MIT THINK Scholars Program: A Complete Guide

The MIT THINK Scholars Program is a nationwide educational initiative for U.S. high school students, run by MIT undergraduates to foster, fund, and mentor innovative, early-stage STEM project proposals.

Selected finalists have weekly mentorship meetings with THINK team members for technical guidance, helpful resources, and updates on the project’s progress and are provided up to $1,000 in funding for their project.

In addition, finalists are invited to a four-day all-expenses paid trip to MIT’s campus, where they tour labs, present their research to MIT students and faculty, and hang out with members of the THINK team.

This guide breaks down how the program works, how to apply, what selection committees look for, and how past winners succeeded.

• What Is the MIT THINK Scholars Program?
• MIT THINK Awards and Recognition
• How to Qualify for the MIT THINK Scholars Program
• How to Get into the MIT THINK Scholars Program
• How to Win the MIT THINK Scholars Program
• MIT THINK Previous Winners
• Frequently Asked Questions
• Takeaways

What Is the MIT THINK Scholars Program?

The MIT THINK Scholars Program is a national STEM research initiative for U.S. high school students. Run by undergraduates at Massachusetts Institute of Technology, the program focuses on the strength of your research proposal.

To participate, you submit a 10-page research or innovation proposal that outlines the problem you want to investigate, the scientific or engineering background behind it, and a feasible plan for completing the work within one semester and a $1,000 budget. No prior lab access or finished project is required.

Students typically propose projects in areas such as software systems, green technology, biomedical science, or engineering.

In the program’s most recent cycle, THINK received 1,042 applications. From these, 29 students advanced to semifinalist interviews, and 75 others received Commended recognition for placing in the top 10%. Finalists from this cohort are now carrying out their projects with support from MIT mentors, reflecting the program’s continued growth and selectivity.

The next application cycle will likely open in late fall and close in early winter, following a similar schedule to previous years. Students planning to apply should monitor the official THINK website for the updated timeline and new cycle announcements.

MIT THINK Awards and Recognition

Finalists receive a combination of mentorship, funding, experiential learning, and national recognition. Each component below is designed to support students as they turn their research proposal into a complete, semester-long project:

1. Mentorship

As a finalist, you meet weekly with MIT undergraduate mentors who guide you through the technical aspects of your project. They help you troubleshoot implementation challenges, think through problems systematically, and refine your approach as your project develops. You also receive support in navigating research methods, reading scientific literature, and sharpening your project goals.

This mentorship serves as an early introduction to research culture, giving you direct insight into how STEM projects take shape and evolve over time.

2. Funding

As a finalist, you receive up to $1,000 to carry out your proposed work. You can use this funding for materials and equipment, software or computational tools, experimental supplies, or any prototyping and fabrication needs your project requires.

The budget framework helps ensure that your idea remains realistic and achievable within a typical high school or home-based research setting.

3. MIT experience

Finalists are invited to participate in a four-day, all-expenses-paid trip to the MIT campus, depending on conditions. The trip offers an immersive view of academic life at MIT and typically includes:

• Lab tours, where students observe research in progress
• Meetings with faculty and researchers for proposal feedback and discussions
• Lectures or sessions on innovation, research pathways, and project development
• Student-led events, allowing finalists to interact with MIT communities
• THINK team activities, including collaborative sessions and project check-ins
• Campus exploration, showcasing dorm life, maker spaces, and student culture

This experience mirrors aspects of an MIT undergraduate visit and helps finalists understand how research fits into university life.

4. National recognition

As a participant, you receive national recognition through a public listing on the official MIT THINK Scholars Program site, whether you are a finalist, semifinalist, or commended student.

This acknowledgment documents your selection in a nationally reviewed research competition, highlights the strength of your proposal and STEM potential, and adds meaningful weight to your academic and extracurricular profile when applying to colleges.

How to Qualify for the MIT THINK Scholars Program

Before you apply to the MIT THINK Scholars Program, it’s important to understand the basic requirements, documentation, and timeline that determine who is eligible to compete.

Eligibility

To enter MIT THINK, you must meet the following criteria:

• You must be a high school student with a permanent U.S. address. (International students without U.S. residency are not eligible.)
• You may apply individually or as a team of two.
• Your project must be feasible to complete within one semester.
• Your proposal must fit within a $1,000 budget.
• Your idea should be an original research or innovation proposal, offering a new perspective, approach, or application in a STEM field.

