TL;DR
Yes, you can do research in high school with no prior experience. Most researchers start by asking questions, and you need curiosity, a focused topic, and some guidance to begin. This guide covers what research means, which skills you need, six ways to start, and a six-week starter plan. You’ll also learn what programs look for and how to explain your lack of experience in an application. Ready to begin? Apply to Horizon, which doesn’t require prior research experience.
What does research in high school actually mean?
Research in high school means asking a focused question, answering it with evidence, and sharing what you find in a paper, poster, or presentation. You don’t need a laboratory, advanced equipment, or years of experience to begin.
For example, you could:
- Analyze public data: Examine air quality data from different neighborhoods and investigate how pollution levels vary across locations or seasons.
- Run a small survey with approval: Explore how students use study breaks, provided you get the required permission before collecting responses.
- Complete a short lab project: Work with a science teacher to test how different conditions affect a simple, safe experiment.
- Write a literature review: A literature review is a paper that compares existing research on a question to explain what researchers already know and where questions remain.
These projects look different, but they share the same basic process. You start with a question, examine relevant evidence, decide what it tells you, and explain your findings.
High school research differs from college research mainly in the size of the question and the amount of guidance you receive. You might work on a smaller project with a teacher or mentor who helps you plan each step. You still need to evaluate evidence, explain your reasoning, and acknowledge the limits of your findings.
You can also conduct research remotely, using public datasets, academic papers, and online guidance. Read Can You Do Real Research Online in High School? to understand how that works.
What skills do you need before you start, and what will you learn along the way?
Most research skills are learned while doing research, so you don’t need to arrive as an expert. On day one, you mainly need curiosity, basic reading and writing skills, and the ability to manage your time.
| Skill | Need it before you start? | How you’ll pick it up |
| Curiosity about a subject | Yes | Start with a topic you want to understand better. |
| Reading and note-taking | Basic level | Summarize what you read and record useful facts and questions. |
| Writing clearly | Basic level | Practice explaining ideas in your own words and revise with feedback. |
| Time management | Yes | Set weekly goals and break the project into smaller tasks. |
| Finding and reading academic papers | No | Learn to search for papers and identify their main question, method, and findings using Google Scholar. |
| Forming a research question or hypothesis | No | A hypothesis is a testable prediction about what you think will happen. Practice turning broad interests into questions you can investigate. |
| Statistics or data analysis | No | Learn the methods your project requires, starting with simple tables or graphs if appropriate. |
| Coding, such as Python or R | No, only for some projects | Follow beginner tutorials if your question requires programming. |
| Citation formatting | No | Use a citation guide to learn how to credit sources correctly. See how to format citations. |
| Lab techniques | No | Learn specific procedures under appropriate supervision if your project needs them. |
Source: Horizon Academic Research Program’s beginner research guidance, October 2026.
You don’t need every skill in this table before starting your first project. Choose a question that fits what you can do now, then learn the additional skills as you need them.
How can I do research in high school with no experience?
You have several ways to begin research in high school, even if your school doesn’t have a dedicated research program. Choose the route that matches your interests, available time, and access to guidance.
1. Start an independent project
An independent project lets you choose a question and investigate it using public sources, existing datasets, or other suitable evidence. For example, you could compare public transportation data across two cities or examine how a historical event is described in different sources.
This route works well if you enjoy working independently and can set your own deadlines. The downside is that nobody may be checking your progress, so a project can stall when your question becomes difficult or school gets busy. Start small and set a clear finish date.
2. Work with a teacher or a school research class
Ask a science, history, English, or social studies teacher whether they can advise you on a project. Your school may also offer AP Research or another research elective that teaches you how to develop a question, evaluate evidence, and present your findings.
A teacher can help you spot problems early and keep your project manageable. The main limitation is availability. Your teacher may have limited time, so arrive with a specific question and ask what level of guidance they can realistically offer.
3. Join a structured research program
A structured research program gives you a planned timeline, guidance, and a framework for completing a project. This can be helpful if you aren’t sure how to move from an interesting topic to a finished paper.
Explore 14 Research Programs for Complete Beginners to compare options. Horizon is one option for students without prior research experience, although admission is selective.
A structured program can give you direction, but you still need to do the work and follow through. Consider the time commitment, cost, eligibility rules, and type of mentorship before applying.
4. Volunteer or assist in a university lab
Some university researchers accept high school students who can help with appropriate tasks under supervision. You might begin by organizing information, reviewing background reading, or assisting with basic work suited to your skills and the lab’s rules.
