HIGH SCHOOL COMPETITIONS
Preparing Students
for Competitive Science Fairs and Research
HIGH SCHOOL COMPETITIONS
Preparing Students
for Competitive Science Fairs and Research
HIGH SCHOOL EXPECTATIONS
What is Great High School Research
In high school the stakes are high and science fairs look for rigorous independent thinking and original research. Students are expected to design thoughtful experiments, analyze results carefully, clearly explain and defend their work.
Original, student-driven research questions
Sound experimental design and data analysis
Clear documentation and scientific writing
Confident presentation and judge interaction
HIGH SCHOOL EXPECTATIONS
What is Great High
School Research
In high school the stakes are high and science fairs look for rigorous independent thinking and original research. Students are expected to design thoughtful experiments, analyze results carefully, clearly explain and defend their work.
Original, student-driven research questions
Sound experimental design and data analysis
Clear documentation and scientific writing
Confident presentation and judge interaction
RECOGNIZED COMPETITIONS
High School Competitions We Support
We mentor students for a focused set of nationally and internationally respected high school science competitions.
International Science & Engineering Fair
The world's largest and most prestigious high school science competition, bringing together over 1,600 top young researchers from more than 60 countries. Students qualify by winning at regional or state fairs, earning the chance to present their original research on a global stage.
Regeneron Science Talent Search
The Regeneron Science Talent Search (STS) is the nation's premier science competition for high school seniors, honoring exceptional original research. Run by the Society for Science, it selects 300 Scholars and 40 Finalists who present their work in Washington, D.C., competing for over $1.8 million in awards, including a $250,000 top prize.
Genius Olympiad
An international science competition open to students from Grade 8 onward, founded by Terra Science & Education and hosted in the state of New York. The Genius Olympiad brings together students from more than 50 countries to tackle global environmental and sustainability challenges through science, engineering, and robotics.
RECOGNIZED COMPETITIONS
High School Competitions
We Support
We mentor students for a focused set of nationally and internationally respected high school science competitions.
International Science & Engineering Fair
The world's largest and most prestigious high school science competition, bringing together over 1,600 top young researchers from more than 60 countries. Students qualify by winning at regional or state fairs, earning the chance to present their original research on a global stage.
Regeneron Science Talent Search
The Regeneron Science Talent Search (STS) is the nation's premier science competition for high school seniors, honoring exceptional original research. Run by the Society for Science, it selects 300 Scholars and 40 Finalists who present their work in Washington, D.C., competing for over $1.8 million in awards, including a $250,000 top prize.
Genius Olympiad
An international science competition open to students from Grade 8 onward, founded by Terra Science & Education and hosted in the state of New York. The Genius Olympiad brings together students from more than 50 countries to tackle global environmental and sustainability challenges through science, engineering, and robotics.
Finding the Right High School Competition
Mentors also help students discover additional competitions beyond the programs listed here.
Finding the Right High School Competition
Mentors also help students discover additional competitions beyond the programs listed here.
OUR MENTORING APPROACH
From Idea to Competition Day
Our specialist mentors guide students through a multi-phased process, combining structured research with confident presentation, and reviewing the final deliverables that students need to submit for competitions.
Research
Preparing for a successful science fair or STEM competition begins long before the experiment. The prep process encourages curiosity, planning, and resilience which are essential skills for both scientific inquiry and competitive excellence.
Choosing the Right Competition
Competition fit • Experience level • Long-term goals
Idea and Problem Identification
Problem framing • Originality • Real-world relevance
Hypothesis Formulation
Testable claims • Variable definition • Scientific logic
Initial Research
Lit review • Expert outreach • Subject prep
Deep Research
Experiments • Data collection • Failure analysis
Research
Preparing for a successful science fair or STEM competition begins long before the experiment. The prep process encourages curiosity, planning, and resilience which are essential skills for both scientific inquiry and competitive excellence.
Choosing the Right Competition
Competition fit • Experience level • Long-term goals
Idea and Problem Identification
Problem framing • Originality • Real-world relevance
Hypothesis Formulation
Testable claims • Variable definition • Scientific logic
Initial Research
Lit review • Expert outreach • Subject prep
Deep Research
Experiments • Data collection • Failure analysis
Presentation
Once the research is complete, it's time to communicate the student's work effectively. Through structured practice and Q&A preparation, they learn to convey their ideas clearly, handle judge interactions with confidence, and leave a lasting impression on their evaluators.
Final Report
Structure • Clarity • Competition requirements
Research Manuscript
Academic formatting • Argumentation • Revision
Poster Preparation
Visual hierarchy • Concise Storytelling • Clarity
Slides Preparation
Narrative flow • Key findings • Timing
Presentation Practice
Delivery • Confidence • Judge engagement
Q&A Prep
Anticipated questions • Clear responses • Confidence
Presentation
Once the research is complete, it's time to communicate the student's work effectively. Through structured practice and Q&A preparation, they learn to convey their ideas clearly, handle judge interactions with confidence, and leave a lasting impression on their evaluators.
