15 Competitions for Middle School Students
- Stephen Turban
- 7 hours ago
- 13 min read
Middle school is when most students start figuring out what they actually enjoy. Competitions are an excellent way to speed that process up because they drop you into a subject rather than just introducing it. Whether your interest is STEM, writing, coding, debate, or business, a competition lets you test it under real conditions before committing any serious time to it. Some are team-based, others individual, but nearly all of them push you to think more carefully than a regular class would.
Why should I participate in a competition in middle school?
Beyond finding what you enjoy, competitions build real skills. You learn to work under pressure, communicate ideas clearly, and push through problems independently. Those habits carry over into everything else you do academically. Starting early also gives you a head start. By the time high school applications and advanced opportunities arrive, having competition experience already behind you means you have genuine examples to draw from, not just grades on a transcript.
With that, here are 15 competitions for middle school students!
If you’re looking for programs for middle school students, check out our blog here.
Key takeaways
These competitions span coding (Congressional App Challenge), robotics (VEX V5RC, National Robotics Challenge), quiz-bowl formats (National Science Bowl, National History Bowl), creative media (C-SPAN StudentCam, ARTEFFECT), and research (Thermo Fisher Junior Innovators Challenge), giving middle schoolers options across nearly every interest area.
Most competitions are free to enter, including the Congressional App Challenge, National Science Bowl, 3M Young Scientist Challenge, and MATHCOUNTS, though some like VEX V5RC and the National Robotics Challenge involve registration or kit costs.
Several competitions are highly selective with multi-stage qualification processes, including the Thermo Fisher Junior Innovators Challenge (requiring nomination through an affiliated science fair) and the 3M Young Scientist Challenge (narrowing to 10 national finalists).
Top prizes vary widely, from MATHCOUNTS' national recognition to the 3M Young Scientist Challenge's $25,000 top prize with mentorship from a 3M scientist, and the Hardest Math Problem Contest's laptop and 529 college savings plan award.
The Lumiere Junior Explorer Program offers a structured alternative to competitions, pairing middle schoolers one-on-one with a mentor from a top research university to build an independent academic project.
Location: United States (district-level competition; submissions online)
Cost: Free; recognition by the U.S. Congress
Acceptance Rate/Cohort Size: Competitive; winners selected per congressional district
Program Dates: January 1: Student pre-registration opens; May: Challenge launches; October 26: Registration and app submission deadline; November: Judging period; December: Winners announced.
Application Deadline: October 26
Eligibility: Middle and high school students (U.S. residents; individuals or teams of up to 4)
The Congressional App Challenge is a nationwide coding competition where you design and build an original application using any programming language or platform. You can create anything from mobile apps and websites to games or robotics-based solutions, allowing you to explore your interests while developing real technical skills. The open-ended format encourages creativity and innovation, as there are no restrictions on the theme or topic of your app. You can participate individually or in a small team, working through the full development process, from ideation and coding to testing and final submission. Your project is evaluated on creativity, functionality, and user experience, requiring you to think critically about both technical performance and real-world usability.
Location: Virtual (global participation; exhibitions in select locations)
Cost: Free; multiple prizes and exhibition opportunities
Acceptance Rate/Cohort Size: Competitive; juried selection of winners
Program Dates: Annual cycle (dates vary)
Application Deadline: Not specified (varies annually)
Eligibility: Students in grades 6–12 worldwide
The ARTEFFECT Competition is an interdisciplinary contest where you combine art, history, and storytelling to create a meaningful project inspired by an “Unsung Hero.” You produce an original artwork, using 2D or 3D mediums, along with a reflective written statement explaining the impact and significance of your chosen figure. This format allows you to engage creatively while also developing research and writing skills. You explore historical narratives and interpret them through your own artistic perspective, connecting past events to present-day issues. In addition to creating your project, you are encouraged to share your work within your community, emphasizing the role of art in driving awareness and social impact.
Location: Regional competitions across the U.S. + National Finals in Washington, D.C.
Cost: Free; national finalists receive an all-expenses-paid trip
Acceptance Rate/Cohort Size: Highly competitive; team-based (4–5 students + coach)
Program Dates: Regionals: January–March; National Finals: April 30 – May 4
Application Deadline: Registration begins October 6
Eligibility: Middle and high school students (team-based participation)
The National Science Bowl (NSB) is a fast-paced academic competition where you compete in a quiz-bowl format, answering challenging questions across physics, chemistry, biology, mathematics, and earth science. You participate as part of a team, working collaboratively to solve problems and respond quickly in a buzzer-based format that tests both knowledge and reaction time. The competition begins at the regional level, where your team competes against others in your area. Winning teams advance to the national finals in Washington, D.C., where you engage in several days of competitions, science seminars, and hands-on activities. This progression structure makes the competition both accessible at the entry level and highly selective at the top tier.