Lab positions can be difficult to secure without existing connections, and many emails may go unanswered. Don’t treat rejection as proof that you aren’t qualified. Read 7 Ways to Find a Research Lab and Best Research Labs Actively Recruiting High School Students for practical guidance.
5. Find an online mentor
An online mentor can help you narrow your question, choose a method, evaluate sources, and revise your writing without requiring you to live near a university. Your mentor might be a professor, graduate researcher, or another qualified subject expert.
The right mentor helps you learn how to think through a problem rather than simply doing the work for you. Finding someone who has time to guide a beginner can take effort, and not every arrangement offers the same level of support. Read Online Research Mentorship Programs and What Does a Research Mentor Actually Do?.
6. Try citizen science
Citizen science lets members of the public contribute to research by collecting observations, classifying images, or helping organize data. Free platforms such as Zooniverse and iNaturalist let you explore projects without designing an entire study yourself.
It’s a low-pressure way to learn how researchers work with evidence and data. The limitation is that you’re contributing to someone else’s research question rather than developing your own. Check each platform’s age requirements and account rules. iNaturalist requires a parent to set up an account for children 12 or younger.
For more routes, read 10 Best Ways to Get Research Opportunities in High School.
How can I do research in 6 weeks? Is it doable?
If you aren’t sure where to begin, follow this plan to complete a small research project. You can stretch it to eight weeks if school gets busy, and the goal is to finish a manageable project over producing a major academic paper.
| Week | Goal | What to do | What you’ll have at the end |
| 1 | Choose a subject and broad topic | List subjects you enjoy, explore possible questions, and narrow your interests. See How to Choose a Research Topic. | A topic you want to investigate |
| 2 | Read and narrow your question | Read five to ten relevant sources, take notes, and identify what you still want to understand. See How to Write a Literature Review in High School. | One focused research question |
| 3 | Choose your method | Write your question or hypothesis and decide what evidence could help answer it. See What Is a Hypothesis?. | A research plan |
| 4 | Collect evidence | Gather suitable public data or sources. If you plan to involve human participants, check approval requirements before recruitment or data collection. Read the IRB guide. | A set of evidence or data |
| 5 | Analyze and draft | Look for patterns, compare findings, and write a first draft explaining what you found. | A rough paper or report |
| 6 | Revise and share | Ask a teacher or mentor for feedback, correct unclear sections, and prepare a presentation or final paper. | A completed project |
Source: Horizon Academic Research Program’s recommended beginner project workflow, October 2026.
Keep your question small enough to answer with the time and resources you have. If you discover that the available evidence cannot answer it, revise the question rather than forcing a conclusion.
A full research paper usually takes longer than six weeks, especially if it involves complex methods or extensive reading. Use Writing a Research Paper in 90 Days if your project needs a longer timeline.
What are some beginner-friendly research options?
You can choose a research format that matches your interests and available resources. These project types give you ways to start without assuming you already have access to a laboratory or advanced technical skills.
- Secondary data analysis: Use existing public data to investigate a question, such as changes in local air quality over several years.
- A small survey: Explore a focused question about people’s experiences or opinions, but obtain the required approval before collecting responses.
- A literature review: Compare published research to explain what is known about a topic, such as the relationship between sleep and learning.
- A replication of a simple published study: Repeat an appropriate, previously published investigation to see whether you observe similar results, with suitable supervision and approval.
- A case study: Examine one organization, event, or policy in detail, using sources such as public records, reports, and interviews where permitted.
- A citizen science data project: Contribute observations or classifications to an existing research project, then examine what the available data can tell you.
Useful research can involve analysing existing studies, datasets, or other evidence rather than running an experiment. Choose a format based on your research question, available evidence, and the methods you can realistically use.
If you’re deciding between original research and reviewing existing work, look for the upcoming Horizon guide, Original Research or a Literature Review. The planned guide Case Study vs. Experiment vs. Survey will help you compare methods.
Need help choosing a subject? Browse 49 Research Topics or 200 STEM Research Topics.
What programs and labs look for when you have no experience
Research programs and labs don’t all use the same selection criteria, but many look for signs that you can learn, communicate, and follow through. You can show these qualities without having completed a formal research project.
- Curiosity backed by action: Name a class you enjoyed, a book that raised questions, or a topic you’ve already started reading about.
- Strong grades in related classes: Your academic record can show that you have the foundation needed to study a subject in greater depth.
- Clear writing: A focused application essay or email helps a reviewer understand your interests and goals.
- Reliability: Meeting deadlines, responding to messages, and completing school assignments can demonstrate that you take commitments seriously.
- A clear fit: Explain why your interests connect to the mentor’s subject or the program’s research areas.
