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SARSEF’s New AI Policy for Science and Engineering Fair

At SARSEF we recognize the growing interest in utilizing Artificial Intelligence (AI) technology, including Large Language Models (LLMs), Machine Learning (ML) and Generative AI for research projects. As such, we provide these guidelines for you, the researching student, as well as any supporting adults to responsibly engage with AI technologies while maintaining project integrity and upholding ethical standards. Familiarize yourself with our new AI policy for Science and Engineering Fair by reading the guidelines below or visiting our Scientific Integrity page.

Responsible Use of Generative AI Tools

Student Ownership: AI tools may be used to support your learning, not replace it. All projects submitted to SARSEF must be your original work. The Society for Science added this statement about AI use to the Eligibility/Limitations section of the ISEF rulebook: “Artificial Intelligence may be used as a project resource but must be cited and given proper acknowledgements. All materials presented must be in the researcher’s own words.” You may not use AI to write your research plan, abstract, paper, or poster. AI may only be used as a resource and must be cited. While generative AI tools are allowed, its use is optional, not mandatory.

Purposeful Engagement: You can use AI tools as aids for exploring topics, searching for information, clarifying complex texts, or checking grammar. However, you are strongly encouraged to read primary and secondary sources, analyze evidence, and make independent choices in your writing and presentations. Personal details about you or any research subjects should not be shared with AI. Adult

Sponsor Involvement: Adult sponsors are highly encouraged to collaborate with students to demonstrate genuine engagement with the project and keep students apprised of how and when to use AI.

Understanding AI and LLMs

LLMs like Chat GPT generate human-like text based on input. They operate with a knowledge cutoff (i.e. any new information, events, or developments after the tool was trained will not be accessible) and therefore may lack up-to-date information. They can provide general information but might not always be accurate or context aware.

When using AI, avoid sharing personal details or any personal identifying data about you or any research subjects. Information shared on AI runs the risk of being shared publicly.

Treat AI as a tool, not a confidant.

Citation and Verification

  • Verify AI-generated information from reliable sources. AI-generated information may be used as a starting point for research.
  • Ask AI for its sources and properly cite generative AI as references.
  • You must document all interactions with AI, including the questions you ask and the responses received. In addition to citation in references, we strongly recommend a copy of the transcript when utilizing any GenAI interface. This may be uploaded as a document in the “lab journal excerpts” field on the registration. Make sure to include the name of the AI system used and the date utilized.
  • You should maintain a logbook to ensure transparency in the research process.
  • Remember, AI is a powerful tool, but it’s essential to use it responsibly and ethically. Failure to cite GenAI use may be grounds for disqualification.

Addressing Bias

Ethical Considerations

  • You should think about the ethical implications of using AI in your research. Uphold ethical principles in your work and discussions involving AI.
  • Employ AI only for legitimate purposes (see chart on last page for examples). Avoid generating false information, deception, or harm.
  • Use AI tools as a supplement but rely on your independent analysis and research.
  • Do not claim AI-generated essays as your own original work. Ethical concerns arise when the AI program produces essays that are claimed to be the original work of a person.
  • Remember that AI is a tool to enhance your research, not a replacement for critical thinking and creativity.

AI Limitations

  • LLMs such as ChatGPT may not always understand complex or context-specific questions.
  • To receive accurate responses, start with specific, clear inquiries.
  • Refine your questions to target the information you need and be patient and persistent in refining until you obtain accurate answers.
  • Generative AI is subject to “hallucinations,” where outputs sound confident and plausible, but are fabricated and factually incorrect.
  • Remember “garbage in = garbage out.”

Additional Resources

AI vs. Machine Learning vs. Deep Learning vs. Neural Networks: What’s the difference?

Video: How Large Language Models Work

Harvard Business School: Student Use Cases for AI

ChatGPT: An Introduction for Educators

Statement from the International Baccalaureate about Artificial Intelligence in Education

Ethical AI for Teaching and Learning

What is AI Bias?

What are AI Hallucinations?

How to Cite AI Use

AI Tools

Chat GPT

Khanmigo

Gemini

Copilot

Claude

GenAI Use and Student Research Projects

ALL GenAI use must be documented and cited; failing to do so may result in disqualification.

Research Assistance
AI tools may help students gather background information about their topic quickly. This may aid them in developing a strong knowledge base. All information and sources should be verified.
Idea Generation
AI tools may assist students in brainstorming project ideas and suggesting research questions, hypotheses, or experimental design.
Data Analysis
The use of AI may help guide students on data analysis techniques, statistical tests, or software tools for processing and interpreting results. Students should draw their own conclusions from the evidence presented.
Experimental Procedure
AI can assist in offering suggestions to improve accuracy, control variables, and ensure safety, but it cannot write the research plan.
Explanation and Clarification Students can ask AI to explain complex scientific concepts, theories, or equations related to their projects, aiding their understanding and communication of the topic.Source Recommendation
AI can provide suggestions for credible sources, articles, books, or research papers. The student is expected to review the sources and create their own bibliography.
Figure Creation
Students can ask for guidance on creating effective visual representations of their data, such as graphs, charts, or diagrams to enhance the presentation of their results. All figures must be properly cited including the method used to create student images/figures.
Ethical Considerations
AI can help students evaluate the ethical aspects of their projects, including considerations of human or animal subjects, environmental impact, or data privacy. Students should not share personal information or details about themselves or any research subject with AI.
Presentation and Communication
Students can seek tips on creating engaging project presentations, posters, or oral explanations for the science fair judges and attendees. However, students may not use AI to write the presentation for them.
Table containing information about how AI can be used responsibly in a student project for science and engineering fair.

This information has been adapted from the following sources: SSTFI, GARSEF, DMWSEF, College Board, and BRSF.

