STEM & STEAM Education
STEM helps people understand the world. STEAM adds the arts — design, storytelling, beauty, empathy, and imagination. This page is the heart of CapeCodScience.com: a place for students, families, teachers, science clubs, artists, makers, and lifelong learners to find resources, competitions, projects, colleges, and inspiration.
This page is designed as a friendly gateway for students, families, teachers, lifelong learners, and future innovators. STEM builds the tools for understanding the world; STEAM adds art, design, storytelling, empathy, beauty, and communication so discovery becomes more human.
Local anchor
The first card is intentionally reserved for your own Cape Cod STEM/STEAM project area. This gives us a place to grow a local student showcase once the exact URL and submission process are ready.
A future Cape Cod Science Network home for local STEM/STEAM groups, student projects, school clubs, science fairs, maker teams, robotics teams, art-science projects, and community learning opportunities.
Local listing area to build →A local STEM network connecting Cape-area students, educators, research labs, nonprofits, internships, community science projects, and hands-on learning opportunities.
Visit site →National STEM Ecosystems profile for the Cape Cod Regional STEM Network, describing the Cape’s regional partnerships and STEM education ecosystem.
Visit site →Cape Cod Community College program gateway, including science, technology, engineering, math, environmental studies, robotics, and coastal-zone related pathways.
Visit site →A Cape Cod Community College support program helping students navigate pathways in science, technology, engineering, and math.
Visit site →State STEM education guidance and resources from the Massachusetts Department of Elementary and Secondary Education.
Visit site →Statewide regional STEM networks that connect educators, community leaders, industry partners, and students across Massachusetts.
Visit site →A useful Massachusetts STEM resource collection for educators, students, families, and community partners.
Visit site →One of New England’s major science museums, offering exhibits, public learning, school programs, STEM experiences, and science inspiration.
Visit site →MIT center supporting hands-on engineering, making, project-based learning, and K–12 outreach inspired by the legacy of Doc Edgerton.
Visit site →Free & student-friendly
Free and free-entry learning resources for students, teachers, homeschoolers, clubs, and curious adults. Some sites may also offer paid upgrades, but these are strong starting points for learning.
NASA’s official gateway for STEM activities, videos, challenges, educator guides, and student opportunities.
Visit site →Kid-friendly NASA science learning about Earth, space, planets, stars, and the universe.
Visit site →NASA student and educator programs, challenges, internships, classroom resources, and mission-inspired STEM learning.
Visit site →Free lessons and practice in math, science, computing, economics, test prep, and more.
Visit site →Free biology, chemistry, physics, astronomy, health, and environmental science courses.
Visit site →Free computer science, programming, and digital literacy lessons.
Visit site →Free coding and computer science learning for students, teachers, and schools.
Visit site →Student-friendly AI lessons and curriculum resources from Code.org.
Visit site →MIT-created creative coding platform where students make stories, games, animations, and interactive projects.
Visit site →Free, beginner-friendly app-building platform for students and educators.
Visit site →Free interactive simulations for physics, chemistry, math, biology, and Earth science.
Visit site →Free K–12 engineering lessons and activities aligned to STEM standards.
Visit site →Hands-on science activities from the Exploratorium that students can build and investigate.
Visit site →Science museum education resources, activities, educator tools, and public learning programs.
Visit site →K–12 science curriculum, global STEM education programs, and classroom resources.
Visit site →Digital collections and learning experiences that connect science, history, art, and culture.
Visit site →Maps, lessons, videos, and activities that connect geography, science, environment, and society.
Visit site →Student-friendly science journalism, explainers, experiments, and classroom resources.
Visit site →Peer-reviewed science adapted into student-friendly articles and lesson materials.
Visit site →Free biology and life science classroom resources from Howard Hughes Medical Institute.
Visit site →Science videos, lesson plans, interactives, and media resources for teachers and students.
Visit site →Free STEM textbooks, adaptive practice, simulations, and student learning tools.
Visit site →Open educational resources for STEM teachers, homeschoolers, and independent learners.
Visit site →Free peer-reviewed textbooks for science, math, engineering, computer science, and college courses.
