The Future of Robotics Education is AI-Powered
A complete robotics curriculum spanning KG3 through Grade 12 — 13 grade levels of progressive learning powered by tiered scaffolding, virtual build labs, and real-world simulations.
Everything You Need to Teach Robotics
Eight powerful tools working together to deliver a world-class robotics education.
AI Robotics Tutor
Tiered scaffolding that adapts to each student's pace: every lesson ships a three-tier hint system — a quick nudge, a guided step, and a worked example — that students unlock at their own pace.
Virtual Build Lab
A 3D drag-and-drop workspace where students assemble virtual robots from motors, sensors, gears, and structural parts before coding them.
Robot Simulator
Test robots in realistic physics-based environments. Watch them navigate mazes, follow lines, avoid obstacles, and complete missions in real time.
Code Editor
Age-appropriate coding from Blockly visual blocks for young learners to full Python and C++ for advanced students, with AI-powered hints and debugging.
Mission Engine
Structured challenges and open-ended missions that progressively increase in difficulty. Students earn stars, unlock badges, and compete on leaderboards.
Smart Progress
AI-driven analytics track mastery across mechanical design, programming, electronics, and problem-solving. Parents and teachers get detailed reports.
Electronics Lab
Virtual breadboard and circuit simulator. Students learn about sensors, actuators, resistors, and microcontrollers with safe, interactive experiments.
Competition Prep
Dedicated training modules for FIRST Robotics, VEX, RoboCup Junior, and WRO. Practice arenas simulate real competition fields and scoring.
A Complete K-12 Robotics Pathway
Four progressive bands guide students from playful exploration to advanced engineering.
Explorers
KG3 – Grade 2
Ages 5–8
- What is a robot?
- Simple machines & gears
- Blockly visual coding
- Sensor discovery games
- Build-a-Bot: first virtual robot
Focus: Curiosity, play-based learning, spatial reasoning
Builders
Grade 3 – Grade 5
Ages 8–11
- Mechanical design principles
- Intermediate Blockly & intro Python
- Sensor fusion basics
- Line-following & maze robots
- Team challenges & presentations
Focus: Systematic building, basic programming logic, collaboration
Engineers
Grade 6 – Grade 8
Ages 11–14
- Python robotics programming
- PID control & navigation
- Electronics & circuit design
- Computer vision basics
- Competition-style challenges
Focus: Engineering design process, algorithmic thinking, autonomy
Innovators
Grade 9 – Grade 12
Ages 14–18
- C++ and ROS fundamentals
- Machine learning for robotics
- SLAM & path planning
- Capstone research projects
- FIRST / VEX competition prep
Focus: Advanced engineering, research methodology, industry readiness
How It Works
Five simple steps from enrollment to certification.
Enroll
Sign up and create your student account. Schools can enroll entire classes.
Choose Grade
Select the appropriate grade level. The AI placement test can recommend the right starting point.
Learn with AI
Interactive lessons, video tutorials, and progressively-revealed hints guide every concept.
Build & Code
Design robots in the Virtual Build Lab, write code, and test in the simulator.
Earn Certificates
Complete missions and assessments to earn grade-level certificates recognized by schools.
Simple, Transparent Pricing
One plan. Everything included. No hidden fees.
AI Robotics Plus
- Full access to one grade level curriculum
- AI Robotics Tutor — unlimited sessions
- Virtual Build Lab & Robot Simulator
- 500+ interactive lessons & missions
- Code editor (Blockly, Python, C++)
- Electronics Lab & circuit simulator
- Competition prep modules (FIRST, VEX, WRO)
- Smart progress tracking & parent reports
- Grade-level completion certificate
- Priority email & chat support
School & district volume discounts available. Contact us.
What Educators & Parents Say
“AI Robotics Plus transformed our STEM program. Students who struggled with abstract coding concepts now build and test robots confidently. The tiered hint system catches gaps we miss in a class of 30.”
“My daughter went from zero coding experience to qualifying for VEX Nationals in one year. The competition prep modules are incredibly detailed and the simulator saved us thousands in physical parts.”
“We piloted this with 200 students across four grade levels. The progress analytics alone justified the cost — we can see exactly where each student stands and intervene early. Remarkable platform.”
Frequently Asked Questions
What age range does AI Robotics Plus cover?
AI Robotics Plus covers KG3 through Grade 12 (ages 5 to 18), spanning 13 grade levels organized into four progressive bands: Explorers (KG3-G2), Builders (G3-G5), Engineers (G6-G8), and Innovators (G9-G12). Each band uses age-appropriate tools and language.
Do students need physical robots or hardware?
No. All building, coding, and testing happens in our virtual environment. The Virtual Build Lab, Code Editor, and Robot Simulator provide a complete hands-on experience without any hardware purchases. Schools that do have physical robots can use our platform as a companion tool.
How does the hint system work?
The AI Robotics Tutor uses adaptive learning algorithms to understand each student's current skill level, learning style, and pace. It provides real-time hints during build sessions, explains concepts using age-appropriate language, identifies knowledge gaps, and suggests targeted practice. It is available 24/7 and never runs out of patience.
Can our school purchase licenses for multiple students?
Yes. We offer volume discounts for schools and districts. A single school administrator can manage all student accounts, track progress across classrooms, and generate reports. Contact schools@edtechplus.ai for a custom quote.
What programming languages are taught?
We use a progressive approach: Blockly visual blocks for KG3-Grade 2, transitioning to Python in Grades 3-8, and introducing C++ alongside Python in Grades 9-12. Advanced students also get exposure to ROS (Robot Operating System) fundamentals. Tiered hints and worked examples help students transition between languages smoothly.
Is the certificate recognized by schools?
Our grade-level completion certificates are issued by EdTech Plus and document specific competencies achieved. Many partner schools accept them as evidence of STEM enrichment. Each certificate includes a unique verification code and a detailed skills breakdown that can be shared with colleges and employers.
Ready to Launch Your Robotics Program?
Join thousands of students building the future, one robot at a time.