Lumiere Research Scholar Program
Open now
Online research program in which a student works on an individual project with a mentor.
General
August 2026 to January 2027, 4 sessions
From $3,190 (2026)
14-18
Online
What Does Research in High School Actually Involve?
High school research means investigating a focused question through reading, a clear method and careful analysis, then explaining your findings and their limits.
Research
Choose between optionsLast verified: 9 Oct 2026Reviewed by:SSSean Stevens
- High school research investigates a focused question using relevant sources, a clear method and evidence you analyze yourself.
- A literature review connects previous studies, compares their strengths and identifies what your investigation could add.
- Research can involve experiments, historical documents, literary analysis, observations or existing data.
- Taught projects develop research skills; original research aims to contribute new evidence, analysis or interpretation.
- Feedback, revisions and uncertainty are normal parts of research, including when findings challenge your expectations.
- Success means defensible work and honest reflection; journal publication is not required.
What Succeed checks
We review public sources, provider information and recognised education-sector guidance, then focus on what helps students make practical decisions.
How official sources are used
We use official sources where available, especially for deadlines, eligibility, costs, availability and application details.
What Last verified means
Last verified is the latest date Succeed checked the key public information used in this guide. Details can still change after that date.
Why details can change
Opportunity details can change between review cycles. Always check the official source before applying or making a final decision.
Succeed's guidance is editorially independent. Providers do not approve or control the advice in our guides. If a provider relationship affects a page, we state it clearly.
What is high school research?
High school research is a planned investigation of a question that requires analysis rather than a quick factual answer. You examine previous work, choose an appropriate method, analyze evidence and explain what your findings support. For example, a science project could compare model wind turbine designs, while a history project could compare newspaper accounts of one event. A literature project might investigate how a narrator shapes readers' understanding, using passages and scholarly interpretations as evidence.
A taught project may use an assigned procedure or a question with an established answer to develop research skills. Original research aims to add evidence, analysis or interpretation to existing knowledge, which requires understanding what others have already done. These categories overlap: teaching and supervision can support original inquiry, and independent work does not automatically establish originality. Succeed's practical recommendation is to judge the question, method and student contribution rather than the program's research label.
School qualifications illustrate how research can be structured without requiring publication. College Board describes AP Research as a yearlong investigation culminating in a 4,000–5,000-word paper and a presentation with an oral defense; AQA's UK Extended Project Qualification, or EPQ, combines taught skills, supervised independent work, a production log and a presentation. When comparing experiences, identify who chooses the question, what you will analyze and how feedback works. Browse Succeed's research programs, online research programs and summer research programs with those distinctions in mind.
How to carry out a high school research project
Turn a broad interest into a specific question, such as how blade angle affects one model turbine's output.
Common mistake: Avoid questions too broad for your resources.
Compare relevant studies or scholarly interpretations, noting their methods, disagreements and limits to explain how your question connects.
Common mistake: Avoid summarizing sources without connecting them.
Plan how experiments, document comparisons, close reading or dataset analysis could answer your question within your resources.
Common mistake: Avoid choosing equipment before defining the question.
Discuss safety, permissions, privacy, costs and time with your supervisor before collecting information or beginning practical work.
Common mistake: Avoid seeking required approval after collecting data.
Keep measurements, source references, observations and procedural notes organized so someone can understand what you did.
Common mistake: Avoid reconstructing records from memory.
Use suitable calculations or comparisons to interpret patterns, including evidence that challenges your initial explanation.
Common mistake: Avoid treating a pattern as proof of causation.
Identify how measurement variation, a small sample or missing perspectives restrict what your findings can establish.
Common mistake: Avoid claiming certainty beyond your evidence.
Ask peers or supervisors to challenge your reasoning, then document revisions within your course or competition's feedback rules.
Common mistake: Avoid letting another person produce your work.
Create an appropriate paper, poster, presentation or exhibit that explains your question, method, findings, limitations and next questions.
Common mistake: Avoid presenting conclusions without explaining your method.
Before recruiting participants, collecting personal information or using hazardous materials, have a teacher or supervisor review permissions, privacy and safety requirements. Some projects require formal approval before data collection begins.
Taught projects, independent inquiry and original research compared
| Dimensions | Taught project | Independent inquiry | Original research |
|---|---|---|---|
| Main purpose | Practice research skills | Investigate a student-led question | Contribute evidence, analysis or interpretation |
| Question | Often assigned or guided | Chosen and refined by the student | Positioned against existing knowledge |
| Method | Often supplied for practice | Selected and justified by the student | Designed to investigate the proposed contribution |
| Evidence | Supplied sources or classroom measurements | Existing sources, collected data or both | New evidence or new analysis of existing material |
| Supervision | Teacher instruction and feedback | Guidance with student responsibility | Mentoring compatible with student ownership |
| Possible output | Lab report or analytical essay | Paper, presentation, exhibit or product | Report or presentation explaining the contribution |
| Useful success measure | Accurate practice and clear explanation | Defensible reasoning and documented decisions | Supported contribution with explicit limitations |
Research programs to compare by learning goal
Compare these programs, then ask each provider how students choose questions, use methods, receive feedback and demonstrate their own contribution.
