miniAuto Programming Curricula
Choose the right robotics programming course for your students
Professional Arduino-based robotics education for all learning styles
Python Fundamentals
Learn programming through mystery numbers and visual math
Perfect For:
- Ages 9-14 with strong math skills
- ADHD learners (15-20 minute sessions)
- Students learning algebra concepts
- Offline learning environments
Course Structure:
8 Lessons: Mystery Numbers to Calculator
Session Length: 15-20 minutes
Approach: Visual math + programming
Environment: Offline Anaconda/Spyder
Key Features:
- • "Mystery numbers" introduce variables
- • "Math machines" teach functions
- • Visual patterns with matplotlib
- • Natural algebra concept introduction
16-Week Intensive Course
Fast-paced, comprehensive robotics programming
Best For:
- Summer intensive programs (6-8 weeks)
- Advanced students with programming experience
- Multiple sessions per week (2-3 times)
- Competition preparation teams
Course Structure:
Weeks 1-7: Python & Programming Basics
Weeks 8-10: Arduino Fundamentals
Weeks 11-12: Sensors & Motors
Weeks 13-14: System Integration
Week 15: Advanced Features
Week 16: Competition & Showcase
Key Features:
- • Rapid progression through concepts
- • Intensive hands-on projects
- • Advanced robotics features (computer vision, PID control)
- • Competition-ready by end of course
32-Week Comprehensive Course
Age-appropriate, scaffolded learning experience
Best For:
- High school students (ages 14-17)
- Once-weekly sessions (1.5 hours)
- Programming beginners
- Full academic year (2 semesters)
Course Structure:
Weeks 1-4: Arduino Programming Basics
Weeks 5-8: Digital I/O & Sensors
Weeks 9-12: Analog Sensors & Data
Weeks 13-16: Motor Control & Movement
Weeks 17-20: Navigation Sensors
Weeks 21-24: System Integration
Weeks 25-28: Advanced Features
Weeks 29-32: Final Projects
Key Features:
- • Gradual skill building with proper scaffolding
- • 2-3 weeks per major concept
- • Age-appropriate examples and projects
- • Extensive hands-on practice time
Detailed Comparison
| Feature | 16-Week Intensive | 32-Week Comprehensive |
|---|---|---|
| Duration | 16 weeks | 32 weeks (2 semesters) |
| Session Frequency | 2-3 times per week | Once per week |
| Session Length | 1-2 hours | 1.5 hours |
| Target Age | Advanced students, any age | High school (14-17 years) |
| Prerequisites | Some programming helpful | No programming experience needed |
| Learning Pace | Fast, intensive | Gradual, scaffolded |
| Project Complexity | Advanced (computer vision, PID) | Progressive complexity |
| Assessment Style | Project-based, competitive | Weekly quizzes, portfolio |
Course Development Status
16-Week Course Status
32-Week Course Status
Quick Start Guide
For Summer Programs:
Use the 16-Week Intensive Course for:
- • 6-8 week summer camps
- • Advanced student workshops
- • Competition team training
- • Accelerated learning programs
For Academic Year:
Use the 32-Week Comprehensive Course for:
- • Regular high school classes
- • After-school programs
- • Beginner-friendly instruction
- • Full academic year coverage