Start with a real need
Great engineering begins with a person, community, habitat, classroom, business, or planet-sized problem that truly matters.
Good maker habit โEngineering & Maker Science
Engineering is imagination made practical. It turns questions into prototypes, sketches into structures, and ideas into useful tools. This page gathers maker spaces, student projects, engineering education, competitions, tools, design resources, and colleges for builders, inventors, tinkerers, artists, and lifelong learners.
This page connects the science of how things work with the maker spirit of building, testing, repairing, inventing, and improving. It is also a natural STEAM page: art and design help engineering become understandable, beautiful, and human.
Start close to home. These links connect Cape Cod students, teachers, artists, inventors, and lifelong learners with nearby maker culture, engineering education, workshops, and project-based learning.
A local maker and DIY culture group for Cape Cod, connecting makers, classes, group activities, shared resources, and creative technical talent.
Learn more โ Cape Cod MakerspaceA Cape Cod makerspace with equipment and instruction for students and artisans, including tools connected to 3D printing, heat press work, woodturning, classes, and mentoring.
Learn more โ Future CCAN FeatureA future CapeCodScience.com area where students, teachers, clubs, inventors, artists, and community makers can submit projects, photos, and group information for approval.
Learn more โ Local EducationLocal STEM pathways and college science, technology, engineering, and math learning for Cape Cod students.
Learn more โ Local STEMA regional STEM ecosystem connecting schools, organizations, and community partners that support science and engineering learning on Cape Cod.
Learn more โ Massachusetts STEMStatewide STEM initiatives, strategy, and resources connecting education, workforce, and innovation across Massachusetts.
Learn more โ Student ProjectsA Massachusetts pathway for students to turn engineering ideas, inventions, prototypes, research, and experiments into judged projects.
Learn more โ Cape Cod ScienceA Cape Cod science leader whose work includes ocean engineering, sensors, robotics, instrumentation, vehicles, ships, and real-world engineering in extreme environments.
Learn more โ Ocean EngineeringA practical engineering doorway into underwater robotics, autonomous vehicles, ocean instruments, pressure systems, navigation, and ocean data collection.
Learn more โ New England Maker EducationHands-on maker, science, and engineering programs for MIT students, K-12 students, and educators, with a strong project-learning spirit.
Learn more โ K-12 EngineeringHands-on science, engineering, and maker opportunities designed to educate and inspire kindergarten through high school students and educators.
Learn more โ University MakerspacesMITโs effort to upgrade campus makerspaces and foster student maker communities across the institute.
Learn more โ MIT MakerspaceTwo open MIT makerspaces supporting design, prototyping, electronics, fabrication, and student making.
Learn more โ Engineering for GoodA design and development program using hands-on engineering, community partnership, and practical problem solving for global challenges.
Learn more โ Boston MakerspaceA nonprofit community makerspace with digital fabrication, craft tools, classes, mentorship, and a community of thinkers, designers, and makers.
Learn more โ Boston MakerspaceA Boston-based makerspace offering equipped workshops, classes, membership, and community space for fabrication, woodworking, metalworking, and creative building.
Learn more โ Massachusetts MakerspaceA Massachusetts makerspace with workshops, classes, open shop access, community events, and facilities for many kinds of hands-on work.
Learn more โ Maker FacilitiesA large maker facility with shops, meeting spaces, classrooms, and community workshop access.
Learn more โ University MakerspaceAn engineering maker space supporting student invention, product development, innovation, and entrepreneurship.
Learn more โ New England EngineeringA New England engineering college known for project-centered engineering education, design, teamwork, entrepreneurship, and creative problem solving.
Learn more โ Engineering + ArtsOlinโs curriculum combines technical and engineering education with arts, humanities, social sciences, and entrepreneurship.
Learn more โ Engineering EducationA center focused on engineering education, outreach, robotics, design, and hands-on learning for students and teachers.
Learn more โ New England EngineeringWPI is known for project-based learning, engineering, technology, and hands-on problem-solving education.
Learn more โ New England EngineeringBoston-based engineering education with co-op, research, innovation, and practical engineering pathways.
Learn more โ New England EngineeringBoston engineering programs and research across mechanical, electrical, biomedical, materials, systems, and computer engineering.
Learn more โThese are practical places to begin making: global directories, project libraries, fabrication communities, electronics tutorials, CAD tools, 3D printing resources, and maker education platforms.
A global organization that supports access to tools, knowledge, digital fabrication, education, innovation, and invention through Fab Labs and maker learning.
Learn more โ Global DirectoryA global Fab Lab directory and community hub for digital fabrication labs, learning, prototyping, and invention.
Learn more โ Maker EducationA fast-paced hands-on digital fabrication learning program where students build weekly projects and develop technical portfolios.
Learn more โ Maker EducationA global distributed education structure connected to Fab Academy, Fabricademy, and hands-on digital fabrication learning.
Learn more โ MIT MakingThe famous MIT course that helped inspire the Fab Lab movement and shows advanced making, fabrication, electronics, and invention.
Learn more โ Maker CultureA global maker culture hub connected to Make: magazine, maker projects, events, and DIY learning.
Learn more โ Project LibraryProject ideas, tutorials, builds, and maker inspiration for electronics, craft, fabrication, robotics, and more.
