Hands-on Robotics & Coding Summer Camps for Kids
See exactly what your child will build and learn this summer. From mechanical foundations for beginners to advanced Arduino and AI automation, our camps turn screen time into real-world engineering skills.
Here's the week 1 plan for our Arduino Car Summer Camp. Kids will learn about chassis, motors, wiring, and basic movement, building their car from the ground up.
Build your own line-following and obstacle-avoiding car at our Arduino Car Summer Camp! This 2-week program is perfect for kids aged 10+ who are ready to build, code, and race.
Week 2 of our Arduino Car Summer Camp is all about smart sensors and racing fun. Kids will learn to use IR and ultrasonic sensors and even control their car with a mobile app.
Our Arduino Summer Camp is a 4-week journey into the world of coding and creation. This planner for Week 1 covers Arduino basics, LCDs, LEDs, and traffic light systems.
Week 2 of our Arduino Summer Camp focuses on touch, sound, and analog control. Kids will build digital pianos, touch-triggered alarms, and mood lamps.
In Week 3 of our Arduino Summer Camp, we dive into real-world automation with ultrasonic sensors, relays, and servo systems to build smart dustbins and fire alarms.
Week 3 of our Arduino Programming Camp is all about essentials and automation. Kids will build a digital piano, an auto-light, and a laser door guard.
Week 2 of our Arduino Programming Camp focuses on interactivity. Students will learn to light up LEDs, create sound with buzzers, and build a button-controlled lamp.
Our Summer Robotics Camp for ages 7+ is where kids build, code, and learn AI. This poster outlines the exciting journey from mechanical builds to smart robots.
Here's the curriculum for Week 3 of our Summer Robotics Camp. It's all about coding fun, with projects like square pattern movement, calculators, and obstacle avoiders.
About Summer Camps & Curriculum
Unlike generic programs, we don’t rely on pre-made, snap-fit kits. Every participant works with industrial-style metal parts, sensors, and actual tools like Allen keys and spanners. Whether it’s a simple mechanical crane or a sensor-based smart dustbin, your child isn't just watching a demo—they are debugging code, wiring circuits, and managing hardware, building the confidence to say, 'Yeh maine khud banaya hai' (I made this myself).
How Our Curriculum Works
I’ve designed these summer camps to bridge the gap between theory and reality. We operate on a 'Fail, Fix, Fly' philosophy—if a robot doesn't move or the code doesn't compile, we treat it as a critical learning step, not a failure.
For Younger Makers (Ages 5-9): Mechanical Foundations We focus on the physics of movement. In these sessions, we ditch the electronics and focus entirely on structural integrity and mechanical logic. Kids build functional machines like cranes, pulleys, and robotic arms, learning about gear ratios, torque, and structural stability using real metal plates and fasteners.
For Aspiring Engineers (Ages 10-18): Automation & Code This is where we bring logic into play. We move from mechanical assembly to 'The Brain' of the robot. Students learn C++ coding, Arduino programming, and how to interface sensors—ultrasonic, IR, and gas sensors—to build intelligent systems. They graduate from blinking LEDs to complex projects like radar systems, smart home automation, and electronic voting machines.
Why This Approach Matters
Many parents ask if their child needs prior experience. The answer is no. We start where they are.
- Small Batch Sizes: We cap tables at 4-6 students to ensure every child gets hands-on time with the tools.
- Hardware First: We use solderless breadboards, real motors, and genuine sensors. Your child learns how to wire, not just plug-and-play.
- Debugging Logic: We dedicate time to troubleshooting. Finding out why a sensor isn't triggering is more valuable than just getting it right on the first try.
Whether it’s a two-week intensive camp or a month-long deep dive, the goal is the same: providing the tools and the environment for kids to stop consuming technology and start building it.
Be A Robonaut
I’m the founder of Be A Robonaut, and I believe real learning happens when things go wrong—and then you fix them. My background is in computer science, but my classroom is where the magic happens, whether we’re building a robot that mops the floor or one that solves a smart-home problem.
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