“STEM camp” and “coding camp” get used as if they’re the same thing. They aren’t, and the gap matters when you’re spending $500+/week on a program your kid will either love or tolerate for five days. Here’s the distinction most camp websites blur, and how to pick for your kid.
The one-line definition difference
A STEM camp is a breadth program — science, technology, engineering, math — with roughly balanced time across the four domains. A coding camp is a depth program inside the T of STEM, usually 80 percent or more of the schedule spent on software development. In our catalog, programs tagged STEM average 4 to 6 activity switches per day; programs tagged coding average 1 or 2. That’s the tell.
STEM camps are more likely to include hands-on activities — rocket building, circuit wiring, Lego Mindstorms robotics, bridge engineering challenges. Coding camps lean screen-time: Python, Scratch, JavaScript, Minecraft modding, Roblox development, iOS app prototyping, or AI and machine-learning tracks for older kids. Both are legitimate; they’re teaching different things at different intensities.
Curriculum spread: what each actually covers
Typical STEM camp curriculum for a week: Monday on forensic science (DNA extraction from strawberries), Tuesday on robotics (Lego EV3 or VEX), Wednesday on chemistry (reaction experiments), Thursday on engineering (bridge or catapult build), Friday on coding (Scratch or block-based). The kid ends the week having touched five domains and is probably strongest at whichever felt most fun.
Typical coding camp curriculum for a week: Monday through Friday on a single language and project. Beginner weeks: Scratch game development, progressing from simple movement scripts to a playable game by Friday. Intermediate: Python fundamentals applied to a project like a text adventure or simple simulation. Advanced (age 13+): web development with HTML/CSS/JavaScript, Unity game dev, or machine-learning intro using Python libraries. The kid ends the week with a completed project in one language and no exposure to robotics, chemistry, or engineering. Browse LA STEM camps to see both program types side by side under the same type tag.
Hardware vs software time in a typical week
The hardware versus software balance is the most practical lens for parents. STEM camps spend 40 to 60 percent of the week on hardware — physical materials, tools, electronics, robots, lab work. Coding camps spend 10 to 20 percent on hardware at most (sometimes a tiny micro:bit unit or Raspberry Pi), with the rest on a laptop. If your kid has trouble sitting still, STEM wins; if your kid has been building games in Scratch at home for a year, coding will feel like a logical next step.
Screen time totals matter for younger kids specifically. A 7- or 8-year-old at coding camp will spend roughly 4 hours a day at a laptop. That’s fine for a kid who wants it but can be rough for a kid who has been on a screen-lite plan at home. STEM camps are typically 1 to 2 hours of screen time in a full day. Ask the camp directly what the screen time target is; most will tell you honestly if you ask.
Who should pick which
Pick STEM if: it’s a first tech summer for the kid, the kid is under 10, the kid likes tangible results (a thing they made, a thing that moved), or you want to see which domain lights them up before narrowing later. Pick coding if: the kid has already tinkered with Scratch or Minecraft at home, is 10 or older, has a specific project they want to build, or has asked you directly for it. A kid who has never asked for coding and is 8 will usually prefer STEM by Wednesday.
There’s a third option: hybrid “tech camps” that sit between pure STEM and pure coding. These run roughly 60 percent software, 40 percent hardware — robotics that requires programming, game dev that involves custom controllers, electronics that integrate code. If your kid fits neither pure profile, the hybrid is often the right answer. In the SF Bay Area STEM directory you’ll see a higher density of hybrid programs than most other metros.
2026 pricing: how they compare
Coding camps run 10 to 20 percent above the STEM average in 2026. National median for coding-tagged camps: roughly $525/week. National median for STEM-tagged camps: roughly $475/week. The gap mostly reflects that coding camps sit in denser urban metros, run smaller cohorts (typical 1:8 ratio vs. 1:12 at broader STEM programs), and employ instructors who could otherwise work in tech.
Neither is a ripoff at those prices. The top-quartile coding camps in SF and NYC run $700+/week because they can, but the median coding camp at $525 delivers a reasonable week of focused learning. A STEM program at $475 buys more activity variety and more staff-to-kid contact. For a specific metro comparison, pull up the directory for your area — the LA camps directory lets you filter by type and see price-per-hour across each tag.