Learn more โ Maker EventsA global celebration of makers, students, inventors, artists, engineers, and DIY creativity.
Learn more โ Project LibraryA huge project-sharing community for DIY builds, electronics, crafts, woodworking, 3D printing, robotics, recipes, repair, and creative invention.
Learn more โ Maker NewsA global engineering and hardware hacking site covering electronics, embedded systems, open hardware, reverse engineering, and maker projects.
Learn more โ Project SharingA project-hosting platform for hardware makers, electronics builders, hackers, students, and open-source engineering projects.
Learn more โ Project LibraryA maker and developer community for hardware projects, IoT, Arduino, Raspberry Pi, robotics, machine learning, and electronics.
Learn more โ Electronics ProjectsA collection of Arduino projects for sensors, robotics, art, data, electronics, automation, and creative STEM learning.
Learn more โ Maker EducationLearning resources and kits for teaching coding, electronics, robotics, sensing, and physical computing.
Learn more โ Student ProjectsFree projects and learning paths for coding, electronics, physical computing, sensors, games, web, AI, and digital making.
Learn more โ Digital MakingA nonprofit supporting computing and digital making education for young people around the world.
Learn more โ Electronics TutorialsClear tutorials for electronics, sensors, wearables, microcontrollers, robotics, art, and creative technology.
Learn more โ Electronics TutorialsHands-on electronics tutorials, circuits, sensors, microcontrollers, robotics, and educational guides.
Learn more โ Beginner ElectronicsBeginner-friendly coding, electronics, sensors, classroom physical computing, and project-based learning.
Learn more โ Coding + MakingA block and JavaScript coding platform for micro:bit, Circuit Playground, Arcade games, Minecraft, and maker education.
Learn more โ Physical ComputingA beginner-friendly Python environment for microcontrollers, sensors, LEDs, robotics, and physical computing.
Learn more โ 3D + CircuitsA free browser-based tool for 3D design, electronics simulation, circuits, and beginner CAD learning.
Learn more โ Circuit SimulationA friendly way for beginners to simulate circuits, Arduino projects, LEDs, sensors, and simple electronics before building.
Learn more โ CAD EducationCloud CAD tools and educational resources for student engineering design, modeling, and collaboration.
Learn more โ Design SoftwareEducation access to Autodesk design and engineering software used in CAD, fabrication, architecture, and product design.
Learn more โ CAD/CAMCAD/CAM/CAE tools for design, manufacturing, 3D modeling, simulation, and digital fabrication learning.
Learn more โ Open-Source CADA free and open-source parametric 3D CAD modeler for mechanical design, prototyping, and engineering projects.
Learn more โ Open-Source CADA script-based open-source 3D CAD tool useful for precise models, parametric design, and 3D printing.
Learn more โ PCB DesignA free and open-source electronics design automation suite for PCB design, schematics, and circuit board layout.
Learn more โ Circuit DesignA beginner-friendly electronics design and documentation tool for breadboards, circuits, and PCB learning.
Learn more โ 3D PrintingA large 3D model sharing community for printable parts, prototypes, toys, tools, and maker designs.
Learn more โ 3D PrintingA 3D printing model community with downloadable designs, contests, and educational printable projects.
Learn more โ CAD ModelsA CAD model library and community for engineers, designers, students, and product development learners.
Learn more โ CNC + MachinesAn open-source hardware community for CNC machines, 3D printers, linear motion, fabrication, and builder projects.
Learn more โ 3D Printing HistoryThe open-source 3D printer movement and wiki that helped grow personal fabrication and desktop 3D printing.
Learn more โ 3D Printing Education3D printing education resources from Prusa for schools, teachers, and project-based maker learning.
Learn more โ 3D Printing Education3D printing resources, guides, materials, and tools for classroom and maker education.
Learn more โ Open HardwareA global open-source hardware project focused on practical machines, resilient communities, and the Global Village Construction Set.
Learn more โ Community ScienceA community science and open hardware network for environmental monitoring, mapping, water testing, and civic science.
Learn more โ Appropriate TechA sustainability and appropriate technology wiki with practical designs for energy, water, food, building, and community problem solving.
Learn more โ Sustainable MakingA global community sharing open-source machines and methods for recycling plastic into useful products.
Learn more โ Ocean Maker HistoryA doorway into the citizen undersea robotics movement and small underwater exploration vehicles.
Learn more โ Open HardwareAn organization supporting open-source hardware, certification, community standards, and shared designs.
Learn more โ Sharing + LicensingA key licensing resource for students and makers who want to share projects, instructions, images, and educational materials responsibly.
Learn more โ Project CollaborationA major platform for sharing code, hardware documentation, CAD workflows, project notes, and collaborative maker development.
Learn more โ Project CollaborationA collaboration platform for software, documentation, engineering projects, and open-source teams.
Learn more โ Student MakingA nonprofit network helping high school students start coding clubs, build projects, and create with technology.
Learn more โ CNC LearningPractical CNC machining, feeds and speeds, tooling, and manufacturing learning resources.
Learn more โ Electronics LearningElectronics tutorials, textbooks, calculators, forums, and circuit learning tools.
Learn more โ Electronics LearningBasic-to-advanced electronics lessons for circuits, components, transistors, op-amps, filters, and power electronics.
Learn more โ Repair + DesignRepair guides and teardown resources that teach students how products are assembled, repaired, and designed.
