Northeastern University's Center for STEM Education marked the 30th year of its Young Scholars Program with 32 students from 26 Boston-area high schools. During the six-week program, pairs of students worked with faculty and graduate mentors across several university colleges and presented their work at the end of the summer.

The project list shows how wide a high-school research experience can be. Students investigated topics involving limb regeneration, MRI measurements, targeted drug delivery, video-language models, robot gaze, semiconductor alloys, water treatment, and dark-matter maps based on balloon observations.

The value of that variety is not that every student will understand every project. It is that students see research as a collection of questions that can be approached with different tools. A biological problem may involve imaging. A robotics problem may involve social behavior. A materials problem may involve chemistry, computation, and mechanical testing at the same time.

Working in pairs also changes the experience. Students have to divide tasks, compare interpretations, and communicate when a result is confusing. The final poster and presentation require them to explain not only what they found, but how they know the result is meaningful and what they would try next.

Programs like Young Scholars can make research feel less like a distant professional activity and more like a process students can begin practicing. The central experience is not simply using university equipment; it is learning how to turn curiosity into a question, a method, and a defensible explanation.

Source: Northeastern University Young Scholars Program 2026

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