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STEM & Tech Camps in Portland

Coding, robotics, engineering, game design, and science camps that inspire the next generation of innovators.

5
Camps
4-18
Ages

Portland's tech industry presence and maker culture support excellent STEM camps for kids. From the national leader iD Tech at Lewis & Clark College to Saturday Academy's 40+ years of Oregon STEM education, these programs offer everything from coding fundamentals to advanced robotics. Many programs emphasize hands-on learning and real problem-solving, reflecting the maker ethos of the region. Special affinity spaces for underrepresented groups help ensure STEM opportunities reach all kids.

What to Expect at STEM & Tech Camp

Typical Day

STEM and tech camps in Portland balance instruction with hands-on project time. A typical day might begin with a concept introduction or skill demonstration, followed by extended work periods where campers apply what they've learned. Coding camps alternate between learning new programming concepts and working on personal projects. Robotics camps cycle between building, programming, and testing. Science camps at OMSI combine lab activities, experiments, and exploration of the museum's resources.

Skills Your Child Will Learn

Depending on the focus area, kids may learn programming languages (Python, JavaScript, Scratch), robotics construction and programming, engineering design principles, game development, 3D modeling and printing, or scientific inquiry methods. Beyond technical skills, these camps emphasize computational thinking, problem-solving, collaboration, and persistence through failure—skills that transfer far beyond STEM fields. Many programs like Saturday Academy explicitly teach the design thinking process: define, ideate, prototype, test, iterate.

Project-Based Learning

Portland STEM camps emphasize creating tangible outcomes. Coding camps typically culminate in completed games, apps, or websites that kids can share. Robotics camps end with functional robots that can complete challenges. Engineering camps produce working models or prototypes. Science camps may result in completed experiments with documented results. Kids leave with something they've made, not just concepts they've learned—reflecting Portland's maker culture.

What Makes Portland Special

Portland's tech industry and maker culture create a uniquely supportive STEM camp ecosystem. OMSI runs one of the nation's most comprehensive science camp programs, with options from day camps to overnight adventures at Camp Hancock and Camp Gray. Saturday Academy has provided 40+ years of innovative STEM education and offers robust scholarships (50-80% tuition coverage) plus affinity spaces for underrepresented groups. The region's emphasis on hands-on making means camps here prioritize building and creating over passive learning.

STEM & Tech Camps

STEM & Tech Camp FAQs

Most Portland STEM camps welcome complete beginners! Programs like Saturday Academy explicitly design their introductory tracks for kids new to coding and robotics. OMSI camps assume no prior experience for their standard programs. That said, camps typically group children by age and experience level, so kids with prior background aren't bored while beginners aren't overwhelmed. When registering, honestly assess your child's experience so they're placed appropriately. More advanced programs like iD Tech's upper-level courses may have prerequisites—check specific course descriptions.
Most Portland STEM camps provide all necessary technology. Programs like Saturday Academy, OMSI, and Camp Invention supply computers, tablets, robotics equipment, and other materials. iD Tech and some other programs may allow or encourage bringing personal laptops for certain courses—check specific camp requirements. If your child does bring a device, camps typically have secure storage. Some programs let kids continue working on projects at home if they have compatible software, which can extend the learning experience.
Absolutely! STEM encompasses far more than advanced mathematics. Many Portland STEM camps emphasize creative aspects: game design involves storytelling and art, robotics requires spatial thinking and creativity, and science camps focus on curiosity and observation. Programs like OMSI connect STEM to real-world applications that engage kids who might not enjoy abstract math. If your child loves building things, designing games, or understanding how things work, there's a STEM camp that will connect with their interests. The hands-on, project-based approach used by most Portland programs makes STEM accessible to kids with diverse learning styles.
Several Portland STEM programs specifically support underrepresented groups. Saturday Academy offers 'affinity spaces' for female, nonbinary, and trans students, plus robust scholarships covering 50-80% of tuition to ensure accessibility. Many camps actively work to create inclusive environments and recruit diverse instructors as role models. When evaluating camps, look for explicit diversity commitments, scholarship programs, and balanced enrollment. Some families also consider all-girls STEM programs offered seasonally by various organizations. The goal is finding an environment where your child feels welcome and sees people like themselves succeeding in STEM.
Yes! Most STEM camps are designed to spark ongoing interest. Coding camps typically use free tools (Scratch, Python) that kids can continue using at home. Many programs provide resources for continued learning: online tutorials, project ideas, or recommendations for next steps. Robotics camps may offer year-round programs or clubs. OMSI provides ongoing programming through their Teen Tech Center and weekend classes. The skills learned at camp—programming basics, engineering thinking, scientific inquiry—are applicable year-round with countless free resources available online.
Coding camps focus on programming: writing software, creating games, building websites, or developing apps. Kids learn programming languages and computational thinking. Robotics camps combine hardware and software: building physical robots and programming them to complete tasks. They emphasize engineering, mechanics, and applied programming. Science camps cover broader scientific inquiry: experiments, observation, hypothesis testing, and understanding natural phenomena. OMSI camps, for example, explore topics from forensic science to astronomy to paleontology. Some programs blend approaches—robotics requires coding, and many science investigations involve programming. Choose based on your child's primary interest, knowing these fields interconnect.
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