Learn more โPhysical maker spaces help people learn through tools, mentors, workshops, shared equipment, and community. This directory starts with well-known spaces and directories; many more can be added over time.
A leading digital fabrication and innovation laboratory connected with IAAC, urban innovation, design, fabrication, and maker learning.
Learn more โ Spain / Design + FabricationAn advanced design, architecture, urbanism, and digital fabrication institute connected to Fab Lab Barcelona.
Learn more โ United KingdomA long-running community workshop for makers, hackers, electronics, fabrication, and shared tools in London.
Learn more โ United KingdomA community workshop in Cambridge, UK, supporting making, learning, fabrication, electronics, and shared tools.
Learn more โ United KingdomA UK maker community and shared workspace for electronics, digital fabrication, coworking, and creative technology.
Learn more โ United KingdomA London-based Fab Lab resource for digital fabrication, making, and creative technology.
Learn more โ PortugalLisbonโs Fab Lab for digital fabrication, community making, design, and prototyping.
Learn more โ GermanyA Berlin-based Fab Lab offering digital fabrication, workshops, prototyping, 3D printing, laser cutting, and maker education.
Learn more โ GermanyA well-known Berlin hackerspace and creative technology community.
Learn more โ AustriaA hackerspace in Vienna for technology, open knowledge, electronics, software, and creative projects.
Learn more โ NetherlandsAn Amsterdam public research and design lab working with technology, society, creativity, and open innovation.
Learn more โ NetherlandsA Fab Lab connected to Amsterdamโs maker and digital fabrication ecosystem.
Learn more โ GermanyA community laboratory and workshop for open technology, science, and hands-on experimentation.
Learn more โ JapanA community workshop and hackerspace for electronics, coding, making, and creative technology in Tokyo.
Learn more โ Hong KongA Hong Kong makerspace and education organization focused on creativity, social innovation, fabrication, and learning.
Learn more โ ChinaAn open innovation platform in Shenzhen connected to hardware, maker culture, manufacturing, and social impact.
Learn more โ KenyaA Nairobi makerspace and hardware innovation hub supporting prototyping, fabrication, entrepreneurship, and technical skill-building.
Learn more โ TogoA Togo-based community makerspace known for open hardware, local invention, and community-centered technology.
Learn more โ UgandaA Uganda innovation and engineering space supporting student and community technology projects.
Learn more โ AustraliaA community makerspace in South Australia for tools, workshops, electronics, woodworking, fabrication, and learning.
Learn more โ AustraliaAn Australian maker organization supporting makerspaces, repair, tools, and creative technical communities.
Learn more โ ChileA Chilean Fab Lab and digital fabrication resource for prototyping, design, and maker learning.
Learn more โ PeruA Peru-based Fab Lab network and digital fabrication learning resource.
Learn more โ BrazilA Brazilian digital fabrication lab and maker learning resource connected to local innovation and design.
Learn more โ United StatesA San Francisco hackerspace for technology, art, electronics, software, hardware, and learning by doing.
Learn more โ United StatesA Brooklyn hacker collective and shared workspace for electronics, crafts, coding, fabrication, and creative technology.
Learn more โ United StatesA Chicago hackerspace and makerspace for tools, classes, electronics, metal, wood, art, coding, and community projects.
Learn more โ United StatesA large volunteer-run makerspace offering classes, shops, tools, and shared equipment for many disciplines.
Learn more โ United StatesA community workshop for fabrication, electronics, woodworking, metalworking, 3D printing, and creative making.
Learn more โ United StatesA Madison, Wisconsin makerspace for invention, electronics, prototyping, classes, tools, and engineering projects.
Learn more โ United StatesA Colorado makerspace and community workshop with fabrication, classes, equipment, and creative technical collaboration.
Learn more โ Maker DirectoryA resource explaining makerspaces and connecting visitors to makerspace information, ideas, and equipment examples.
Learn more โ Global DirectoryA community directory and wiki for hackerspaces and makerspaces around the world.
Learn more โ Global DirectoryA growing directory of Fab Labs and maker spaces with a global orientation.
Learn more โThese resources help students and teachers learn engineering thinking: define a problem, research, sketch, prototype, test, improve, explain, and build with purpose.
National Science Foundation educational resources for K-12 classrooms focused on engineering lesson plans, activities, videos, and images.
Learn more โ Engineering LearningIEEE-supported engineering lessons, activities, games, videos, and student resources designed to inspire engineering curiosity.
Learn more โ Teacher ResourcesFree, standards-aligned engineering lessons and activities for K-12 classrooms and project-based learning.
Learn more โ Design ProcessA teacher-friendly guide to the engineering design process and open-ended problem solving.
Learn more โ Student GuideA clear student guide to asking, imagining, planning, creating, testing, improving, and sharing engineering projects.
Learn more โ Project GuideA step-by-step project guide for engineering design projects, science fairs, invention challenges, and prototypes.
Learn more โ Engineering OutreachEngineering outreach resources, Engineers Week, student activities, career inspiration, and engineering awareness programs.
Learn more โ Careers + InspirationA National Academy of Engineering site inspiring students, especially girls, to learn about engineering careers and problem solving.
Learn more โ NASA EngineeringNASA learning resources, challenges, activities, and student opportunities connected to space, engineering, and exploration.