Location: Online + in-person regional tournaments; National Championships (U.S.)
Cost: Free for initial qualifying exam; later stages may have fees
Acceptance Rate/Cohort Size: Moderately selective; ~60% advance to regionals, ~50% advance to nationals
Program Dates: Qualifier: early academic year; Regionals: October–May; Nationals: summer
Application Deadline: Rolling (based on qualifying exam timeline)
Eligibility: Students in grades 8 and below (individual competition)
The National Science Bee is an individual quiz-based competition where you test your knowledge across a wide range of scientific disciplines, including biology, chemistry, physics, and earth science. You begin with an online qualifying exam, and if you advance, you compete in buzzer-based rounds at regional tournaments, where questions require both recall and a deeper understanding of scientific concepts. The competition follows a structured, multi-stage format, progressing from qualifiers to regionals and then to the National Championships. At each stage, you answer increasingly challenging questions in a fast-paced environment, developing both subject mastery and quick decision-making skills. High-performing students may also qualify for international-level competitions, thereby extending opportunities beyond national recognition.
Location: Virtual submission
Cost: Free; cash prizes
Acceptance Rate/Cohort Size: Competitive; national-level entries across divisions
Program Dates: August
Application Deadline: January 20
Eligibility: Students in grades 6–12, middle school and high school divisions; individual or teams of 2–3
The C-SPAN StudentCam Competition is a national video documentary contest in which you create a 5–6-minute film exploring a historical or contemporary issue tied to an annual theme. The recent cycle’s themes have focused on topics like the Declaration of Independence and its relevance to modern society. You are required to research your topic thoroughly, incorporate C-SPAN footage, and present multiple perspectives in your documentary. You can work individually or in a small team to plan, script, film, and edit your project. The competition emphasizes critical thinking, storytelling, and the ability to analyze complex issues. You are expected to include interviews, balanced viewpoints, and properly cited sources, making the process similar to real-world documentary production and journalism.
Location: Virtual submission + in-person final event
Cost: Free; top prize $25,000 + mentorship with a 3M scientist
Acceptance Rate/Cohort Size: Highly selective; Top 10 finalists nationwide
Program Dates: October
Application Deadline: January - April 30
Eligibility: Students in grades 5–8
The 3M Young Scientist Challenge is one of the most prestigious STEM competitions for middle school students, where you develop an innovative solution to a real-world problem. You begin by identifying an issue that matters to you and creating a 1–2 minute video explaining your idea, focusing on creativity, scientific understanding, and practical impact. If selected as a finalist, you advance to a highly competitive stage where you work directly with a 3M scientist mentor over the summer to develop a prototype of your solution. This mentorship component provides rare early exposure to real-world scientific research and product development. Finalists then present their work and compete in additional challenges at the final event.
Location: Regional competitions (U.S. and select international locations) + Finals in Washington, D.C.
Cost: Free; regional and national prizes vary
Acceptance Rate/Cohort Size: Competitive; team-based participation
Program Dates: Finals held in February
Application Deadline: Typically October–December
Eligibility: Middle school students in grades 6–8; team-based with school/organization affiliation
The Future City Competition is an engineering design challenge where you work in a team to imagine and build a city 100 years in the future. Using the Engineering Design Process, you address a real-world sustainability issue, such as designing a floating city that supports safety and public health, while applying concepts from science, engineering, and urban planning. Your team develops a comprehensive project that includes a physical city model, a research essay, a project plan, and a live presentation to a panel of judges. This multi-component format requires you to integrate technical knowledge with communication and planning skills, mirroring real-world engineering workflows.
Location: Regional tournaments (online + in-person) + National Championships (U.S.)
Cost: Varies by tournament; prizes and recognition at the national level
Acceptance Rate/Cohort Size: Competitive; team-based with qualification pathways
Program Dates: Regionals: October–April; Nationals: summer
Application Deadline: Varies by regional tournament
Eligibility: Students in grade 8 and below (teams; up to 4 players compete at once)
The National History Bowl is a team-based quiz competition where you test your knowledge of world history across different eras, regions, and themes. You compete in buzzer-based rounds, answering questions that require both factual recall and deeper contextual understanding. The format encourages quick thinking and collaboration, especially during bonus and team discussion rounds. You begin by competing in regional tournaments, which are held both online and in person. Teams that qualify, or those with eligible members through related competitions, can advance to the National Championships. This multi-stage structure allows you to compete at progressively higher levels while refining your knowledge and strategy.