Visit site →Open-access textbooks and learning materials across science, math, engineering, and technology.
Visit site →A large collection of free and open online teaching and learning materials.
Visit site →Online science, engineering, and technology courses from universities and organizations; many can be audited free.
Visit site →Online science courses from universities and institutions; many include free audit options.
Visit site →Interactive math, science, computer science, and problem-solving courses; free-entry with paid options.
Visit site →Interactive math, science, engineering, and computation demonstrations.
Visit site →Beautiful interactive math learning, visual explanations, puzzles, and activities.
Visit site →Interactive math lessons, graphing activities, and student exploration tools.
Visit site →Free math tools and interactive learning for geometry, algebra, calculus, statistics, and STEM classrooms.
Visit site →Science fair project ideas, STEM activities, experiment guides, and career resources for students.
Visit site →Accessible explanations of science, engineering, technology, and everyday phenomena.
Visit site →Challenges & fairs
Competitions can give students deadlines, teamwork, mentorship, confidence, scholarships, and a reason to turn curiosity into a real project.
The International Science and Engineering Fair, one of the largest and most recognized pre-college STEM competitions.
Visit site →Prestigious U.S. high school science research competition run by Society for Science.
Visit site →Tool for finding affiliated science fairs that can lead students toward ISEF participation.
Visit site →Large K–12 STEM competition organization with events across life science, Earth science, chemistry, physics, engineering, and inquiry.
Visit site →U.S. Department of Energy academic science competition for middle and high school teams.
Visit site →Web-based STEM competition for students solving community problems through science, math, and engineering.
Visit site →STEM competition asking students to imagine and research future technology.
Visit site →STEM research competition and symposium for high school students.
Visit site →Innovation and entrepreneurship competition for students tackling real-world problems.
Visit site →High school robotics competition combining engineering, teamwork, mentorship, and design.
Visit site →Student robotics program where teams design, build, code, and compete with robots.
Visit site →Global robotics and STEM program for younger students using LEGO-based challenges.
Visit site →Robotics competition platform for elementary through university-level students.
Visit site →Robotics Education & Competition Foundation supporting VEX and related student robotics programs.
Visit site →International educational robotics competition for students focused on soccer, rescue, and on-stage creativity.
Visit site →Student underwater robotics competition focused on remotely operated vehicles and ocean engineering.
Visit site →NASA challenge where student teams design, build, test, and launch high-powered rockets.
Visit site →Student engineering challenge inspired by lunar and planetary surface exploration.
Visit site →Student challenge for designing experiments to fly on suborbital vehicles.
Visit site →STEM challenges connecting students to engineering, design, space, and innovation.
Visit site →Global technology entrepreneurship program helping girls build apps and AI solutions for real-world problems.
Visit site →National student organization focused on technology, engineering, leadership, and competitive events.
Visit site →Career and technical education competitions, including engineering, robotics, electronics, and technical skills.
Visit site →STEM project competition for high school students with mentorship and project funding.
Visit site →Archived Google open-source student contest; useful background for open-source learning pathways.
Visit site →Student app competition hosted through U.S. congressional districts.
Visit site →National youth cyber defense competition and cybersecurity education program.
Visit site →Cybersecurity competition and training environment for students.
Visit site →Programming competition and training platform for algorithmic problem solving.
Visit site →Mathematics competitions from the Mathematical Association of America.
Visit site →High school applied math modeling competition run by SIAM.
Visit site →Worldwide mathematical olympiad for high school students.
Visit site →International programming and algorithmic problem-solving competition.
Visit site →International physics competition for secondary school students.
Visit site →International chemistry competition for high school students.
Visit site →International biology competition for pre-university students.
Visit site →International competition in geology, meteorology, oceanography, astronomy, and environmental science.
Visit site →Environmental and natural-resource education competition for high school students.
Visit site →Humanities competition that can support STEAM storytelling, research, technology history, and science communication.
Visit site →Creative problem-solving challenges that blend STEM, arts, storytelling, engineering, and teamwork.
