Denver’s STEM camp scene punches above its size for one reason: the metro hosts an unusual concentration of serious research institutions within a 45-minute drive. CU Anschutz is the largest academic medical campus in the Rocky Mountain region; the National Renewable Energy Laboratory (NREL) sits in Golden alongside the Colorado School of Mines, one of the country’s premier engineering schools; and CU Boulder’s aerospace, computer science, and Earth-science programs anchor the broader Front Range. Each runs youth programs that pull on those institutional resources in ways most metros can’t match. For summer 2026, families across the metro will find roughly 75 STEM-focused camps ranging from $325-a-week intro coding programs to $1,100-a-week field-science intensives. This guide is the parent-facing overview — the Denver directory of STEM camps is the full filterable list.
How Denver’s STEM camp landscape divides
Five lanes matter. Commercial coding chains (iD Tech, Code Ninjas, Galileo where it operates) run age-banded weeks in Scratch, Python, JavaScript, Roblox-modding, and Minecraft education editions; the most accessible lane and the highest enrollment volume. Park-district and library STEM programs in Wash Park, Park Hill, Stapleton, and the Cherry Creek-area branch libraries run intro maker and coding camps at meaningfully lower price points. Maker and robotics specialty camps (FIRST LEGO League prep, VEX robotics, drone programs) bridge tactile project work with code. University-affiliated pre-college programs at Colorado School of Mines (pre-engineering), CU Anschutz (biomedical-discovery, public-health-track camps), and CU Boulder (aerospace, computer science) run multi-week residential and commuter intensives for older teens. Field-science and environmental-STEM camps tied to NREL adjacency, Rocky Mountain National Park, and altitude-medicine field stations turn the metro’s geography into a curriculum advantage.
The competitive tier is the university-affiliated programs. Mines pre-engineering and CU Anschutz biomedical-discovery cohorts are the credentials that genuinely strengthen a college application three or four years out, and they’re the ones that fill earliest.
What 2026 pricing actually looks like
Denver STEM-camp pricing in 2026 runs roughly 10–20% above the broader metro specialty-camp median, reflecting the cost of equipment, software licenses, and instructor credentials in this category. A full-day week of intro coding or maker programming runs $325–$525. Established commercial coding chains run $525–$700. University pre-engineering and biomedical-discovery camps run $675–$950. Field-science and renewable-energy camps run $700–$1,100, with field-trip and equipment fees usually included in the headline price. As of April 2026, our pricing_stats sample of 71 Denver STEM programs places the metro median at $525/week — the highest median of any Denver category we track. The Summer Camp Planner pricing guide for 2026 covers the cross-category context.
| Type of program | Typical weekly rate | Best fit |
|---|---|---|
| Park-district / library intro STEM | $325–$475 | Ages 6–12, first exposure |
| Commercial coding chain | $525–$700 | Ages 7–17, structured curriculum |
| Maker / robotics specialty | $475–$725 | Ages 8–15, tactile builders |
| University pre-engineering or biomedical | $675–$950 | Ages 12–17, college-prep tier |
| Field-science / renewable-energy intensive | $700–$1,100 | Ages 13–17, research-curious teens |
Ages and formats that fit best
The 5–7 age band is best served by tactile maker camps and block-based intro coding using LEGO robotics, simple circuits, or Bee-Bots; the goal at this age is comfort with tools and the basic concept of “tell the machine what to do.” The 8–11 band is the sweet spot for the transition from Scratch to Python, intro robotics with FIRST LEGO League prep, and project-based game design. The 12–14 band is ready for serious programming languages, microcontroller and Arduino projects, 3D modeling and CAD work, and the entry-level university-affiliated programs that begin accepting middle-schoolers (a small but growing tier). Teens 15+ should be looking at Mines pre-engineering, CU Anschutz biomedical-discovery, CU Boulder aerospace and CS programs, and the residential field-science intensives that anchor the top of the market.
A practical note: ask any STEM camp how it handles mixed-experience cohorts. The structural risk in this category is not “my kid won’t keep up” — it’s “my kid will repeat what they already know because the camp can’t or won’t track by skill level.” University-affiliated programs handle skill tracking well. Commercial chains do reasonably. Park-district programs often don’t, which is fine for true beginners and a problem for kids with prior coding exposure.
Five STEM camps worth a closer look
These programs span the lanes above and represent what Denver-metro families have access to. The directory has many more.
- Colorado School of Mines pre-engineering summer programs (Golden) — Multi-week pre-college engineering camps for rising 9th–12th graders. The strongest pre-engineering credential available to Denver-area teens.
- CU Anschutz Health Sciences pre-college programs — Biomedical-discovery, public-health, and clinical-shadowing tracks for rising 10th–12th graders. Competitive admission, strong fit for college-bound STEM students with health-careers interest.
- iD Tech at DU and CU Boulder — Commercial coding, game-design, robotics, and AI camps for ages 7–17. The most consistent age-banded coding option in the metro.
- Denver Museum of Nature & Science youth programs — Day camps in earth science, paleontology, and applied biology for ages 5–14. Strong for younger STEM-curious kids, leveraging the museum’s collection.
- Mountain Phoenix Community School maker camps (and similar park-district / charter-affiliated maker programs) — Tactile project-based weeks for ages 6–13 at meaningfully lower price points than commercial chains.
Building a multi-summer STEM track
For Denver families thinking three or four years out, the strongest STEM summers stack progressively rather than repeating a similar week each year. A useful shape: ages 7–9 in maker, intro coding, and museum-based science camps; ages 10–12 in robotics, intermediate coding, and Project Lead the Way intro engineering; ages 13–14 in Mines or CU Anschutz entry-level programs and language-specific coding intensives; ages 15+ in residential pre-college engineering, biomedical-discovery, or aerospace programs with public deliverables. The mistake most families make is paying $700+ per week for the same intro-coding curriculum two summers in a row — most kids who enjoy a beginning Scratch week are ready to step up to Python or actual robotics by the next summer, and the camp that handles that transition well is the one worth coming back to. Programs that publish skill-band placements, not just age bands, are doing this right.
What to ask before you register
Get past marketing language. Ask what specific programming language, software environment, or hardware platform your child will use — “we teach coding” is not a curriculum. Ask whether the camp tracks by self-reported skill or runs a 15-minute placement assessment on day one (the latter is better, especially if your child has prior experience). Ask the instructor-to-camper ratio for actual hands-on work (1:8 is typical and fine, 1:12 is too many for serious project-based curriculum). Ask whether the camp produces a deliverable by the end of the week — a working game, a printed 3D object, a public-facing project — and whether kids take their work home, especially relevant for maker camps where physical artifacts matter. For university-affiliated programs, ask whether participation generates any kind of formal certificate, transcript notation, or letter that matters for college applications. The STEM summer camps guide covers the cross-metro version of these questions in more depth.
Methodology: This guide was assembled against the live Summer Camp Planner catalog of 19,500+ US and Canadian camps as of April 2026. Pricing references draw from pricing_stats (refreshed nightly) for the Denver metro STEM scope (n=71 programs sampled). Specific institutions were verified against publicly available 2026 program catalogs. Editorial review by Justin Leader.
