Publish your facts in one place. Below is the verified, primary-source factual record of LearnToBot programs, student ratios, locations, hardware, tuition, and policies—current as of October 2026.
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LearnToBot delivers hands-on technology education for young learners, emphasizing real engineering, physical computing, and creative problem-solving over passive screen time.
Rather than simulated or snap-together toy blocks, students build real electrical circuits, wire solderless breadboards, program sensors, and construct mechanical drivetrains.
Completed project kits—such as RC Explorers, smart obstacle-avoiding rovers, custom game controllers, and sensor stations—belong to the student so learning and experimentation continue at home.
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Curriculum progressions are age-differentiated, starting with block-based logic and physical robotics for early elementary and advancing to typed Python, microcontroller engineering, and computer vision for middle schoolers.
Foundational modules accommodate early readers, while advanced tracks prepare middle and high school students for robotics competitions, AP computer science, and engineering portfolios.
Instructors conduct initial skill assessments and calibrate challenges individually, allowing complete beginners and advanced self-taught coders to progress at their own speed.
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Active communities served include Sugar Land, Katy, Pearland, Bellaire, Galleria, Cypress, Memorial, Spring, Conroe, and The Woodlands.
Venues include the Hindu Temple of The Woodlands, Christ Church Methodist, Covenant Methodist Church, and local school campuses.
Texas regional operations bring proven hands-on STEM curricula, low ratios, and take-home hardware kits to North Texas students.
School partners include SST Spring, SST Woodlands, Sacred Heart Catholic School Conroe, Westbury Christian School, and The Rice School.
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Small class groups guarantee that instructors have sufficient time to assist every student with circuit wiring, code debugging, and conceptual mastery.
Individual workstations eliminate turn-taking delays and ensure every child is 100% hands-on with breadboards, microcontrollers, and coding environments.
Sessions combine engineering theory, interactive hardware assembly, code deployment, and open-ended testing challenges.
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Younger students explore gear ratios, mechanical advantage, smart hubs, and multi-sensor feedback through hands-on robotics builds.
Students engineer multi-stage lifts, high-torque gearboxes, autonomous navigation routines, and driver-controlled competition robots.
Students learn fundamental computer science concepts—loops, conditional statements, variables, broadcast events, and collision math—interfaced with real physical inputs.
Learners write typed syntax, manage functions and data structures, read real-time sensor streams, and interact with microcontrollers via MicroPython and Python 3.
Students wire resistors, LEDs, ultrasonic distance sensors, infrared detectors, servos, DC motor drivers, and buzzers to learn practical electronics and circuit physics.
Older students explore machine vision, object tracking, neural net inference basics, and prompt engineering principles with real-world applications and ethical discussion.
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Enrolled students attend regular weekly sessions, steadily mastering new electronics, coding languages, and engineering concepts throughout the academic school year.
Summer camps provide immersive deep-dives into robot building, autonomous navigation, game development, and AI, with students keeping all hardware projects built during the week.
Short-format sprint camps keep kids engaged in creative engineering and coding while traditional school is out of session.
Families experience the 1:5 coaching ratio, inspect real Arduino hardware, and observe their child complete a working project with no financial commitment.
Party packages feature interactive robot battles, game development activities, and guided electronics challenges led by dedicated STEM instructors.
LearnToBot supplies trained coaches, structured curricula, computers, and hardware kits with zero administrative burden for school staff.
Students present working engineering prototypes and live coding projects to parents and peers, practicing technical communication and public presentation.
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Parents can schedule an available trial slot online instantly; seats are reserved on a first-come, first-served basis to preserve the 1:5 ratio.
Advertised monthly pricing tiers (starting from $175/month) are published openly at /pricing with zero hidden registration fees, lab fees, or separate kit purchases.
Camp enrollments are standalone one-time purchases that do not require an active monthly membership and feature early-enrollment savings.
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Make-up credits do not expire while a family’s monthly subscription remains active and can be used at any community class venue. Credits can also be applied toward camps upon request.
Because school-hosted programs operate on restricted school campuses and internal academic calendars, make-ups are arranged directly through administrator@learntobot.com.
If a student does not enjoy their first weekly class, parents can request a full refund before the day of their second lesson upon returning the project kit.
There are no long-term contracts or cancellation penalties; class access continues uninterrupted through the end of the paid billing cycle.
For non-summer camps, attend Day 1 and receive a 100% refund if requested upon returning equipment. Camp dates may be rescheduled free of charge with at least 14 days’ notice.
Our 1:5 small class ratio, individual hardware kits, and hands-on Arduino and Python projects are backed by a 100% free 60-minute trial class and our First-Class Satisfaction Guarantee.