Visit site →Student groups & projects
This page can eventually include a simple submission form where students, teachers, clubs, homeschool groups, robotics teams, makers, artists, coders, science-fair teams, and community groups can share what they are building or studying.
Do real science
These sites let students and families participate in real science by observing nature, classifying data, measuring the environment, or contributing to research projects.
Searchable citizen-science project database where students and families can find real research to join.
Visit site →Large citizen-science platform where volunteers help researchers classify data across science, history, nature, and space.
Visit site →NASA projects where students and the public can help with real research in Earth and space science.
Visit site →International science and education program where students collect environmental observations for researchers.
Visit site →NASA app-based citizen science for clouds, mosquitoes, land cover, trees, and eclipse observations.
Visit site →NOAA citizen-science opportunities in oceans, coasts, weather, and environmental monitoring.
Visit site →Global nature observation platform connecting people to biodiversity and scientific data.
Visit site →Student-friendly app for identifying plants, animals, fungi, and local biodiversity.
Visit site →Bird observation and citizen-science platform from the Cornell Lab of Ornithology.
Visit site →Bird science, citizen science, education, and conservation programs.
Visit site →Plant observation and climate-focused citizen-science project.
Visit site →Community Collaborative Rain, Hail and Snow Network for weather observers.
Visit site →Protein-folding puzzle game where players contribute to scientific research.
Visit site →Citizen-science game supporting genetic sequence alignment and biology research.
Visit site →Citizen-science project measuring light pollution and night-sky visibility.
Visit site →Pollinator-focused citizen-science project for gardens, schools, and families.
Visit site →Phenology observation project tracking seasonal changes in plants and animals.
Visit site →Long-running bird citizen-science project involving local observers and conservation data.
Visit site →Citizen-science and exploration projects from National Geographic.
Visit site →U.S. government gateway for citizen science and crowdsourcing projects.
Visit site →Art + science
STEAM is where science meets design, storytelling, music, theater, visual art, public communication, empathy, and creativity.
Rhode Island School of Design initiative championing the addition of art and design to STEM.
Visit site →Resource guide explaining STEAM learning at the intersection of STEM, arts education, and arts integration.
Visit site →Guidance on growing from STEM to STEAM through arts, design, technology, and classroom creativity.
Visit site →Professional learning and lesson resources for arts integration and STEAM classrooms.
Visit site →Technology education organization resources on STEAM as an integrative learning approach.
Visit site →A collection of ideas for adding arts, design, and humanities into STEM activities.
Visit site →Arts standards that can support the arts side of STEAM education.
Visit site →International art-science-technology organization and publication network.
Visit site →Global art, technology, science, and society festival and research platform.
Visit site →International network connecting art, science, design, and public engagement.
Visit site →Museum dedicated to the intersection of art, science, culture, and technology.
Visit site →Family-friendly STEAM activities, experiments, and projects.
Visit site →Academic and creative publication exploring STEM, arts, and interdisciplinary learning.
Visit site →Program helping students explore STEM through dance, creativity, coding, and performance.
Visit site →Design and building program combining construction, engineering, civic impact, and creative confidence.
Visit site →Groups & networks
Organizations and networks that help students, teachers, families, museums, clubs, and communities build stronger STEM/STEAM pathways.
Network of regional STEM ecosystems connecting education, industry, community, and opportunity.
Visit site →Organization connecting companies, schools, nonprofits, and leaders around STEM talent and opportunity.
Visit site →Major professional association for science teachers and science education resources.
Visit site →American Association for the Advancement of Science programs for education, public engagement, and STEM opportunity.
Visit site →UK professional association for science educators.
Visit site →Network of European ministries of education supporting innovation in teaching and learning.
Visit site →European community for science education, STEM projects, teachers, and classroom resources.
Visit site →European network of science centers and museums for public science engagement.
Visit site →Association of Science and Technology Centers, connecting science centers and museums worldwide.
Visit site →Global organization supporting science as a public good and international scientific cooperation.
Visit site →UNESCO resources supporting STEM education and science learning around the world.
Visit site →International education research, policy, and data including science, skills, and lifelong learning.
