10 Tips to Apply to ResearcHStart as a High School Student

If you are a high school student scouting for summer programs, you have likely noticed a pattern: most are “pre-college” programs or camps at universities built around lectures, tightly scripted activities, and lab exercises where the outcome is already known. If you’re looking for a more hands-on program hosted at a university, ResearcHStart is a solid option!. 

What is ResearcHStart? What will I do as a participant?

This program is a strong fit for students who are interested in real-world impact rather than classroom simulations. Instead of observing research from the sidelines, you become part of the research ecosystem at leading medical institutions across the American Midwest. Your role is not to observe science, but to contribute to it. If you are aiming for a career in Oncology, Immunology, or Biomedical Engineering.

Why choose ResearcHStart?

You should consider this program if your primary goal is building real technical competence rather than expanding a social or professional network before you apply to college. Here’s what you can expect from this program:

1. Early exposure to professional science: You will work 40 hours a week in a cutting-edge laboratory or research project, contributing to projects that have real funding, real deadlines, and real consequences, such as investigating gene expression in mouse models or developing deep-learning models for tasks such as enzyme prediction.
2. Access to multi-institutional resources:  As a participant, you will gain access to the laboratories and resources of five major research hubs: University of Chicago, University of Illinois at Urbana-Champaign (UIUC), University of Illinois at Chicago (UIC), Northwestern University, and Rush University.
3. Mentorship from PIs: You are paired with a Principal Investigator (PI) who oversees the project and a day-to-day mentor, such as a PhD student or postdoc researcher. This mentorship structure closely mirrors school, giving you a realistic preview of academic research dynamics, i.e., how projects are guided and how feedback is shared.

A quick overview of ResearcHStart – dates, deadlines, cost, and more!

Here are the hard specs for the upcoming cycle.

• Program Name: ResearcHStart
• Stipend: $3,000 (Taxable). This is a paid research position
• Dates: June 15 – August 7
• Cost: $0. There is no tuition or application fee
• Location: Labs are located across Chicago and Urbana-Champaign (UChicago, UIC, UIUC, Northwestern, Rush)
• Eligibility:
  • Rising Juniors or Seniors (Class of 2026 or 2027)
  • Resident of Illinois or Lake County, Indiana
  • Must be at least 16 years old by the start of the program (Strict legal requirement for lab entry)
  • Strong background in math and science
• Application Window: Applications close January 19

ResearcHStart is a highly selective (selecting around 30 students only), multi-institutional summer research program hosted by the University of Chicago in partnership with the University of Illinois at Urbana-Champaign (UIUC), the University of Illinois at Chicago (UIC), Northwestern University, and Rush University. It is designed for high school students interested in cancer research who want real-world experience through full-time laboratory work, professional mentorship, and skill-building workshops.

How many students are accepted for ResearcHStart each year? Is it selective?

The program is highly exclusive, accepting no more than 30 participants across all institutions each year. Participants work 40 hours per week in the laboratories of established cancer researchers, where they gain exposure to fields such as bioengineering, immunology, and experimental therapeutics, while contributing to ongoing research projects.

What kind of skills will ResearcHStart teach me?

The curriculum focuses on tangible, resume-ready technical skills. Depending on your lab placement, whether in Bioengineering, Immunology, or Pharmacology, you will develop proficiency in tools and methodologies that are actively used in professional laboratories, such as:

• Wet Lab Techniques: Cell culture maintenance, PCR (Polymerase Chain Reaction), Western blotting, and modifications of extracellular vesicles.
• Biomedical Engineering: Fabrication of hydrogel biomaterials for tissue engineering and tumor modeling.
• Computational Oncology: Using Python or R for statistical modeling, developing deep-learning algorithms to predict protein structures, and analyzing large datasets related to cancer disparities.
• Scientific Communication: You will learn to synthesize data into a formal research poster and defend your findings at a closing symposium, a critical skill for any future PhD candidate.

What do past participants say about the program?

We did some research on X, Y, and Z, and found that past participants consistently point out that full integration into a professional lab team is the defining feature of the program. Rather than working on isolated exercises, you will often be responsible for independent components of larger studies, such as investigating gene expression in mouse models or modifying extracellular vesicles with immune stimulants, where your work directly supports ongoing research. Alumni data indicate that nearly 80% of participants go on to pursue degrees in biological sciences, with many continuing into long-term STEM careers.