Final Report
Structure • Clarity • Competition requirements
Research Manuscript
Academic formatting • Argumentation • Revision
Poster Preparation
Visual hierarchy • Concise Storytelling • Clarity
Slides Preparation
Narrative flow • Key findings • Timing
Presentation Practice
Delivery • Confidence • Judge engagement
Q&A Prep
Anticipated questions • Clear responses • Confidence
Let's Talk About the Right Competition Fit
Now that you've seen how research and presentation come together, our team can help you think through competition options and timing in a brief conversation.
Apply for a Briefing SessionOUR MENTORING APPROACH
From Idea to Competition Day
Our specialist mentors guide students through a multi-phased process, combining structured research with confident presentation, and reviewing the final deliverables that students need to submit for competitions.
Research
Preparing for a successful science fair or STEM competition begins long before the experiment. The prep process encourages curiosity, planning, and resilience which are essential skills for both scientific inquiry and competitive excellence.
Choosing the Right Competition
Competition fit • Experience level • Long-term goals
Idea and Problem Identification
Problem framing • Originality • Real-world relevance
Hypothesis Formulation
Testable claims • Variable definition • Scientific logic
Initial Research
Lit review • Expert outreach • Subject prep
Deep Research
Experiments • Data collection • Failure analysis
Research
Preparing for a successful science fair or STEM competition begins long before the experiment. The prep process encourages curiosity, planning, and resilience which are essential skills for both scientific inquiry and competitive excellence.
Choosing the Right Competition
Competition fit • Experience level • Long-term goals
Idea and Problem Identification
Problem framing • Originality • Real-world relevance
Hypothesis Formulation
Testable claims • Variable definition • Scientific logic
Initial Research
Lit review • Expert outreach • Subject prep
Deep Research
Experiments • Data collection • Failure analysis
Presentation
Once the research is complete, it's time to communicate the student's work effectively. Through structured practice and Q&A preparation, they learn to convey their ideas clearly, handle judge interactions with confidence, and leave a lasting impression on their evaluators.
Final Report
Structure • Clarity • Competition requirements
Research Manuscript
Academic formatting • Argumentation • Revision
Poster Preparation
Visual hierarchy • Concise Storytelling • Clarity
Slides Preparation
Narrative flow • Key findings • Timing
Presentation Practice
Delivery • Confidence • Judge engagement
Q&A Prep
Anticipated questions • Clear responses • Confidence
Presentation
Once the research is complete, it's time to communicate the student's work effectively. Through structured practice and Q&A preparation, they learn to convey their ideas clearly, handle judge interactions with confidence, and leave a lasting impression on their evaluators.
Final Report
Structure • Clarity • Competition requirements
Research Manuscript
Academic formatting • Argumentation • Revision
Poster Preparation
Visual hierarchy • Concise Storytelling • Clarity
Slides Preparation
Narrative flow • Key findings • Timing
Presentation Practice
Delivery • Confidence • Judge engagement
Q&A Prep
Anticipated questions • Clear responses • Confidence
Let's Talk About
the Right Competition Fit
Now that you've seen how research and presentation come together, our team can help you think through competition options and timing in a brief conversation.
STUDENT STORIES
What Our Students Are Saying
Vedant S.
Stanford University, Computer Science, 2024
I realized my ISEF dream, thrice! My mentor knew my subject area in depth and helped me from topic ideation to preparing for those hard Q&As with judges.
STUDENT STORIES
What our students are saying
Vedant S.
Stanford University, Computer Science, 2024
I realized my ISEF dream, thrice! My mentor knew my subject area in depth and helped me from topic ideation to preparing for those hard Q&As with judges.
LOOKING AHEAD
Skills That Carry Forward
Beyond the Competition
High school science fairs help students build skills that transfer to many future paths. These experiences support independence, critical thinking, and confidence, whatever students choose to pursue next.
Managing complex, self-directed projects
Thinking critically and solving unfamiliar problems
Communicating ideas to different audiences
Responding to feedback and refining work
LOOKING AHEAD
Skills That Carry Forward Beyond the Competition
In high school the stakes are high and science fairs look for rigorous independent thinking and original research. Students are expected to design thoughtful experiments, analyze results carefully, clearly explain and defend their work.
Managing complex, self-directed projects
Thinking critically and solving unfamiliar problems
Communicating ideas to different audiences
Responding to feedback and refining work
For the STEM Journey Ahead
Across computer science, engineering, pre-med, and other STEM fields, we help turn aspirations into research success and admission offers. Meet with our Admissions Office for a brief introductory session.