Visit site →Public science events, videos, and programs connecting science to wonder and culture.
Visit site →Nonprofit supporting science journalism, science fairs, student research, and STEM competitions.
Visit site →Reports and resources about strengthening STEM education.
Visit site →Network supporting girls in STEM through collaboration, program resources, and equity-focused initiatives.
Visit site →Professional organization supporting women in engineering and STEM outreach.
Visit site →Programs and clubs helping students learn coding and computer science.
Visit site →Organization providing technology and computer science learning opportunities.
Visit site →National Society of Black Engineers, supporting engineering education, chapters, events, and professional pathways.
Visit site →Society of Hispanic Professional Engineers, supporting STEM education, leadership, and professional community.
Visit site →Society for Advancement of Chicanos/Hispanics and Native Americans in Science, supporting STEM diversity and community.
Visit site →American Indian Science and Engineering Society supporting Indigenous students and professionals in STEM.
Visit site →National Academy of Engineering site encouraging students to explore engineering.
Visit site →Engineering outreach resources, activities, and programs for students and educators.
Visit site →IEEE-powered engineering education resources, lesson plans, and career exploration.
Visit site →K–8 engineering curriculum and professional learning resources.
Visit site →Hands-on STEM experiences and family engagement programs.
Visit site →Mentoring movement supporting girls and women in STEM pathways.
Visit site →Global network of free volunteer-led coding clubs for young people.
Visit site →Computing education charity supporting coding clubs, resources, and digital making.
Visit site →Public science
Science museums and public-learning centers are wonderful places for students to discover what excites them before they choose a class, project, major, or career.
Find science centers and museums connected to the Association of Science and Technology Centers.
Visit site →San Francisco museum of science, art, and human perception with strong online learning resources.
Visit site →Space, aviation, engineering, and science education resources from the Smithsonian.
Visit site →Natural history, Earth science, biology, human origins, and collections-based learning.
Visit site →Major science museum and STEM education hub close to Cape Cod.
Visit site →Hands-on science center focused on STEM learning, design, and community engagement.
Visit site →Science center with exhibits, student programs, and STEM education.
Visit site →Philadelphia science museum with science education, exhibits, and public programs.
Visit site →Large hands-on science and industry museum with student learning resources.
Visit site →Science center with aerospace, biology, engineering, and public education exhibits.
Visit site →Canadian science center with STEM programs and exhibits.
Visit site →Major UK museum exploring science, technology, engineering, medicine, and invention.
Visit site →Natural history, Earth science, biodiversity, and climate education resources.
Visit site →Large science and technology museum in Munich.
Visit site →French science and industry museum with public science exhibits and learning.
Visit site →Amsterdam science museum focused on hands-on discovery and STEM learning.
Visit site →Japan’s National Museum of Emerging Science and Innovation.
Visit site →Australia’s National Science and Technology Centre.
Visit site →Singapore science center with STEM exhibits, competitions, and learning programs.
Visit site →Brazilian museum exploring science, sustainability, society, and futures thinking.
Visit site →College pathways
A starter list of colleges and universities with broad science, engineering, technology, math, computing, sustainability, or interdisciplinary STEM pathways.
World-renowned science school spanning biology, brain and cognitive sciences, chemistry, Earth and planetary sciences, math, physics, and related research.
Visit site →Major engineering school with broad technology, computing, robotics, energy, materials, and systems programs.
Visit site →Broad academic home for Harvard science, humanities, social science, arts, and interdisciplinary study.
Visit site →Stanford’s largest school, including natural sciences, math, humanities, and social sciences.
Visit site →Broad science and engineering school focused on climate, energy, Earth systems, oceans, and sustainability.
Visit site →Science and engineering institute with strengths across physics, biology, chemistry, engineering, astronomy, computation, and Earth science.
Visit site →Princeton gateway to natural sciences departments and programs.
Visit site →Yale academic home for science, humanities, social science, and interdisciplinary programs.
Visit site →Columbia science programs, research, and academic pathways.
Visit site →Engineering, applied science, computer science, data science, and innovation programs.