These criteria help the program ensure that selected projects are both realistic and intellectually grounded, even if you do not have prior lab access.

Required documents

To apply, you submit a 10-page research proposal following the MIT THINK guidelines. This page limit excludes references, figures, or cover material.

You will also complete the official Google Form with your applicant details. If you apply with a partner, only one joint submission is required, and you’ll list both team members’ information.

Contest fees

There are no fees to enter MIT THINK. Registration, evaluation, and participation are all completely free, making it one of the most accessible national research competitions.

Registration deadline

The program generally follows a steady annual schedule: applications open in the late fall and close in the early winter.

In the 2025–2026 cycle, applications closed on January 1, with semifinalist interviews held at the end of January and finalist announcements released in February. You can expect the next cycle to follow a similar winter timeline to previous years.

How to Get Into the MIT THINK Scholars Program

In the 2025–2026 cycle, THINK received 1,042 applications and selected 29 semifinalists, resulting in an acceptance rate of 2.78%.

To give you an idea of the process, below are the evaluation stages through which applicants advance:

Step 1: Submit your proposal.

You begin by submitting a 10-page research proposal that follows official MIT THINK guidelines. Strong proposals are structured, precise, and methodologically sound. They clearly define a meaningful problem within a STEM field and demonstrate a solid understanding of existing research and background context.

From there, they outline a feasible method or experimental design, explain the expected results or potential outcomes, and ensure the study fits comfortably within the one-semester timeline and $1,000 budget. Clarity, feasibility, and intellectual rigor carry significant weight in the selection process.

Step 2: Semifinalist selection.

From the full applicant pool, a small group is invited to advance as semifinalists. Semifinalists are chosen based on proposal strength, clarity, feasibility, and alignment with THINK’s research-focused mission.

Step 3: Interview

Once you advance as a semifinalist, you participate in a technical interview with members of the MIT THINK committee. These interviews are conducted by MIT undergraduates with research experience in various STEM fields.

You may be asked to explain your idea, walk through your proposed method, and clarify your understanding of the scientific or engineering concepts involved.

Step 4: Finalist selection.

After interviews, a small number of students are selected as finalists. These decisions are typically released in February. Once selected, finalists begin working with their assigned mentors and prepare to move their proposal from plan to execution.

Step 5: Execute the project.

Finalists receive up to $1,000 in funding (in the form of reimbursement) and weekly mentorship to carry out their projects over the spring semester. You are expected to follow your proposed method, refine it as needed, analyze results, and prepare a final presentation for the THINK team and fellow finalists at the end of the cycle.

How to Win the MIT THINK Scholars Program

Winning proposals are thoughtful, well-researched, and clearly planned. Here’s what successful applicants tend to do, along with examples and practical tips.

1. Start with a personally meaningful idea.

The strongest THINK projects usually start with curiosity: something you noticed, wondered about, or genuinely wanted to understand.

For example, one finalist from 2024-2025 used Neural Radiance Fields (NeRFs) to help autonomous robots navigate more accurately because he’d seen how sensor noise can throw off robot movement. Another finalist created Bug-Eyes, tiny insect-like robots that monitor biodiversity, inspired by concerns about species loss.

Try thinking about problems you run into in daily life or topics you keep Googling out of curiosity. Ask yourself what kind of tool, solution, or experiment you would design if you had the chance to explore that question more deeply. Most importantly, choose something you genuinely care about.

2. Do background research that actually means something.

Recent finalists from the MIT THINK Scholars Program (2024–2025) illustrate how strong proposals are grounded in careful analysis before innovation. One team’s PFAS modeling project (MoML-CA) integrated molecular modeling with machine learning only after thoroughly evaluating why existing PFAS removal methods fail to address key chemical limitations.

Another project investigating toxin behavior in microgravity systematically compared different simulation methods (like clinostats, parabolic flight, and 3D simulators) before selecting the most appropriate model for their experimental design. In both cases, the strength of the proposal came from deliberate methodological choice, not just technical ambition.

When you start digging into background research, aim for three to five reliable sources that give you a solid understanding of your field. As you read, focus on the gaps: places where existing solutions fall short or questions that remain unanswered. Be sure to summarize what you learn in your own words since clarity always strengthens proposals.

3. Make sure your idea is actually doable.

THINK wants projects you can realistically finish. That means thinking practically.