Some highlights from student feedback:

• Maya Aviram (Biomaterials & Tissue Engineering): “ResearcHStart offered an opportunity to get introduced to a future in research while developing skills essential to any career in STEM.”
• Aleksandra Goncalo (Tumor Microenvironment Studies): “This program has given me a much clearer picture of what a research career can look like.”
• Malak Halabya (Computational and Data-Driven Research): “It was inspiring to join a research group and experience what it feels like to be part of the research community.”

What are some strengths and considerations of ResearcHStart? 

Strengths:

1. Technical Depth: You will receive training in advanced techniques such as 3D tumor modeling and machine learning applications in oncology.
2. Professional Network: You will have access to direct mentorship by faculty from top-tier research institutions (UChicago, Northwestern, etc.).
3. Financial Compensation: The $3,000 stipend makes this program accessible to students who cannot afford tuition-based programs.

Considerations:

1. High Selectivity: With a cohort size of around 30 students, admission is competitive and statistically difficult. You may want to consider a few backup programs! You can check out a blog on Biology Research Opportunities for High School Students here. 
2. Commuter Format: The lack of housing limits accessibility for out-of-state students unless you can arrange their own stay.
3. Time Commitment: This is a full-time job (40 hours/week) for 8 weeks, leaving little room for other summer activities.

Is ResearcHStart the right program for you?

ResearcHStart is best suited for students who are technically driven and already thinking seriously about their careers. If you are looking for a full-time introduction to biomedical research and are ready to handle the responsibility that comes with working in an active cancer lab, this program is an excellent fit. It is particularly well-aligned for students targeting competitive pre-med or PhD tracks who want to move beyond their interest and build credibility through genuine bench experience.

10 tips for applying to ResearcHStart

The selection process is demanding, with a cohort of roughly 30 students chosen from a large applicant pool. To optimize your application:

1. Ensure you meet the minimum eligibility criteria: A fairly basic check to ensure you’re not wasting your time, especially about the minimum age requirement.
2. Focus on oncology: Your essay should pivot specifically to cancer research. Mention cancer-focused interests such as “tumor microenvironments” or “immunotherapy” rather than broad statements about “helping people” or generic interest in medicine.
3. Demonstrate STEM rigor: Highlight your grades in AP Biology, Chemistry, or Calculus. The committee is looking for data literacy and the ability to handle complex work in a research lab.
4. Identify and request technical references: Approach science teachers or research mentors for their recommendations, as they can vouch for your lab safety skills, technical precision, and ability to follow detailed instructions. 
5. Treat it like a job interview: This is a 40-hour/week commitment. Use professional language regarding punctuality, work ethic, and team collaboration.
6. Know the partner sites: Research the partner Cancer Centers at UChicago or UIUC. Referencing a specific cancer center or a partner institution’s focus area, such as engineering-focused research at UIUC, shows preparation and genuine interest.
7. Be honest about skills: You don’t need to know how to do Western Blots yet; that is what they teach you. What matters more is your ability to learn technical concepts quickly.
8. Prepare for the interview: If selected for round two, be ready to explain why you are excited to spend your summer in a lab analyzing data and running experiments. Genuine curiosity is far more compelling than rehearsed answers.
9. Apply early: The submission window is strict. Submit your materials well before the February 5th deadline to avoid last-minute technical glitches.
10. Solve the Commute: Housing is not provided. If you live in a suburb, explicitly mention your transportation plan to Chicago or Urbana-Champaign in your application. Addressing this upfront reassures the committee that logistics won’t interfere with your ability to fully commit to the program. 

One more option – Horizon Academic Research Program

If you’re looking for a competitive mentored research program in subjects like data science, machine learning, political theory, biology, and chemistry, consider applying to Horizon’s Research Seminars and Labs! This is a selective virtual research program that lets you engage in advanced research and develop a research paper on a subject of your choosing. Horizon has worked with 1000+ high school students so far and offers 600+ research specializations for you to choose from. You can find the application link here!

Image Source – Horizon Academic logo