예비 중3부터 대학생까지 참여하는 여름 대면 연구 프로그램입니다. 기수당 최대 10명, 교수 강의 30시간과 조교(TA) 지도 20시간으로 진행합니다.
탐구하고 싶은 주제에서 출발합니다. 연구 질문은 학생이 직접 세우고 논문도 학생이 직접 씁니다. 교수 멘토와 조교(TA)는 방법론, 근거, 수정 과정을 지도합니다. 강의 주제는 출발점일 뿐, 정해진 답을 옮겨 쓰는 논문이 아닙니다.
지원 절차 및 비용한눈에 보기
이 기수의 일정과 수업 시간표를 확인해 주세요.
학생은 자신의 연구 논문 완성을 목표로 합니다. 저널 투고와 게재는 별도 절차이며, 논문 게재와 대학 합격은 보장되지 않습니다.
Directed by Harvard Professor of Molecular and Cellular Biology Dr. Samuel Kunes (Pew Scholar in Biomedical Sciences), this curriculum investigates neural circuitry, memory formation, and experimental design. Students develop hypothesis-driven reasoning and author a collegiate-style neurobiology paper.Professor of Molecular and Cellular Biology at Harvard University, Dr. Samuel Kunes is a celebrated neuroscientist and geneticist whose laboratory explores the fundamental cellular mechanisms of learning, memory, and neurodegenerative disease. A Pew Scholar in the Biomedical Sciences and recipient of the Damon Runyon–Walter Winchell Fellowship, Professor Kunes guides students through experimental design and molecular neurobiology with the uncompromising academic rigor of Harvard's premier bioscience programs.
Mentored by Caltech Professor of Chemistry and Feynman Prize Winner Dr. Brian Stoltz, this elite program covers advanced organic synthesis, chemical reaction mechanisms, and bioactive drug design. Students gain direct exposure to Caltech-caliber laboratory logic and chemical inquiry.Professor of Chemistry at the California Institute of Technology (Caltech) and Director of the Stoltz Group, Dr. Brian Stoltz is the recipient of the prestigious Feynman Prize and an internationally recognized pioneer in synthetic organic chemistry. Renowned for inventing groundbreaking chemical transformations, asymmetric catalysis methods, and total syntheses of bioactive natural products, Dr. Stoltz trains students in the rigorous mechanistic logic and molecular design that define world-class chemical biology laboratories.
Academic research program.
Guided by UChicago Computer Science Assistant Professor Dr. Haifeng Xu (former Harvard Postdoctoral Fellow), this advanced course explores algorithmic game theory, multi-agent AI systems, and machine learning economics.
Taught by Columbia University Applied Mathematics faculty and NASA Goddard Institute Physical Research Scientist Dr. Anastasia Romanou, students harness advanced mathematical modeling and computational simulations to analyze large-scale climate and planetary datasets.
Supervised by NASA Goddard Institute climate scientist Dr. Anastasia Romanou of Columbia University, scholars explore atmospheric thermodynamics, fluid mechanics, and quantitative climate physics using real NASA observation systems.
Market-validated research, Silicon Valley entrepreneur, MIT Sloan MBA faculty
Mentored by University of Chicago Economics faculty, students analyze strategic microeconomic theory, game theory, and empirical market decision models.
Under Oxford Professor of Experimental Psychology and Admissions Tutor Dr. Robin Murphy, students study the neural and computational architecture of human cognition, causal reasoning, and behavioral psychopathology.
Directed by University of Oxford Professor of Education Dr. Liam Francis Gearon, students investigate comparative educational systems, international literacy development, and global education policy.
Led by former Obama Administration State Department Advisor and UPenn Law Deputy Dean Professor William Burke-White (Harvard Law J.D., Cambridge Ph.D.), this program investigates international environmental diplomacy, global treaties, and Paris Climate Agreement compliance mechanisms.
Led by University of Cambridge finance faculty, this course equips scholars with empirical asset pricing models, quantitative risk management, and market econometric forecasting.