Learn more โ Design ProcessNASA educational resources related to designing, building, testing, and improving engineering solutions.
Learn more โ JPL EducationStudent and teacher lessons connected to space missions, robotics, engineering challenges, and planetary exploration.
Learn more โ Student EngineeringA PBS engineering and design site for students with hands-on activities, challenges, videos, and project inspiration.
Learn more โ K-8 EngineeringEngineering curriculum and hands-on STEM learning from the Museum of Science, Boston.
Learn more โ School ProgramsSTEM and engineering curriculum pathways for schools, teachers, and students.
Learn more โ Design ThinkingDesign thinking resources, methods, and learning experiences connected to creativity, human needs, and problem solving.
Learn more โ Human-Centered DesignHuman-centered design methods for understanding people, prototyping, testing, and building solutions with empathy.
Learn more โ Free CoursesFree MIT engineering course materials across many departments and topics.
Learn more โ Free CoursesFree course materials in mechanics, design, manufacturing, robotics, systems, thermal science, and more.
Learn more โ Free CoursesFree MIT materials for circuits, signals, embedded systems, computation, electronics, and engineering foundations.
Learn more โ Free LearningFree engineering and technology learning resources from The Open University.
Learn more โ Open TextbooksOpen engineering textbooks and course resources for multiple engineering fields.
Learn more โ Free LearningIntroductory lessons on circuits, signals, and electronics concepts for self-paced learners.
Learn more โ Online CoursesOnline engineering courses from universities and companies around the world.
Learn more โ Online CoursesUniversity-backed online engineering courses and programs in many disciplines.
Learn more โ Online CoursesOnline engineering and technology courses from universities and learning partners.
Learn more โ Open LearningOpen learning courses and evidence-based education tools, including STEM foundations.
Learn more โ Global CoursesFree engineering courses from Indian Institutes of Technology and Indian Institute of Science.
Learn more โ Global CoursesIndiaโs online learning platform with engineering and technology courses from national institutions.
Learn more โ Invention LearningLemelson-MIT resources supporting invention education, creativity, problem finding, and student innovation.
Learn more โ InventionA program encouraging invention, innovation, student inventors, and engineering problem solving.
Learn more โ Student InnovationA student innovation competition and resource hub encouraging solutions to social and environmental challenges.
Learn more โ Engineering NewsEngineering news, articles, tools, and industry resources for students and professionals.
Learn more โ Engineering NewsPopular engineering and technology stories that can help students see real-world innovation in action.
Learn more โ Engineering VideosAccessible videos and explanations about civil engineering, structures, infrastructure, water, materials, and everyday engineering.
Learn more โ Engineering VideosVisual engineering explanations for statics, mechanics, structures, fluids, and core engineering ideas.
Learn more โ Engineering VideosCuriosity-driven science and engineering videos that often explore machines, physics, manufacturing, and design.
Learn more โ Student InspirationPopular engineering, robotics, and creative build videos that introduce students to problem solving and invention.
Learn more โ Maker InspirationAdvanced creative engineering builds that show design, machining, robotics, coding, testing, and persistence.
Learn more โA maker page should help students move from reading to doing. These resources support building with electronics, software, mechanical design, sensors, circuits, 3D printing, CNC, and physical prototypes.
Open-source electronics hardware and software used worldwide for sensors, robots, art installations, automation, and student projects.
Learn more โ Computing + MakingSmall computers and educational resources for coding, electronics, automation, servers, AI, and creative computing projects.
Learn more โ Beginner HardwareA beginner-friendly microcontroller and educational platform for coding, sensors, LEDs, robotics, and classroom maker projects.
Learn more โ Maker HardwareMaker hardware, sensors, microcontrollers, kits, tutorials, and creative technology tools.
Learn more โ Maker HardwareElectronics parts, kits, tutorials, and classroom-friendly hardware for sensors, robotics, and physical computing.
Learn more โ Robotics HardwareRobotics kits, motor controllers, sensors, servos, wheels, electronics modules, and technical resources.
Learn more โ Electronics ProjectsMaker projects, electronics resources, and components connected to real-world prototyping.
Learn more โ Electronics ResourcesElectronics, technical content, circuits, and engineering resources for students and builders.
Learn more โ Electronics EducationLearning resources and hardware connected to electronics, calculators, circuits, and STEM education.
Learn more โ Engineering HardwareEducational engineering tools for electronics, FPGA, test instruments, embedded systems, and university labs.
Learn more โ Lab EngineeringEngineering education and lab tools for measurement, control, data acquisition, and real-world test systems.
Learn more โ Vision + RoboticsSmall machine vision hardware and learning tools for robotics, computer vision, sensors, and embedded AI.
Learn more โ Maker HardwareOpen hardware, sensors, microcontrollers, Grove modules, IoT tools, and maker education products.
Learn more โ SensorsPlug-and-play sensor modules and educational electronics building blocks for makers and classrooms.
Learn more โ Robotics HardwareRobotics components, educational robots, sensors, actuators, and kits for hobbyists and students.
Learn more โ Educational RoboticsRobotics education kits, classroom tools, and competition hardware for students and teachers.
Learn more โ Classroom MakingHands-on STEAM learning resources and robotics systems for classrooms.
Learn more โ Beginner ElectronicsModular electronics kits for building circuits, inventions, and creative technology projects.