Get Ready for Fair: Join Our Spring 2026 Webinar Series

Here at SARSEF, we know preparing for Fair can be quite the endeavor, especially if it’s your first time. Between understanding what forms you need to fill out for project approval to creating your presentation for Fair, it can seem like there are lots of forms and guidelines to know on top of the research you are doing!

To help with understanding Fair deliverables, SARSEF will be hosting a series of free and virtual webinars in Spring 2026.

SARSEF will also be offering a webinar designed to help you craft and practice your project elevator pitch. This is an excellent skill to have when presenting in front of judges at Fair and beyond. See the list of webinars below and register now!

Science Fair Deliverables for High School Students

When: January 20th, 2026 from 4:00 PM – 5:00 PM OR February 10th, 2026 from 4:00 PM – 5:00 PM.

Where: Virtual

Who can join? This session is geared towards high school students completing their Fair projects, but teachers and parents are also welcome.

In this webinar, SARSEF will help you determine what SRC/IRB forms are required to complete before your project, as well as specifics about how to prepare your slide deck presentation for Fair.

Elevator Pitches for Science Fair

When: February 17, 2026 from 4:00 PM – 5:00 PM

Where: Virtual

Who can join? This session is for students participating in Fair.

In this webinar, SARSEF will help you craft and practice your project elevator pitch. When explaining your project to friends, family, teachers, or judges, an elevator pitch allows you to talk about your project in a clear, compelling, and concise way. Having a good elevator pitch may even win you an award at Fair!

Do you have questions about the webinars? Email Cindy Bujanda: cindy@sarsef.org

Research Project Development Explained

By Sophia Ramirez

The science fair is an exciting opportunity to engage with a real-world issue or answer a real-world question.

Starting the science fair process can be scary, but SARSEF is here to help! This guide will go step-by-step through the science project development process. By the end of the guide, you will be able to turn your topic of interest into your science fair project. 

Picking a Topic 

First, consider what you are interested in. Anything can be an area for research & building new solutions. The science fair is an excellent opportunity to engage with your community and the larger world around you. You will also have an easier time sticking with a project if you are passionate about the topic. 

Consider hobbies, future careers, or something in your daily life that makes you ask questions or want to make change in your community. 

General Question

You have to refine our general topic into a more general question. This is also the first step where you begin to consider if we are doing a science experiment, or an engineering project. 

Start with literature research. This is where you learn from other sources about the basics and current research in your chosen field. Find trustworthy sources, like peer-reviewed papers, colleges, or books. You can always reach out to a teacher or other mentor to double-check if a source is trustworthy. 

After you have a better understanding of your topic, look for questions, concerns, or misunderstandings. These are the basis for your general question, which will guide the rest of your project. 

Science Experiment or Engineering Project? 

You need to decide if you want to complete a science experiment or an engineering project.

Consider the following questions: Am I building something to solve a problem? Or, am I collecting data to answer a question?

If you answered that you’d like to solve a problem, you most likely want to build something for an engineering project. If you answered that you’re collecting data to answer a question, you most likely want to conduct a science experiment. 

Science Experiment Basics

A science experiment involves collecting data to answer a testable question. We usually write our testable question with this format: How does A affect B? 

Your testable question contains your variables- or the elements that are being studied. You will develop a test where you control variables to see the results. You may have heard of the terms independent and dependent variables. 

The independent variable is the thing we will change between our trials. It is usually the first part in our testable question. The first variable affects or changes the second variable. 

The dependent variable is the thing that changes in response to the independent variable, it is also the thing we measure. It is usually the second part of our testable question. 

You need to devise a test where you change the independent variable, measure the dependent variable, but keep every other variable the same. For your experiment, you will have to spend a lot of time devising this test- take lots of notes, make models, and really plan it out. 

Following these steps will give you the first draft of our science experiment. This process required making a testable question, defining the variables, developing a test, and controlling the other variables. With this method, you can collect data to answer your testable question.

Engineering Project Basics

If you are interested in building something to solve a problem, you want to conduct an engineering project. An engineering project requires a problem statement and a method to solve the problem. 

A problem statement is a clear definition of the thing you want to improve. Write a clear statement of the issue, including things you learned during the literature research step. You also need to define success. Consider what needs to occur for your problem to be solved. 

Then, start planning the construction of something to solve the problem. This will require a lot of planning and research, to learn from solutions that other people have tried. Make models and drafts before you begin construction. After the first construction is built, measure your variables to gauge success. Then, go back to the drawing board and make changes to your original design. These are called different iterations, or versions that will get better at solving the problem. Just like how a science experiment needs multiple trials, an engineering project will require repetition. 

Mixing Science & Engineering

Science experiments and engineering projects can overlap, and you may need to incorporate pieces from both types of research.. Science and engineering guidelines are useful for developing a plan, but real research can be messier and more complicated. For example, you may need to build something to collect data, or collect data to build something.

This is why it is so important to take detailed notes, collect data, and be transparent about what happens during the research project. Science is not about being correct, it’s about understanding why something happened. Scientists and engineers borrow techniques from each other all the time. They also make errors and are incorrect all the time. The most important thing is to acknowledge it, explain your reasoning and explain how everything could have affected your results

Review

Let’s recap:

  1. Focus on your personal interests 
  2. Spend a lot of time developing your general question and consider if you want to create a testable question or a problem statement. 
  3. Do background research- read literature and learn from the scientists who came before you
  4. Take detailed notes, be transparent about what happens during the science project- point out where you made errors and explain the effect on the project
  5. Blur the lines! Consider what is needed to answer your question- you may need to build things AND collect multiple forms of data.

We hope that with this introduction, you can feel more confident as you begin your research project.

Good luck scientists!