Choosing between an in-person STEM summer camp and an online program is less about which is "better" and more about which fits your child's goals, learning style, and the subject they want to pursue.
Every summer, families weigh the same question: should an ambitious student spend their break at a hands-on camp, or enroll in a flexible online course they can take from home? Both formats genuinely work. The decision comes down to trade-offs in cost, access, social experience, and how physical the subject matter is. Below we lay out what the research actually shows so you can make a confident choice.
What the Research Says About Learning Outcomes
The most reassuring finding for parents is that, for the core academic content, format matters less than you might expect. Peer-reviewed studies have found that online and blended STEM instruction can produce learning outcomes comparable to traditional in-person instruction, often at substantially lower cost. In other words, a motivated student can learn calculus, Python, or algorithm design just as effectively online as in a classroom.
There are nuances. Research also notes that online students sometimes report slightly lower satisfaction and weaker community-building than in-person peers, and that younger learners can struggle more with the socialization gaps and self-direction that remote study demands. High schoolers tend to handle online independence well; elementary-age students often benefit more from in-person structure.
Bottom line: If your goal is mastering concepts and building competition skills, online can be highly effective. If the goal is hands-on building, teamwork, and a summer social experience, in-person has clear advantages.
Where In-Person Camps Shine
In-person STEM camps excel anywhere the learning is physical, collaborative, or equipment-heavy. Building and driving a competition robot, wiring sensors, or running a wet-lab experiment is simply richer when students share a room, swap parts, and debug together in real time.
- Hands-on hardware: Robotics leagues like VEX and FIRST LEGO League revolve around designing, building, and iterating on a real machine — something a camp setting supports naturally. Our robotics program is built around this kind of build-test-refine loop.
- Teamwork and communication: Camp pushes students to collaborate, divide roles, and present ideas — skills that transfer directly to school and careers.
- Focus and momentum: A dedicated week or two away from home screens can build deep momentum that's hard to replicate at a kitchen table.
Where Online Programs Win
Online STEM programs remove geography and overhead from the equation. Because they don't require travel, lodging, or a physical facility, providers can often invest more in curriculum and instructor quality — and families can access teachers and courses that simply aren't available locally.
- Cost and flexibility: Lower overhead frequently means lower price and schedules that fit around family travel or other commitments.
- Specialist subjects: For coding-centric tracks like USACO-style competitive programming or contest math such as the AMC, the work is largely done on a screen anyway. Our competitive programming and math tracks translate well to a focused online format.
- Self-direction: Online study rewards students who take initiative — a valuable habit for older, college-bound learners. For independent inquiry, an online or hybrid research program can pair a student with mentorship without requiring relocation.
Consider a Blended Approach
You don't always have to choose. Many strong programs use a blended model — online lectures and problem sets combined with periodic in-person sessions for building, lab work, or competition practice. Some robotics formats even let teams develop and test virtual robots online before bringing physical hardware to a final event. Blended learning can capture the cost and flexibility of online study while preserving the hands-on, social core of camp.
How to Decide
Ask three questions. First, how physical is the subject? Hardware robotics leans in-person; programming and math travel well online. Second, how independent is your child? Self-starters thrive remotely; younger or more social learners benefit from camp structure. Third, what's the real goal this summer — concept mastery, a competition result, or a memorable experience? Match the format to the goal, not the other way around.
The best format is the one your student will fully show up for. A great online course beats a camp they're not engaged in — and vice versa.
Whatever you choose, the right curriculum and mentorship matter more than the delivery method. Explore BIAA's full lineup of AI and STEM tracks, browse the competitions we prepare students for, or visit the BIAA homepage to find the camp or online program that fits your student this summer.