Learn more โ Robotics EducationProgrammable robots and classroom STEAM activities that teach coding, robotics, and problem solving.
Learn more โ Robotics KitsRobotics building systems and education tools for student engineering projects.
Learn more โ Robotics HardwareRobotics components and educational hardware for FIRST, classroom, and maker projects.
Learn more โ Robotics PartsRobotics parts, kits, mechanical components, and educational robotics supplies.
Learn more โ Hardware + MaterialsA vast industrial supply catalog useful for materials, fasteners, hardware, tools, mechanisms, and engineering prototyping.
Learn more โ Fabrication ServiceOnline laser cutting and sheet metal fabrication for prototypes, student teams, and maker projects.
Learn more โ Fabrication ServiceOnline laser cutting, CNC, and digital fabrication services for prototypes, products, and creative designs.
Learn more โ PCB FabricationPurple printed circuit board manufacturing popular with hobbyists, students, and electronics makers.
Learn more โ PCB FabricationPCB and prototype manufacturing services for electronics makers and engineers.
Learn more โ PCB + PrototypePCB fabrication, assembly, CNC, 3D printing, and prototyping services for maker and engineering projects.
Learn more โ 3D Printing ToolsOpen-source 3D printer control and monitoring software for makers, schools, and labs.
Learn more โ 3D Printing SoftwareFree slicing software widely used for preparing 3D models for printing.
Learn more โ 3D Printing SoftwareFree slicing software for preparing models for 3D printing, used by many makers and schools.
Learn more โ 3D DesignFree open-source 3D creation software for modeling, visualization, animation, and design.
Learn more โ Engineering SimulationOpen-source computational fluid dynamics software useful for engineering, fluids, aerodynamics, and simulations.
Learn more โ Engineering SimulationCloud-based engineering simulation for fluid flow, structures, thermal analysis, and classroom projects.
Learn more โ Engineering SimulationSimulation tools for multiphysics engineering, teaching, and research.
Learn more โCompetitions can help students turn curiosity into teamwork, deadlines, prototypes, presentations, and real engineering experience.
A high school robotics program where students work with mentors to build robots, solve a yearly challenge, and develop workforce skills.
Learn more โ Robotics CompetitionA student robotics program using smaller robots, engineering notebooks, coding, collaboration, and competition.
Learn more โ Youth RoboticsA robotics and innovation program for younger students that combines LEGO robots, research, teamwork, and creative problem solving.
Learn more โ Robotics CompetitionA global robotics competition pathway where students design, build, program, and compete with robots.
Learn more โ Robotics EducationThe Robotics Education & Competition Foundation supports hands-on STEM programs and robotics competitions.
Learn more โ Robotics CompetitionAn international robotics and AI competition centered on autonomous robots, soccer, rescue, industrial, and junior robotics.
Learn more โ Ocean EngineeringA marine technology competition where students design and build underwater robots to solve real-world ocean challenges.
Learn more โ Aerospace EngineeringA research-based engineering challenge where student teams design, build, test, and launch high-powered rockets with payloads.
Learn more โ Aerospace EngineeringA NASA student challenge focused on designing and testing human-powered rover systems for exploration-inspired terrain.
Learn more โ Student EngineeringA challenge where student teams design experiments for flight testing on commercial suborbital vehicles.
Learn more โ Civil + Urban EngineeringA middle and high school engineering program where students design future cities with innovative solutions to real issues.
Learn more โ Science + Engineering FairA major international science and engineering fair bringing student researchers together to present projects and compete for awards.
Learn more โ STEM CompetitionA student competition organization with events spanning science, engineering, technology, design, and problem solving.
Learn more โ Technology CompetitionStudent competitions and leadership activities connected to technology, engineering, design, and applied STEM.
Learn more โ Engineering CompetitionA TSA competition where students work in teams to solve engineering challenges and apply STEM problem solving.
Learn more โ Community EngineeringA STEM competition for students using science and engineering practices to solve community problems.
Learn more โ Invention CompetitionA K-12 science and technology competition encouraging students to imagine future technologies and explain how they might work.
Learn more โ InventionA program where high school teams receive grants to invent technological solutions to real-world problems.
Learn more โ Engineering WritingAn annual contest encouraging students to think and write about engineering, society, and the future.
Learn more โ Civil EngineeringCivil engineering student symposia and competitions including concrete canoe, steel bridge, surveying, and other practical challenges.
Learn more โ Mechanical EngineeringEvents and competitions for mechanical engineering students, including design, innovation, and professional development.
Learn more โ Aerospace EngineeringAn aerospace engineering competition where teams design, build, and fly radio-controlled aircraft for mission challenges.
Learn more โ Vehicle EngineeringStudent design competitions including Formula SAE, Baja SAE, Aero Design, and other vehicle engineering challenges.
Learn more โ Vehicle EngineeringA student motorsports engineering competition focused on designing, building, and competing with small formula-style vehicles.
Learn more โ Vehicle EngineeringA student competition where teams design, build, test, and race rugged off-road vehicles.
Learn more โ Energy + VehiclesA global student competition focused on designing and building ultra-energy-efficient vehicles.
Learn more โ Sustainable EngineeringA collegiate competition challenging teams to design and build high-performance, energy-efficient buildings.
Learn more โ Solar EngineeringA student competition that challenges teams to design, build, and race solar-powered cars.
