A&M Undergraduate Mathematics Research Conference, and UH Undergraduate Colloquium · Admitted to Yale University, Imperial College London, University College London, Rice University, UCLA, UT Austin Honors, and Case Western Reserve University
CURRENTLY ENROLLED
Yale University
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“With textbooks, journals, and coding lessons from Dr. Onofrei, I learned how to utilize the MATLAB modeling software to model our simulations of disease spread with differential equations. I ran the simulations on my own, took notes, compared results, and freely experimented with the models to understand their nature and explore other developing questions.”
STUDENT STORY
Alexandra Vaughn
Michael E. DeBakey High School for Health Professions · Class of 2021
Mathematical Understanding of Bottleneck Phenomena in Traffic Flow
National Merit Scholarship Program Finalist · Poster presentation at the TX–LA Undergraduate Mathematics Conference · Graduated with a B.S. in Mechanical Engineering from The University of Texas at Austin · UT Honors College Scholar and engineering scholarship recipient
CURRENT ACADEMIC PATH
PhD in Materials Science, The University of Texas at Austin
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From mathematical modeling to biochemistry at Yale
“The investigation and hands-on experience challenged my creativity and analytical thinking—well beyond anything I had encountered in a traditional classroom setting. Through the project, I became intimately familiar with MATLAB, a software I continued to use in course projects and research activities during college.”
EVERY STUDENT BEGINS SOMEWHERE DIFFERENT
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