Computational Biology STEM Camp (Session 1) at miRcore Research – Ann Arbor, MI

The Computational Biology STEM Camp (Session 1) hosted by miRcore is a one-week summer research program designed for academically motivated high school students interested in biology, data science, and biomedical research. This session takes place June 15–19, 2026, with options for in-person participation in Ann Arbor, Michigan, or virtual attendance.

During the week, students explore how scientists use computational tools and genomic data to study genes, RNA expression, and disease. Through guided group projects and structured research activities, participants gain exposure to real-world computational biology methods in a supportive learning environment focused on inquiry and collaboration.


Program Details

Program name: Computational Biology STEM Camp (Session 1)

Ages served: Current high school (and incoming 9th grade) students

Program type: Summer research camp

Focus areas: Computational biology, genomics, data analysis, biomedical research

Format: Hybrid (in-person or virtual)

Pricing: $875 (In-Person Camps) | $610 (Virtual Camps) | $75 Non-refundable Application Fee

Date and time: June 15-19, 2026 (Session 1) | 10:00AM to 5:00PM (7 hours)

Location:

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University of Michigan
3520 Green Ct
Ann Arbor, MI 48105


Program Overview

Session 1 of the Computational Biology STEM Camp introduces students to the fundamentals of computational biology through hands-on research experiences using real biological data. Participants work in small teams to analyze RNA expression data and investigate how genes are connected to disease processes.

Rather than following scripted lab exercises, the camp emphasizes open-ended research questions similar to those encountered by professional scientists. Students learn how to interpret data, use computational tools, and communicate scientific findings, gaining insight into how modern biomedical research is conducted. In-person participants also benefit from collaborative, research-focused instruction in an academic setting, while virtual students follow a parallel curriculum designed for remote engagement.

 

Learning Focus & Skills Developed

  • Introduction to computational biology and genomics

  • Analysis of RNA expression and transcriptomic data

  • Understanding how genetic data relates to disease

  • Research problem-solving and critical thinking

  • Scientific collaboration and communication

  • Experience with tools used in real biomedical research

Who This Program Is Best For

  • High school students with strong interests in science, math, or medicine

  • Learners curious about genetics, data science, or biomedical research

  • Students considering future studies in STEM or health-related fields

  • Those seeking a research-oriented summer learning experience

  • Students comfortable working collaboratively on complex problems


About the Provider

miRcore is a nonprofit organization focused on expanding access to authentic medical and computational biology research experiences for students. Through summer camps, volunteer research programs, and leadership initiatives, miRcore introduces learners to real scientific workflows that extend beyond traditional classroom instruction.

The organization partners with academic and research institutions to provide structured, mentor-guided experiences that emphasize data analysis, scientific reasoning, and collaborative discovery.

 

Program Location & Local Context

Session 1 of the Computational Biology STEM Camp is hosted in Ann Arbor, Michigan, at the University of Michigan, a major research institution known for its contributions to science and medicine. The in-person location places students in an academic environment that reflects real research settings, while the hybrid format allows students throughout Michigan and beyond to participate virtually.


Frequently Asked Questions

What grade levels can participate in Session 1?
This session is designed for high school students, including rising 9th graders, who are interested in computational biology and biomedical research.

Is prior experience in biology or coding required?
Formal coursework is not required. The program provides guidance and introductory materials to help students build the necessary background during the camp.

Is Session 1 available virtually?
Yes. Students may participate either in person in Ann Arbor or online through a structured virtual format.

What makes this camp different from traditional science camps?
This camp focuses on real research using authentic biological data, emphasizing open-ended inquiry rather than pre-defined experiments.


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