Learn more โ AerospaceA national student rocketry competition where teams design, build, and launch model rockets to meet specific mission goals.
Learn more โ Structural EngineeringA student engineering challenge focused on model bridge design, testing, efficiency, and structural concepts.
Learn more โ Creative EngineeringA creative problem-solving program for student teams combining STEM, engineering, arts, performance, and invention.
Learn more โ Creative EngineeringA creative problem-solving competition where students build, design, perform, and solve open-ended challenges.
Learn more โ BioengineeringA global synthetic biology competition where students design biological systems and address real-world problems.
Learn more โ Engineering for GoodA project-based design challenge bringing real-world engineering and global responsibility into student learning.
Learn more โ Engineering for GoodA program supporting engineering projects in community service and student-centered design for social impact.
Learn more โEngineering is powerful because it changes the real world. These organizations help students understand disciplines, professional pathways, public safety, ethics, inclusion, sustainability, and service.
A U.S. academy advancing engineering leadership, public understanding, grand challenges, and engineering education.
Learn more โ Grand ChallengesA list of major engineering challenges connected to sustainability, health, security, infrastructure, and human flourishing.
Learn more โ Professional EngineeringA professional organization focused on licensed professional engineers, ethics, advocacy, education, and engineering responsibility.
Learn more โ Engineering EthicsA key ethics resource emphasizing public safety, honesty, competence, and professional responsibility.
Learn more โ Civil EngineeringA professional society for civil engineering, infrastructure, student members, standards, publications, and competitions.
Learn more โ Mechanical EngineeringA global mechanical engineering society supporting standards, education, events, publications, and professional development.
Learn more โ Electrical + ComputerA major professional society for electrical engineering, electronics, computing, communications, robotics, standards, and technology.
Learn more โ Student OutreachEngineering learning resources from IEEE for students, educators, volunteers, and STEM outreach.
Learn more โ Chemical EngineeringA professional society for chemical engineering, process engineering, biotechnology, energy, materials, and education.
Learn more โ Aerospace EngineeringA professional society for aerospace engineering, space, aviation, student competitions, and technical communities.
Learn more โ Vehicle EngineeringA professional engineering association for mobility, vehicles, aerospace, standards, and student design competitions.
Learn more โ Biomedical EngineeringA professional society for biomedical engineering research, education, meetings, careers, and student chapters.
Learn more โ Engineering EducationAn organization focused on improving engineering and engineering technology education.
Learn more โ Inclusion + CareersA global organization supporting women in engineering, outreach, scholarships, careers, and leadership.
Learn more โ Inclusion + CareersA student and professional organization supporting Black engineers through scholarships, career development, leadership, and community.
Learn more โ Inclusion + CareersA national organization fostering Hispanic leadership in STEM, education, careers, and community.
Learn more โ Inclusion + CareersA national nonprofit supporting Indigenous representation, education, and careers in STEM.
Learn more โ Inclusion + EducationA nonprofit working to increase representation and success of underrepresented minorities in engineering and computer science.
Learn more โ Engineering for GoodA nonprofit supporting community-centered engineering projects, student chapters, and global development work.
Learn more โ Engineering for GoodA movement and charity focused on putting global responsibility at the heart of engineering.
Learn more โ Global EngineeringA platform connecting engineers, designers, and innovators working on global development and appropriate technology.
Learn more โ Canada EngineeringThe national organization of Canadaโs engineering regulators, with information about the profession and licensing.
Learn more โ Australia EngineeringAustraliaโs national engineering professional body supporting engineering careers, standards, and members.
Learn more โ UK EngineeringThe UK national academy for engineering, supporting education, policy, innovation, and public engagement.
Learn more โ Engineering SocietyA UK-based engineering institution covering technology, electrical, electronics, manufacturing, digital, and professional development.
Learn more โ Mechanical EngineeringA professional engineering institution supporting mechanical engineers, students, events, and technical knowledge.
Learn more โ Civil EngineeringA professional body for civil engineering with resources for infrastructure, careers, education, and public good.
Learn more โ Systems EngineeringA professional society focused on systems engineering, complex systems, requirements, design, and lifecycle thinking.
Learn more โ Computing + EngineeringA professional society for computing, software, human-computer interaction, and technical education.
Learn more โ Sustainable EngineeringA student and professional network using engineering to address sustainability and environmental challenges.
Learn more โThese programs are useful starting points for students exploring broad engineering pathways, project-based learning, research, entrepreneurship, and maker culture.
A major engineering school with broad programs across mechanical, electrical, aerospace, nuclear, materials, biological, civil, environmental, and systems engineering.
Learn more โ United StatesEngineering education and research across many fields, connected with design, entrepreneurship, computing, and interdisciplinary innovation.
Learn more โ University MakerspacesStanfordโs campus maker spaces supporting electronics, 3D printing, laser cutting, sewing, woodworking, machining, and project learning.
Learn more โ United StatesA broad engineering college with programs across bioengineering, civil, electrical, computer, mechanical, materials, nuclear, and industrial engineering.
Learn more โ University MakerspaceA design and maker learning space supporting prototyping, fabrication, human-centered design, and engineering creativity.
Learn more โ United StatesEngineering and applied science programs in a research-intensive environment connected to physics, aerospace, computation, and technology.