Location: Virtual submission
Cost: Free; prizes include a laptop and up to $3,000 toward a 529 college savings plan
Acceptance Rate/Cohort Size: Competitive; invitation-only second round for qualifiers
Program Dates: Registration opens in the fall; qualifiers announced in January
Application Deadline: Fall (varies annually)
Eligibility: Students in grades 6–8 (5th graders may participate at a higher level)
The Hardest Math Problem Contest is a unique competition where you solve complex, real-world math problems and explain your reasoning through structured written responses. Unlike traditional math contests that focus only on numerical answers, this competition focuses on both problem-solving and communication, requiring you to clearly articulate your approach and justify your solutions. You begin with an open round where all registered students can participate. Based on performance, selected students advance to a second, invitation-only round with more challenging problems. The questions are designed to test multi-step reasoning, critical thinking, and the ability to apply math concepts to real-life scenarios.
Location: Virtual + Finals Week in Washington, D.C.
Cost: Free; awards include cash prizes and scholarships
Acceptance Rate/Cohort Size: Highly selective; Top 10% of affiliated fair participants → 300 semifinalists → 30 finalists
Program Dates: Application: February 1 – June 10; Finals Week: October 23–28
Application Deadline: June 10
Eligibility: U.S. students in grades 6–8 nominated through Society-affiliated science fairs
The Thermo Fisher Scientific Junior Innovators Challenge (JIC) is the most prestigious STEM research competition for middle school students in the U.S., designed for those who have already demonstrated strong scientific ability. To participate, you must first compete in a Society-affiliated science fair and rank in the top 10%, earning a nomination to apply. This ensures that all applicants have prior experience in research and scientific inquiry. Once nominated, you submit a detailed application based on your original research project, which is evaluated for scientific rigor, creativity, and real-world impact. From a highly competitive pool, 300 students are selected as Junior Innovators, and the top 30 finalists are invited to Washington, D.C. for Finals Week. There, you present your work to expert judges and participate in hands-on STEM challenges.
Location: Marion, OH
Cost: Low entry fees; no mandatory kit required
Acceptance Rate/Cohort Size: Open entry; multiple divisions and events
Program Dates: April 16–18
Application Deadline: Varies by event
Eligibility: Students from grade 6 through graduate school. Middle schoolers can compete in appropriate divisions.
The National Robotics Challenge (NRC) is a hands-on engineering competition where you design and build robots without being limited to a standard kit. This open-ended format allows you to choose your own materials and components, giving you more flexibility to experiment with different designs and engineering approaches. As a result, you gain a deeper understanding of how real-world robotics systems are built and optimized. You compete in a range of categories, such as autonomous navigation, robotic arms, and task-based challenges that simulate real engineering problems. Each category requires you to apply problem-solving, coding, and mechanical design skills while continuously testing and improving your robot’s performance. This iterative process mirrors real engineering workflows.
Location: Regional competitions worldwide + VEX Robotics World Championship (U.S.)
Cost: Varies by team (registration + robot kit costs)
Acceptance Rate/Cohort Size: Highly competitive; 20,000+ teams across 50+ countries
Program Dates: Year-round competitions; World Championship typically April–May
Application Deadline: Rolling registration (varies by event)
Eligibility: Middle and high school students (separate middle school division available)
The VEX V5 Robotics Competition (V5RC) is one of the largest and most competitive robotics programs globally, where you design, build, and program a robot to compete in a dynamic, game-based engineering challenge. Each season introduces a new game, requiring you to develop a robot capable of completing tasks through both autonomous coding and driver-controlled operation. This structure pushes you to think strategically about both design and gameplay. You work in a team to iteratively build and refine your robot, balancing mechanical engineering, programming, and match strategy. Competitions take place throughout the year at local, regional, and international levels, allowing you to continuously improve your design and compete against increasingly skilled teams.
Location: School-based leagues (U.S.; local and regional competitions)
Cost: Varies by school/program participation
Acceptance Rate/Cohort Size: Open entry; team-based participation
Program Dates: Season runs October 17 – February 28
Application Deadline: Varies by school enrollment timeline
Eligibility: Middle and high school students (team-based)
The National Academic League (NAL) is a team-based academic competition designed to mirror the structure and excitement of sports leagues. You compete in structured “quarters” that test a range of skills, including short-answer recall, teamwork, problem-solving, and one-on-one speed rounds. This format combines academic rigor with competitive strategy, making learning more engaging and dynamic. You participate as part of a team, collaborating to answer complex questions and solve real-world problems under time constraints. The competition covers a wide range of subjects, encouraging you to build broad academic knowledge while also developing communication and teamwork skills. The season culminates in league championships, creating a clear progression and competitive structure.
