A STEM-Focused Mentoring Program for High School Students

Research shows that providing students with agency, choice, and a sense of purpose significantly enhances motivation and engagement. Student-driven STEM programs, such as my school’s Directed Reading Program (DRP), demonstrate this principle by offering hands-on, real-world experiences that extend learning beyond the classroom. Students can explore fields such as neuroscience and engineering, which help them discover personal interests and potential career paths.

The program fosters essential skills in problem-solving, teamwork, and communication, while connecting students with professionals, researchers, and university faculty in meaningful academic relationships. Participation in the program strengthens college applications by demonstrating initiative and authentic engagement in STEM. Importantly, the program is inclusive: Students of all backgrounds and skill levels can explore topics at their own pace, fostering curiosity and a lasting love of learning.

The Directed Reading Program

The DRP provides a structured yet flexible framework for students to engage with STEM through independent research projects that college professors, graduate students, and professionals in the field facilitate. The program serves two purposes: to offer students the opportunity to explore STEM beyond standard coursework, introducing them to research that can inform future academic and career decisions; and to provide those interested in advanced STEM pathways with mentorship and access to materials beyond the high school level.

Students are paired with mentors—together, they identify a project that reflects both the student’s interests and the mentor’s expertise. Over the course of the semester, students engage in independent study of advanced texts or papers and meet weekly (typically via Zoom) to discuss progress and refine their understanding.

The program culminates in a capstone presentation, often accompanied by written or technical work that gives students experience in communicating complex scientific and mathematical ideas. The overarching goals are to equip students with the tools needed to work with advanced STEM material, foster meaningful mentor-student relationships, and develop confidence in both written and oral communication.

We select students on academic performance, teacher recommendations, a brief written questionnaire, and informal conversations with the students themselves. We seek students with the capacity, desire, and time to engage deeply with challenging material outside of their school hours and schoolwork. Through this process, students develop subject-specific knowledge, confidence, independence, and a stronger sense of identity as learners.

Details and Logistics

The DRP’s mentoring model is intentionally small and adaptable. The DPR coordinator collects the names of student applicants and meets with mentors via Zoom to get to know them and discuss guidelines and requirements. The program coordinator then pairs mentors and students according to interests and preferences. To paraphrase mathematician Eugenia Cheng, we believe that one doesn’t need to be a STEM prodigy to be interested and successful in STEM; we try to engage as many applicants as we can.

Depending on what best supports participants, mentors typically work with one to three students for highly individualized guidance or small group collaboration. Meetings occur weekly for approximately one hour over six to eight weeks. Students dedicate an additional four to six hours to independent reading, problem-solving, or research.

The Zoom meetings are at mutually convenient times for mentors and students. Some groups meet at lunchtime, study halls, or free periods during school hours, while others meet after school. Some students occasionally arrange to meet in person at the university where the mentor works. When strong intellectual rapport develops, mentorships often extend well beyond the initial timeline.

The program coordinator recruits mentors through direct outreach (mostly cold emailing) to university faculty, local, and other professional networks. Response rates have been strong, including generous engagement by women in academia—an especially valuable aspect in the context of an all-girls school such as ours. Mentors appreciate the program’s flexible time commitment and the open-ended, intellectually engaging nature of the work.

Informal Evaluation

A signature strength of DRP has been the level of student motivation, as participation is entirely voluntary and carries no academic credit. Students participate out of genuine curiosity and intellectual interest, which fundamentally shapes the tone of the mentorship experience. Mentors consistently describe this intrinsic motivation as a rewarding aspect of the program, and many of them express interest in returning for future cycles.

At the conclusion of the program, students complete a capstone project. Evaluation of the student’s project is informal but clear: The final presentation is compulsory for all projects. The presentations include a self-reflection piece, and the Q and A session at the end of each presentation always includes a self- and program evaluation. Sometimes, mentors are present at their mentees’ presentations, in person or via Zoom, and furnish details about the students’ work, engagement, and achievement. We also touch base with mentors a couple of times during the mentorship, to provide support and obtain feedback on all aspects of the program, including students’ work.

Although there is no specific acknowledgment of this work on their transcripts at this time, students (and college counselors) do include participation in this program on résumés and talk about it in their college and work applications in the same way as they would acknowledge other co-curricular activities, such as community service and sports achievements.

Markers of Efficacy

The success of the Directed Reading Program has not been formally quantified; however, several clear indicators point to its effectiveness. The program has grown from a small initial cohort of four or five students to approximately 20 participants in the most recent cycle, which reflect sustained interest and a strong word-of-mouth reputation within the school community. Student engagement is equally evident: Participants speak about their experiences with enthusiasm and frequently choose to return for additional cycles.

The program has broadened students’ academic interests, particularly in STEM fields not formally offered within the curriculum. Our students have gained exposure to areas that would otherwise remain inaccessible at the high school level. This expansion of interest has had a broader institutional impact and contributed to increased participation in STEM clubs and other student-led initiatives.

Students have grown in their ability to collaborate, communicate effectively, and engage thoughtfully in academic discourse—transferable skills that extend beyond the program and strengthen the wider school-community connections. This shows in the growing interest of our alumnae and parents, who are now getting involved through mentorship and networking.

The capstone projects provide tangible evidence of student learning. These substantive works range from research papers to presentations and technical projects that are often suitable for inclusion in college admission portfolios. They demonstrate mastery of content, and the ability to conduct independent inquiry, sustain intellectual effort, and communicate ideas clearly.

Taken together, these elements demonstrate the impact and value of the DRP. By combining student-driven curiosity with expert mentorship, authentic research experiences, and opportunities for public presentation, the program cultivates thoughtful, independent learners who are well prepared for continued success in STEM and beyond.