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Explore the Fields Shaping What Comes Next

IVY LEAGUE RESEARCH EXPERIENCE

NEXUS gives talented students early exposure to science, technology & engineering, artificial intelligence, and biology & medicine through advanced research and guided exploration. Students move beyond classroom theory to see how these disciplines intersect, solve real-world problems, and influence the future of innovation.

From emerging AI to biomedical innovation, students experience research beyond the traditional classroom.

Science

A glass prism on white paper splitting window light into a small spectrum

Explore the principles that shape the physical and biological world through experimentation, observation, and evidence. Students develop the scientific reasoning and analytical skills that form the foundation of advanced research and discovery.

Technology

Tweezers resting beside a small component on a matte black circuit board

Explore the emerging technologies transforming how we live, work, communicate, and conduct research. Students examine advanced tools and systems while learning how technological innovation moves from possibility to real-world application.

Artificial Intelligence

Small photographic prints sorted into three groups on a table

Explore one of the fastest-evolving technologies shaping the future. Students engage with machine learning, data analysis, and intelligent systems while developing the critical thinking and human judgment needed to understand, use, and ultimately help shape AI responsibly.

Biology & Medicine

An open anatomy atlas with a heart illustration beside a few glass microscope slides

Students investigate human health through biology, biomedical research, genetics, disease, and emerging medical technology. The experience connects scientific discovery with the future of medicine and introduces students to research designed to better understand and improve human health.

BIOENGINEERING

Explore Organ-on-Chip Research

Students are introduced to advanced biomedical research that recreates aspects of human organ function on microengineered platforms. This gives them exposure to the type of technology being used to study disease, medicine, and human biology at an advanced research level.

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A clear microfluidic chip with thin fluid-filled channels on a matte grey surface
Program