Learn more โ United StatesA large engineering college with broad programs, labs, student teams, maker spaces, and technology innovation.
Learn more โ University MakerspacesGeorgia Tech engineering maker spaces including the Invention Studio and specialized make-and-measure labs.
Learn more โ United StatesEngineering programs connected to robotics, electrical and computer engineering, mechanical engineering, materials, biomedical, and innovation.
Learn more โ United StatesBroad engineering education and research across many fields, including mechanical, civil, electrical, materials, biomedical, and systems.
Learn more โ United StatesLarge engineering programs in aerospace, mechanical, electrical, civil, chemical, industrial, biomedical, and more.
Learn more โ United StatesEngineering programs and research across computing, electrical, mechanical, civil, materials, aerospace, bioengineering, and more.
Learn more โ United StatesBroad engineering programs, student teams, research, entrepreneurship, and hands-on project spaces.
Learn more โ University MakerspaceA major student team project center with tools for building solar cars, rockets, vehicles, submarines, Mars rovers, and more.
Learn more โ United StatesEngineering programs and research in Austin spanning aerospace, biomedical, chemical, civil, electrical, mechanical, petroleum, and more.
Learn more โ United StatesLarge engineering school with many disciplines, research centers, student projects, and practical engineering pathways.
Learn more โ United StatesEngineering programs connected to computing, aerospace, bioengineering, civil, electrical, human-centered design, and more.
Learn more โ United StatesEngineering programs across computer science, electrical, mechanical, bioengineering, materials, chemical, and civil engineering.
Learn more โ United StatesEngineering programs and research in bioengineering, computer, electrical, mechanical, aerospace, nanoengineering, and more.
Learn more โ United StatesEngineering research and education across biomedical, materials, mechanical, electrical, civil, environmental, and systems fields.
Learn more โ United StatesEngineering education with design, entrepreneurship, research, and whole-brain engineering connections.
Learn more โ United StatesEngineering programs including biomedical, electrical/computer, mechanical, civil/environmental, and design-centered education.
Learn more โ New EnglandEngineering and applied science programs connected to computation, design, materials, bioengineering, environmental science, and more.
Learn more โ United StatesEngineering programs and research in chemical, civil, electrical, mechanical, computer, operations, and biological engineering.
Learn more โ United StatesEngineering education and research in New York City across many disciplines and innovation areas.
Learn more โ New EnglandA project-centered engineering college emphasizing design, hands-on learning, arts/humanities integration, and entrepreneurship.
Learn more โ New EnglandA New England engineering and technology university known for project-based learning and practical problem solving.
Learn more โ New EnglandEngineering programs with co-op, research, global experience, and applied innovation in Boston.
Learn more โ New EnglandEngineering programs connected to biomedical, electrical, computer, mechanical, materials, systems, and product innovation.
Learn more โ New EnglandEngineering programs with a strong connection to education, robotics, design, human factors, and interdisciplinary learning.
Learn more โ MassachusettsMassachusetts public engineering programs in chemical, civil, electrical, mechanical, biomedical, environmental, and industrial engineering.
Learn more โ MassachusettsEngineering programs connected to marine technology, electrical, mechanical, civil, computer, and biomedical engineering.
Learn more โ CanadaA major Canadian engineering school with broad programs, research, design, and industry connections.
Learn more โ CanadaA Canadian engineering school known for co-op education, entrepreneurship, mechatronics, systems design, and applied learning.
Learn more โ CanadaEngineering and applied science programs in British Columbia across many disciplines and sustainability areas.
Learn more โ CanadaEngineering education and research in Montreal across bioengineering, civil, electrical, mechanical, materials, mining, and more.
Learn more โ CanadaCanadian engineering programs in chemical, civil, electrical, mechanical, materials, mining, petroleum, and more.
Learn more โ CanadaCanadian engineering programs emphasizing energy, sustainability, biomedical, software, civil, electrical, and mechanical engineering.
Learn more โEngineering is a global language. These universities and institutes offer broad science, technology, engineering, design, and research pathways around the world.
A major UK engineering department with research and teaching across many engineering fields.
Learn more โ United KingdomEngineering science programs and research across information, control, biomedical, civil, mechanical, chemical, and materials themes.
Learn more โ United KingdomA broad engineering faculty covering aeronautics, bioengineering, chemical, civil, computing, design, electrical, materials, and mechanical engineering.
Learn more โ United KingdomEngineering education and research across chemical, civil, computer, electronic, mechanical, medical, and systems disciplines.
Learn more โ United KingdomEngineering programs and research in a UK university with a strong science, materials, and technology heritage.
Learn more โ United KingdomEngineering teaching and research in electronics, civil, chemical, mechanical, energy, materials, and bioengineering.
Learn more โ SwitzerlandA leading Swiss technical university with engineering, architecture, computer science, materials, robotics, and science programs.
Learn more โ SwitzerlandA Swiss engineering school with broad research and education in microengineering, mechanical, materials, electrical, bioengineering, and more.
Learn more โ NetherlandsDutch engineering programs connected to design, materials, maritime engineering, manufacturing, and energy systems.
Learn more โ NetherlandsA major European aerospace engineering faculty for aircraft, space, structures, aerodynamics, and systems.
Learn more โ GermanyEngineering and design programs spanning mobility, energy, robotics, aerospace, civil, mechanical, and more.