Visit site →Broad liberal arts and sciences college with science, math, computing, and interdisciplinary study.
Visit site →Engineering, applied science, technology, and research programs.
Visit site →Large academic college covering biological sciences, physical sciences, math, social sciences, arts, and humanities.
Visit site →Engineering and technology programs across multiple disciplines.
Visit site →Physical sciences programs including astronomy, chemistry, Earth science, math, physics, and statistics.
Visit site →Science programs spanning chemistry, math, physics, astronomy, and related areas.
Visit site →Physics, chemistry, astronomy, geophysical sciences, statistics, computer science, and math-related programs.
Visit site →Large engineering school with strong computing, robotics, electrical, mechanical, aerospace, and systems programs.
Visit site →Georgia Tech sciences including biology, chemistry, Earth sciences, math, physics, psychology, and interdisciplinary study.
Visit site →Large engineering college with broad research and student opportunities.
Visit site →Robotics-centered program connecting engineering, computer science, AI, movement, and autonomous systems.
Visit site →Broad engineering programs, research, and student pathways.
Visit site →Engineering, robotics, AI, technology, and interdisciplinary innovation programs.
Visit site →Science programs in biology, chemistry, math, physics, and related disciplines.
Visit site →Engineering, technology, innovation, and interdisciplinary research programs.
Visit site →Broad academic home including natural sciences, math, humanities, and social sciences.
Visit site →Large college spanning biology, chemistry, computer science, math, physics, astronomy, neuroscience, and statistics.
Visit site →Science programs in biology, chemistry, computer science, Earth science, math, physics, and statistics.
Visit site →Major engineering college with broad undergraduate and graduate STEM programs.
Visit site →Broad science college with biology, chemistry, math, physics, astronomy, and statistics.
Visit site →Broad academic college including biological, physical, mathematical, and computational sciences.
Visit site →Interdisciplinary Earth, planetary, astronomy, and space science education.
Visit site →Broad science college with astronomy, biology, chemistry, geosciences, math, physics, and more.
Visit site →Engineering, aerospace, environmental, mechanical, electrical, and applied science programs.
Visit site →Engineering, applied math, data science, biomedical engineering, robotics, and interdisciplinary programs.
Visit site →Duke natural science gateway within Trinity College.
Visit site →Science programs with experiential learning, research, and co-op opportunities.
Visit site →Broad college with science, math, humanities, social science, and interdisciplinary pathways.
Visit site →Engineering and applied science programs with project-based learning and research.
Visit site →Massachusetts public university science college with broad STEM programs.
Visit site →Project-based science, engineering, technology, robotics, data, and interdisciplinary education.
Visit site →Science, engineering, architecture, business, humanities, and technology university.
Visit site →Project-based undergraduate engineering college focused on design, creativity, and collaboration.
Visit site →Liberal arts college focused on science, engineering, mathematics, and broad human context.
Visit site →Global college pathways
A starter global list for students who want to explore science and technology pathways beyond the United States.
Broad natural sciences course spanning physical and biological sciences across many departments.
Visit site →Oxford division covering science, math, engineering, computer science, chemistry, physics, biology, and Earth sciences.
Visit site →Major UK science faculty covering chemistry, life sciences, mathematics, physics, and environmental policy.
Visit site →Engineering faculty with broad technology, design, energy, computing, and innovation programs.
Visit site →Broad science faculty spanning physics, chemistry, astronomy, Earth sciences, math, statistics, and science studies.
Visit site →Science and engineering college with informatics, physics, chemistry, biological sciences, engineering, math, and geosciences.
Visit site →Large UK faculty covering engineering, natural sciences, materials, computer science, and Earth/environment studies.
Visit site →Swiss university science and math programs across biology, chemistry, physics, math, computation, and engineering-related fields.
Visit site →Swiss science and technology institution with schools in engineering, computer science, life sciences, basic sciences, and architecture.
Visit site →German university focused on science, engineering, medicine, technology, and innovation.
Visit site →Major Dutch technical university with engineering, design, architecture, aerospace, robotics, and applied sciences.
