From kindergarten to middle school, we've designed age-appropriate robot building experiences that match your child's developmental stage and learning style
Real transformations from our students. From nervous first-timers to confident young engineers.
Tiny Builders Program
Before:
Scared of technology, wouldn't try new things, "I can't do it"
After:
Built 3 working robots, teaches siblings, "I'm an inventor!"
"She went from 'I can't' to 'Watch what I made!' in just 2 months"
- Emma's Mom
Build A Boters Program
Before:
Struggled in math, preferred video games, low grades
After:
Math grades up 2 letters, coding Arduino, joined robotics club
"His teacher asked what changed. This program made engineering click for him."
- Marcus's Dad
Master Inventors Program
Before:
Shy, no STEM confidence, "engineering is for boys"
After:
Won 2nd in competition, C++ programmer, wants to be engineer
"She found her passion and discovered she's brilliant at STEM. Life-changing!"
- Sophia's Mom
Your child deserves this transformation too!
Start Their Journey TodayPerfect for our youngest engineers! Stevie's Tiny Builders introduces fundamental engineering concepts through playful, hands-on robot building that builds confidence, fine motor skills, and problem-solving abilities.
Following instructions, connecting parts, using simple tools safely
Understanding how their actions create robot movement and behaviors
Collaborating with peers, taking turns, celebrating together
"I built that!" moments that spark pride and curiosity
Wind-up robot that wiggles and moves
Simple circuit with LEDs that glow
Motor-powered twirling robot
Robot that makes colorful drawings
No prior experience needed. We guide every step with patience and encouragement.
Age-appropriate tools and materials. Low adult-to-child ratios for maximum support.
Every child keeps their robot to show family and continue learning at home.
Single workshops, birthday parties, school programs, or after-school clubs.
Ready for more challenge! Stevie's Junior Inventors introduces engineering concepts, mechanical systems, and basic electrical circuits through exciting robot projects that move, react, and amaze.
Gears, pulleys, levers—how machines transfer motion and force
Power, switches, LEDs—understanding how electricity flows
Following multi-step diagrams, measuring, and troubleshooting
Identifying problems, testing solutions, iterating improvements
Motorized vehicle with steering system
Mechanical claw with gripper action
Robot that reacts to light or sound
Circuit-based sound and light show
Stevie's Junior Inventors programs can be structured as single workshops or multi-week series that build skills progressively:
Basic motors, switches, and simple mechanical systems
Gear ratios, circuit diagrams, and sensor integration
Custom robots, competitions, and creative design challenges
Innovation accelerates here! Stevie's Build A Boters students tackle complex engineering challenges, integrate multiple systems, and design their own robot solutions using advanced mechanical and electronic concepts.
Introduction to Arduino, basic coding for robot control
Combining motors, sensors, and controllers into cohesive systems
Define problems, brainstorm, prototype, test, refine
Strategic thinking for robot battles and challenge events
Self-driving robot with obstacle avoidance
Competition robot with attack mechanisms
Arduino-controlled gadget with display
Student-designed robot solving real problems
Stevie's Build A Boters students can opt into our competition track, where they'll prepare for exciting robot battles and engineering challenges. These events teach sportsmanship, strategic thinking, and the thrill of friendly competition!
Speed & agility challenges
Strategic combat events
Problem-solving contests
Where code meets hardware! Middle schoolers master Arduino programming, build sophisticated robots with advanced sensors, and create fully autonomous systems that think and react independently.
Variables, loops, functions, and conditional logic for robotics
Ultrasonic, infrared, accelerometers, temperature—reading the world
Creating robots that make decisions without human input
Multi-component robots with coordinated subsystems
Line-following with machine learning logic
Bluetooth/RF-controlled robot systems
Internet-connected smart robot
Fully student-designed capstone project
These skills directly translate to careers in robotics, software engineering, electrical engineering, and mechatronics. Many students continue to high school robotics teams and engineering programs.
Stevie's Master Inventors students often become teaching assistants and mentors for younger programs, developing leadership skills and deepening their own understanding by teaching others.
Hardware Platform
Programming Language
Input Devices
Communication
See how our programs compare across age groups, skills taught, and learning outcomes
| Feature |
🌱
Stevie's Tiny Builders
Ages 5-7
|
🔧
Stevie's Junior Inventors
Ages 7-9
|
💡
Stevie's Build A Boters
Ages 9-11
|
💻
Stevie's Master Inventors
Ages 11-14
|
|---|---|---|---|---|
| Class Length | 60 minutes | 75 minutes | 90 minutes | 2 hours |
| Max Students | 8-12 | 12-15 | 10-15 | 8-12 |
| Programming |
Basic
|
Advanced
|
||
| Mechanical Systems |
Simple
|
Intermediate
|
Complex
|
Advanced
|
| Electronics |
Basic LEDs
|
Circuits
|
Sensors
|
IoT Devices
|
| Take-Home Robots | ||||
| Competition Track |
Ages 5-7
Ages 7-9
Ages 9-11
Ages 11-14
Let's chat! We'll help you find the perfect program based on your child's age, interests, and experience level.
Start with Stevie's Tiny Builders or Junior Inventors
Stevie's Junior Inventors is a perfect match
Stevie's Build A Boters competition track
Stevie's Master Inventors is the way