You don’t need to claim expertise, but you should be able to explain why you want to learn. Mention a specific question and what you’ve done to explore it, even if that means reading a few papers or completing a related class assignment.
Selective programs can still be competitive when they don’t require prior research experience. Grades, essays, subject knowledge, and eligibility may all matter. Read How to Get Into a Top High School Research Program before preparing your application.
How to talk about having no experience in an application
You don’t need to apologize for being new to research. Use your application to show what interests you, what you’ve already tried, and what you hope to learn next.
Try these four approaches:
- Name a specific question. Explain what you want to understand and why it caught your attention.
- Describe one concrete step. Mention a paper you read, a dataset you explored, or a class assignment that led you to ask further questions.
- Connect existing experience to research. A school project may have helped you compare sources, organize information, analyze results, or write a clear argument.
- Explain the fit. Identify the subject, method, or guidance you want from the program or mentor.
Here’s how the same idea can sound different in an application.
Weak: “I have no research experience, but I’m a hard worker and eager to learn.”
Stronger: “After studying local air pollution in science class, I became interested in how pollution levels vary across neighborhoods. I’ve started reading public air quality reports, and I want to learn how to compare the data and evaluate possible explanations.”
The stronger version gives the reader something specific to assess. You haven’t claimed expertise or overstated your progress, but you’ve shown curiosity and initiative.
When you email a professor, keep the message short, polite, and specific. Introduce yourself, name the research topic that interests you, explain why you contacted that person, and ask whether they have appropriate opportunities for high school students. Read 7 Ways to Find a Research Lab for more guidance.
Common challenges for first-time researchers
You’ll likely run into problems during your first project. When something doesn’t work out as planned, work out what needs to change and adjust your approach.
- Your topic is too broad. Narrow it to one question you can investigate with the time and evidence available.
- Academic papers are difficult to understand. Start with the abstract, introduction, and conclusion, then work through unfamiliar terms and methods as needed.
- You lose momentum without deadlines. Set a weekly target and share your schedule with a teacher, mentor, or trusted person who can check in.
- Your results don’t match your hypothesis. Report what you found honestly, examine possible explanations, and avoid changing the results to fit your prediction. See the upcoming Horizon guide, 7 Things to Do When Your High School Research Paper Doesn’t Go as Planned.
- You don’t know whom to ask for help. Start with a teacher who knows the subject, then look for an appropriate mentor or beginner-friendly research opportunity.
A finished, carefully explained project is more useful than an ambitious project you never complete. You can build on your first project later, using the skills and questions you develop along the way.
Frequently asked questions
Yes, you can start research in high school without prior experience. Begin with a focused question, use suitable evidence, and ask a teacher or mentor for guidance when you need it.
Research in high school involves investigating a focused question using evidence and sharing your findings in a paper, poster, or presentation. You can analyze public data, review existing studies, or conduct an appropriate experiment.
Choose a subject that interests you, read relevant sources, narrow your question, and decide how to investigate it. Find a teacher or mentor if possible, then follow the six-week starter plan above.
No. You can learn statistics, coding, or other technical skills when your research question requires them. Choose a project that fits your current abilities and available support.
Start with a teacher, contact relevant researchers with short and specific emails, or consider a structured research program. Read What Does a Research Mentor Actually Do? to understand how mentorship works.
No. Ninth grade is a reasonable time to explore research and develop foundational skills. Start with a manageable project and learn at a pace that fits your schoolwork. Read Why Starting Research Early Is One of the Best Decisions.
No. Horizon’s programs page states that prior research experience isn’t required, although applicants need strong grades and demonstrated interest or achievement in their chosen subject. Horizon pairs students one-on-one with a PhD scholar or professor for several months of guided research, culminating in a paper of roughly 20 pages. Check the programs page for current eligibility and application details.
It can show initiative and depth when you complete a project and can explain your work. Read Do Summer Research Programs Actually Help with College Admissions? for more context.
Your first step
Everyone starts research without knowing everything, and your first completed project is what helps you build experience for the next one. If you’re worried you’re not ready, choose a small question and start exploring it this week.
When you’re ready for guided research, apply to Horizon or join an info session to learn more about the program.
Resources
External resources
- Society for Science, ISEF Human Participants Rules
- Zooniverse, Citizen Science Projects
- iNaturalist, Nature Observation and Citizen Science
More from Horizon
- 14 Research Programs for Complete Beginners
- 10 Best Ways to Get Research Opportunities in High School
- 7 Ways to Find a Research Lab
- What Does a Research Mentor Actually Do?
- How to Choose a Research Topic
- What Is a Hypothesis?
Image source: Horizon Academic Research Program