Save deadline
One-to-one online research mentorship leading to an individual project.
Creative Writing
Deadline not announced
From $3,900
14-18
Online
RISE Internship Track
Open now
Summer research internship in a Boston University lab for rising high school seniors.
Biomedical Engineering
June to August 2027, 2 sessions
From $10,735 (2027)
17-18
In-person
Save the recommended programs below and compare their subjects, formats and fees against your project goals.
Save and compare research programsBefore starting your high school research project
Write a focused question that requires analysis.
Identify relevant studies and contrasting interpretations.
Explain why your method fits the question.
Confirm access to sources, equipment and supervision.
Obtain required permissions before collecting data.
Keep records of sources, decisions and contributions.
Plan feedback, revisions and your final output.
Define success through careful work and honest limitations.
How research preparation changes by age
| Age / year group | Best focus | Good opportunity types | What to prepare |
|---|---|---|---|
| 13-15 | Focused questions, source evaluation, accurate records | Teacher-guided projects, introductory subject courses | Topic interests, sample notes, manageable scope |
| 16-18 | Method justification, analysis, limitations, reflection | School research courses, supervised independent projects | Draft question, reading notes, project plan |
| 18+ | Deeper context, transparent methods, clear contributions | Supervised research, extended independent inquiry | Relevant skills, feasible proposal, supervision arrangements |
Common misconceptions about high school research
Reality
Taught projects can develop research skills using established questions or procedures. Claims of originality require explaining what the work adds to existing knowledge.
What to do
Identify whether your goal is practice, independent inquiry or an original contribution.
Reality
Documents, literary texts, observations and existing datasets can all support research. The method depends on the question and discipline.
What to do
Choose your method after defining the question.
Reality
Findings may challenge your expectations or leave questions unresolved. Careful analysis should distinguish what you learned from what your method could not establish.
What to do
Report uncertainty and consider alternative explanations.
Reality
A paper, poster, presentation or exhibit can communicate substantial research. Publication is a separate process and does not define the quality of a school investigation.
What to do
Assess your question, method, reasoning and reflection.
Narrow your choice of research experience
Use your learning goal and practical constraints to narrow the research experiences you compare.
Step 1 of 4
What are you looking for right now?
Selection reviewed by
Sean Stevens
Co-founder, Succeed | Founder, Immerse Education (2012–2026)
Sean works at the intersection of academic enrichment, program quality and university preparation, with expertise in evaluating pre-university experiences for ambitious secondary school students.
High school research FAQs
Looking things up supplies information; research uses information to investigate a focused question. You evaluate sources, apply a method and explain how the evidence supports your conclusions, including its limitations.
A literature review critically connects previous research relevant to your question. It compares findings, methods and disagreements rather than listing summaries, helping you explain the context and purpose of your investigation.
Yes, a new analysis or interpretation can use existing material. For example, historical research can compare primary documents in context, but calling the work original requires explaining how it adds to existing interpretations.
Activities can include observations, record keeping, coding and analysis, alongside subject teaching. SSP International describes its asteroid project as taking telescope images, measuring positions and using Python to calculate an orbit; that is a provider-specific example.
Uncertainty means acknowledging limits to what you know. NIST explains measurement uncertainty as incomplete knowledge about a measured quantity; other limitations include unrepresentative samples or missing historical perspectives, which restrict conclusions in different ways.
They can help you assess scope, resources, safety and reasoning while you remain responsible for the work. Feedback rules vary: College Board restricts directive feedback in AP Research, while ISEF requires students to distinguish their contributions from a mentor's.
Approval requirements depend on the activity, institution and applicable rules. For ISEF projects, Society for Science requires prior review for specified research involving people, vertebrate animals or potentially hazardous biological agents; discuss requirements with your supervisor before collecting data.
A research paper, poster, presentation, exhibit or documented product can explain your investigation. College Board assesses AP Research through a paper and presentation with an oral defense, so journal publication is not its required outcome.
Explore more
Useful guides
Sources
- Astrophysics Research Project — SSP International
- Lab Report and Lab Memo — Ohio State University
- Measurement Uncertainty — NIST
- Guide to Student Research and Historical Argumentation — National History Day and Library of Congress
- ISEF Rules for All Projects — Society for Science
- The Basics — Society for Science
- The Literature Review — University of Southern California Libraries
- Developing Your Research Question — Ohio State University Libraries
- Level 3 Extended Project Qualification Specification — AQA
- AP Research Course Audit — College Board
- AP Research Course and Exam Description — College Board
Find opportunities that fit your next step
Use this guide to build a shortlist, then find matching opportunities in Succeed.