Location: National - wide
Cost: Free to advance; initial participation may vary by school
Acceptance Rate/Cohort Size: Highly competitive; top students advance through multiple rounds
Program Dates: School level: Aug–Jan; Chapter: February; State: March; Nationals: May 10–11
Application Deadline: Fall registration (varies by school)
Eligibility: Students in grades 6–8 (individual and team participation)
The MATHCOUNTS Competition Series is one of the most prestigious math competitions for middle school students, where you solve challenging problems across multiple rounds. The competition includes Sprint, Target, Team, and Countdown rounds, each designed to test different aspects of your mathematical ability, including speed, accuracy, collaboration, and mental math skills. You begin at the school level and can advance through chapter, state, and national competitions based on your performance. At higher levels, the problems become increasingly complex, requiring strong conceptual understanding and the ability to think quickly under pressure. The final stage brings together top students from across the country to compete for national recognition.
Location: Virtual (global participation)
Cost: Free; awards up to $1,000
Acceptance Rate/Cohort Size: Competitive; thousands of global submissions
Program Dates: Annual cycle; Submission deadline June 8
Application Deadline: June 8
Eligibility: Students aged 11–18. Junior Division: 11–14; Senior Division: 15–18; individual or group entries allowed
The Bow Seat Ocean Awareness Contest is a global creative competition where you explore environmental themes through art, writing, film, or multimedia. Each year focuses on a central topic, such as “Your Story, Our Ocean,” encouraging you to reflect on how the ocean sustains, protects, and inspires life. You can express your ideas through various formats, including visual art, poetry, storytelling, or performance. You develop a project that combines research, creativity, and personal perspective, often connecting environmental issues like climate change or conservation to your own experiences. The competition emphasizes both artistic expression and critical thinking, requiring you to communicate a meaningful message about the natural world.
Frequently asked questions
What are the best competitions for middle school students?
Strong options depend on a student's interests. Students drawn to coding might consider the Congressional App Challenge, those interested in STEM research might look at the 3M Young Scientist Challenge or Thermo Fisher Junior Innovators Challenge, and those who enjoy quiz formats might consider the National Science Bowl or National History Bowl.
Are there free competitions for middle school students?
Yes, many are free, including the Congressional App Challenge, ARTEFFECT Competition, National Science Bowl, 3M Young Scientist Challenge, Future City Competition, Hardest Math Problem Contest, and MATHCOUNTS. Some, like VEX V5RC and the National Robotics Challenge, involve registration or kit fees.
Which middle school competitions involve robotics or engineering?
The National Robotics Challenge, VEX V5 Robotics Competition, and Future City Competition all involve hands-on engineering and design, ranging from open-ended robot building to a full city-planning project that includes a physical model and presentation.
Do middle school competitions require a team or can students compete individually?
Both formats exist. Competitions like the Hardest Math Problem Contest, ARTEFFECT, and the Bow Seat Ocean Awareness Contest allow individual entries, while the National Science Bowl, Future City Competition, and National Academic League require teams.
Are there middle school competitions that involve working with a mentor?
Yes, the 3M Young Scientist Challenge pairs finalists with a 3M scientist mentor over the summer, and the Lumiere Junior Explorer Program pairs middle schoolers one-on-one with a mentor from a top research university to build an independent academic project.
When should I apply to competitions for middle school students?
Deadlines are spread throughout the year. Early deadlines include the C-SPAN StudentCam Competition (January 20) and Future City Competition (typically October to December), while others like the Bow Seat Ocean Awareness Contest (June 8) and Thermo Fisher Junior Innovators Challenge (June 10) fall later in the year.
One more option—The Lumiere Junior Explorer Program
The Lumiere Junior Explorer Program is a program for middle school students to work one-on-one with a mentor to explore their academic interests and build a project they are passionate about. Our mentors are scholars from top research universities such as Harvard, MIT, Stanford, Yale, Duke, and LSE.
The program was founded by a Harvard & Oxford PhD who met as undergraduates at Harvard. The program is rigorous and fully virtual. We offer need-based financial aid for students who qualify. You can find the application in the brochure! To learn more, you can reach out to our Director, Dhruva, at dhruva.bhat@lumiere.education or visit our website.
Multiple rolling deadlines for JEP cohorts across the year. You can apply using this application link! If you'd like to take a look at the upcoming cohorts and deadlines, refer to this page!
Stephen is one of the founders of Lumiere and a Harvard College graduate. He founded Lumiere as a Ph.D. student at Harvard Business School. Lumiere is a selective research program where students work 1-1 with a research mentor to develop an independent research paper.