Learn more โ GermanyGerman engineering programs and research connected to mechanical engineering, production, energy, mobility, and industry.
Learn more โ SwedenSwedenโs major technical university with engineering, technology, science, architecture, and industrial innovation.
Learn more โ FinlandFinnish engineering programs connected to design, built environment, energy, mechanical engineering, and interdisciplinary innovation.
Learn more โ ItalyItalian engineering education in industrial, information, mechanical, electrical, materials, and automation fields.
Learn more โ FranceFrench science and engineering education with mathematics, physics, computing, engineering, and innovation pathways.
Learn more โ FranceA French engineering school focused on engineering sciences, systems, energy, digital technology, and innovation.
Learn more โ IsraelEngineering and technology programs across many disciplines with strong innovation and research connections.
Learn more โ SingaporeEngineering, design, architecture, biomedical, chemical, civil, electrical, mechanical, and materials programs.
Learn more โ SingaporeA large Singapore engineering college with programs in electrical, mechanical, materials, chemical, civil, aerospace, and more.
Learn more โ JapanJapanese engineering education and research across broad disciplines, technology, design, and industrial innovation.
Learn more โ JapanJapanese science and engineering programs at a major technical university formed from Tokyo Tech and Tokyo Medical and Dental University.
Learn more โ South KoreaKorean science and engineering programs in mechanical, electrical, civil, bio, aerospace, materials, and industrial systems.
Learn more โ South KoreaKorean engineering programs and research across many disciplines.
Learn more โ ChinaChinese engineering education and research at a major global science and technology university.
Learn more โ ChinaEngineering and applied science programs at Peking University, including mechanics, energy, biomedical, materials, and more.
Learn more โ Hong KongEngineering programs across computer science, electronics, mechanical, civil, chemical, systems, and more.
Learn more โ IndiaIndian engineering and technology education across broad disciplines, research, innovation, and entrepreneurship.
Learn more โ IndiaIndian engineering institute with broad programs, research, design, manufacturing, energy, and innovation.
Learn more โ IndiaA leading Indian science and engineering institute with research programs across engineering, physical sciences, biological sciences, and more.
Learn more โ AustraliaAustralian engineering education and research across many disciplines including solar, aerospace, civil, computer, and biomedical engineering.
Learn more โ AustraliaAustralian engineering and IT programs, research, design, infrastructure, energy, biomedical, and digital technology.
Learn more โ AustraliaAustralian engineering programs across chemical, civil, electrical, mechanical, materials, resources, aerospace, and biomedical engineering.
Learn more โ AustraliaAustralian engineering programs and research in biomedical, chemical, civil, electrical, mechanical, software, and aeronautical fields.
Learn more โ South AfricaSouth African engineering programs and research in civil, electrical, mechanical, chemical, and built environment fields.
Learn more โ South AfricaSouth African engineering programs in civil, electrical, industrial, mechanical, mechatronic, and process engineering.
Learn more โ BrazilBrazilian engineering school with broad engineering education and research programs.
Learn more โ MexicoMexican engineering, science, technology, and innovation programs with broad student pathways.
Learn more โEngineering and making are not just about machines. They are about curiosity, responsibility, persistence, empathy, teamwork, and the courage to turn an idea into something real.
Great engineering begins with a person, community, habitat, classroom, business, or planet-sized problem that truly matters.
Good maker habit โA rough cardboard model, sketch, spreadsheet, circuit simulation, or 3D-printed test part can teach you more than a perfect idea that never leaves your head.
Good maker habit โWrite down goals, sketches, materials, test results, mistakes, versions, and lessons learned. Your notes become part of the invention.
Good maker habit โIn engineering, failure is not the opposite of progress. It is information. The best designs usually come from many careful improvements.
Good maker habit โPower tools, electricity, chemicals, heat, lasers, batteries, and machines can be wonderful, but only when students respect training, supervision, and safety rules.
Good maker habit โEngineering becomes more powerful when students explain their projects, publish instructions, help others, and invite feedback from the people they hope to serve.
Good maker habit โEach 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 โPhysics basics, waves, vibration, light, quantum science, particle physics, CERN, colliders, accelerators and university pathways.
Explore section โMath learning, problem solving, algebra, geometry, calculus, statistics, competitions, modeling, visual tools and math-art connections.
Explore section โWoods Hole, oceanographic institutes, undersea exploration, marine biology, coastal science, ROVs, ocean data and student resources.
Explore section โFree and student-friendly AI tools, major AI models, AI education, research tools, creative AI, coding assistants and ethics resources.
Explore section โRobotics companies, student robotics, FIRST and VEX, humanoid robots, ocean robots, drones, engineering education and robot ethics.
Explore section โSTEM and STEAM learning sites, competitions, science fairs, student projects, educational organizations, museums and broad science programs.
Explore section โChemistry basics, periodic tables, safe experiments, lab science, materials, medicine, environmental chemistry and university pathways.
Explore section โEarth science, climate, weather, ecology, conservation, sustainability, data tools, student action and organizations helping the planet.
Explore section โCoding, web development, game coding, Girls Who Code, apps, data science, cybersecurity, competitions and university CS programs.
Explore section โScience museums, aquariums, observatories, citizen-science projects, hands-on learning, remote labs, live cams and public science sites.
Explore section โ