Visit site →Dutch science faculty with astronomy, biology, chemistry, computer science, math, physics, and environmental science.
Visit site →Large Canadian faculty spanning sciences, math, social sciences, humanities, and interdisciplinary programs.
Visit site →Canadian science faculty with biology, chemistry, Earth science, computer science, math, physics, and astronomy.
Visit site →Canadian science faculty with broad programs in life, physical, mathematical, and Earth sciences.
Visit site →Australian science college covering biology, chemistry, Earth science, physics, astronomy, math, and environment.
Visit site →Australian faculty with broad science programs and research.
Visit site →Broad science faculty including life sciences, physical sciences, mathematics, psychology, agriculture, and environment.
Visit site →Engineering, design, architecture, innovation, and technology programs.
Visit site →Singapore science faculty with biological, chemical, mathematical, pharmaceutical, physical, and data sciences.
Visit site →Science college with math, physics, chemistry, biology, and related research programs.
Visit site →Japanese science school with broad programs in physics, astronomy, Earth science, chemistry, biology, and mathematics.
Visit site →Japanese faculty of science with broad research and education across natural sciences.
Visit site →Korean science and technology university with engineering, computing, natural science, and innovation programs.
Visit site →Korean natural sciences college with life, physical, math, and Earth science programs.
Visit site →Indian research university focused on science, engineering, technology, and advanced research.
Visit site →Indian Institute of Technology with engineering, science, design, technology, and interdisciplinary programs.
Visit site →Chinese university with broad science, engineering, technology, and interdisciplinary programs.
Visit site →Science education and research at one of China’s major universities.
Visit site →Hong Kong science faculty with broad life, physical, Earth, math, and data science programs.
Visit site →South African science faculty with programs across biological, physical, mathematical, and environmental sciences.
Visit site →Major Brazilian university with extensive science, engineering, medicine, and research programs.
Visit site →Mexico’s national university with broad science, engineering, and research programs.
Visit site →Mexican university with engineering, science, technology, entrepreneurship, and innovation programs.
Visit site →Student guidance
STEM/STEAM learning works best when students do more than watch. Pick a question, build something, test it, revise it, share it, and explain it clearly.
Choose one thing you genuinely wonder about: the ocean, stars, weather, music, robots, plants, chemistry, coding, animals, art, or people.
Use simulations, citizen science, maker projects, data collection, experiments, design challenges, or local observations.
Turn science into diagrams, songs, theater, photography, models, animations, public exhibits, or stories that help others understand.
For student listings, use teacher or parent guidance. Avoid posting private personal information, exact home locations, or unsafe contact details.
Each subject page is designed as its own focused resource hub, while also connecting back to the wider Cape Cod Science Network.
Space agencies, NASA and ESA missions, observatories, telescopes, astronomy education, colleges and student space-science resources.
Explore section →Physics basics, waves, vibration, light, quantum science, particle physics, CERN, colliders, accelerators and university pathways.
Explore section →Math learning, problem solving, algebra, geometry, calculus, statistics, competitions, modeling, visual tools and math-art connections.
Explore section →Woods Hole, oceanographic institutes, undersea exploration, marine biology, coastal science, ROVs, ocean data and student resources.
Explore section →Free and student-friendly AI tools, major AI models, AI education, research tools, creative AI, coding assistants and ethics resources.
Explore section →Robotics companies, student robotics, FIRST and VEX, humanoid robots, ocean robots, drones, engineering education and robot ethics.
Explore section →Chemistry basics, periodic tables, safe experiments, lab science, materials, medicine, environmental chemistry and university pathways.
Explore section →Earth science, climate, weather, ecology, conservation, sustainability, data tools, student action and organizations helping the planet.
Explore section →Engineering, maker spaces, Fab Labs, design thinking, 3D printing, circuits, CAD, student challenges and creative invention resources.
Explore section →Coding, web development, game coding, Girls Who Code, apps, data science, cybersecurity, competitions and university CS programs.
Explore section →Science museums, aquariums, observatories, citizen-science projects, hands-on learning, remote labs, live cams and public science sites.
Explore section →