The scope of your research should align with a four-month timeline, operate within the program’s $1,000 budget, and rely on tools or equipment you can reasonably access. Just as importantly, the technical skills required should be ones you can acquire or strengthen efficiently within the project window. Feasibility is a core evaluation criterion.

You can achieve this by breaking your project into weekly milestones so you can see how the work will realistically fit into a semester. Make a simple list of the materials or tools you’ll need and price them to be sure they fit within the budget. If any part of your plan feels too ambitious for the timeline or resources, scale it back.

4. Be specific in explaining your method.

When you describe your method, clarity matters more than anything else. THINK reviewers want to see a concrete, step-by-step plan that explains how you’ll gather data or run experiments, which tools or software you’ll use, what you’ll measure, and how you’ll determine whether your approach is working.

Try writing it as if you’re explaining it to a friend who isn’t in your field. You should be specific enough that they could follow your process. Avoid vague statements like “I will analyze the data”; instead, explain how you’ll analyze it and what you’ll look for. If a diagram makes your process clearer, include one.

5. Keep your writing organized and easy to follow.

Keeping your writing organized and easy to follow makes a big difference in how your proposal is received. THINK reviewers respond well to proposals that are clear, well-structured, and straightforward, with section headers, short paragraphs, defined terms, and explanations that get to the point.

Avoid rambling or using overly hype-y language since clarity is more convincing than exaggeration. It also helps to read your proposal out loud to catch anything confusing, and to ask a STEM teacher or a peer to spot areas that don’t make sense or need tightening.

6. Add some creativity without losing practicality.

Creativity plays a noticeable role in strong THINK proposals, and it often shows up in the way you connect ideas rather than in how large or complex your project is.

Many strong projects blend fields in interesting ways, like the microgravity study that connected water contamination with space biology. Even the NeRF project stood out by combining computer vision with navigation algorithms to fix sensor drift.

When brainstorming, think about how two fields might intersect, look for overlooked problems or unusual angles, and keep your idea grounded. The goal is to be both inventive and realistic.

MIT THINK Previous Winners

The 2024–25 finalists work spans robotics, machine learning, environmental science, molecular modeling, and space biology, demonstrating how varied THINK projects can be when grounded in strong research and feasible design.

Here are the finalists and their projects:

For the 2025–2026 MIT THINK, the program received 1,042 applications nationwide. From this pool, 29 students and teams advanced to the semifinalist stage, while 75 applicants were recognized as Commended, placing within the top 10% of proposals.

Finalists for this cycle will be announced in mid-February, after semifinalist interviews.

Frequently Asked Questions

1. What is the MIT THINK Scholars Program acceptance rate?

In the latest cycle, THINK received 1,042 applications and selected 29 semifinalists, giving you a 2.78% semifinalist acceptance rate. Finalist selection is even more competitive. You should expect THINK to admit under 3% of applicants to the semifinalist stage each year.

2. Is MIT THINK prestigious?

Yes. With its selective admissions, research funding, structured mentorship, and direct connection to the Massachusetts Institute of Technology, THINK is widely regarded as a top-tier high school STEM program.

3. What are the MIT THINK requirements?

You submit a 10-page research or innovation proposal outlining a project you can complete in one semester with a $1,000 budget. You must be a U.S. high school student with a permanent U.S. address, applying individually or as a team of two. All applicant details are entered through the official Google Form.

4. When is the MIT THINK 2026 deadline?

For the 2025-2026 cycle, applications closed on January 1, 2026. The program typically opens in late fall and closes in early winter, so you should expect a similar timeline in future years.

5. Who mentors the finalists?

Finalists meet weekly with MIT undergraduate mentors who guide them through research design, troubleshooting, and project execution. Depending on the topic, you may also connect with researchers or faculty for deeper technical support.

Takeaways

• The MIT THINK Scholars Program is one of the few high school STEM opportunities that evaluates your idea, not a finished project, making it accessible to students without prior lab experience.
• With free entry, up to $1,000 in funding, and weekly mentorship from undergraduates at Massachusetts Institute of Technology, THINK provides strong early research support.
• Recognition at any level, commended, semifinalist, or finalist, signals serious STEM potential in a program with a semifinalist acceptance rate under 3%.
• Crafting a standout THINK proposal requires clarity, feasibility, and original problem-solving. If you want targeted guidance on shaping your idea or positioning THINK effectively in your admissions strategy, our Private Consulting Program can help you plan with purpose and confidence.