ROBOTIC CODING COURSE CURRICULUM
 
HOW OUR TEACHING METHOD WORKS
Every concept is introduced in this order:
1. Understand the concept visually (Scratch)
2. Apply the same logic using Python
3. Run the code on a virtual or real VEX robot

This dual-learning approach helps students:
- Build confidence quickly
- Understand logic deeply
- Transition smoothly into real coding 

MODULE 1: Introduction to Robotics & Coding
Goal: Understand how robots and code work together
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Skills Learned:
- What is a robot? 
- Inputs and outputs (motors, sensors)
- Introduction to Scratch & Python interfaces

MODULE 2: Movement & Navigation
Goal: Control robot movement precisely
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Skills Learned:
- Drive forward, backward, turn
- Speed and timing
- Directional control

Scratch vs Python:
- Drag and drop movement blocks
- Convert same logic into Python commands
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MODULE 3: Loops & Repetition
Goal: Automate actions using loops
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Skills Learned:
- Repeat loops
- Infinite loops
- Efficiency in coding 
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MODULE 4: Sensors & Decision Making
Goal: Introduce smart robot behavior
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Skills Learned:
- Using sensors (distance, touch, color)
- If/then logic
- Autonomous decision-making
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Projects:
Car, Truck, Boat, Bulldozer, Rocket, Airplane
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MODULE 5: Functions & Advanced Control
Goal: Organize and reuse code
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Skills Learned:
- Creating functions
- Breaking code into steps
- Cleaner programming structure
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MODULE 6: Robotics Challenges (STEM Focus)
Goal: Apply skills in real-world challenges

Skills Learned:
- Problem-solving
- Debugging
- Optimization

LEARNING OUTCOMES
By the end of the program, students will:
- Understand how robots are programmed
- Code using both Scratch and Python
- Control motors and sensors
- Build logical thinking and problem-solving skills
- Transition from beginner to real-world coding

WHAT MAKES OUR PROGRAM UNIQUE
- Learn TWO coding languages in one program
- Beginner-friendly to Advanced progression
- Hands-on robotics + real coding skills
- Prepares students for STEM careers

STEM / Homeschool Alignment
This program is designed to align with widely recognized educational frameworks:
- NGSS (Next Generation Science Standards)
- CSTA (Computer Science Teachers Association Standards)
- Common Core Math Standards
- Homeschool Portfolio & Credit Documentation

This program counts as STEM / Technology Credit and can be documented as:
- STEM / Engineering
- Computer Science / Coding
- Technology Education

NGSS (SCIENCE & ENGINEERING PRACTICES)
ENGINEERING DESIGN (NGSS CORE)
Students:
- Define problems and design robotic solutions
- Test and improve robot performance
- Use trial-and-error and iteration

NGSS Alignment:
- 3-5-ETS1-1 / MS-ETS1-2
- Engineering design and solution optimization

SYSTEMS & MODELING
Students:
- Understand how robot parts (motors, sensors, code) work together
- Use simulations before real-world testing

CSTA (COMPUTER SCIENCE STANDARDS)
ALGORITHMS & PROGRAMMING
Students:
- Create step-by-step instructions (algorithms)
- Write code in Scratch and Python
- Debug and improve programs 

CSTA Alignment:
- 1B-AP-10 / 2-AP-10 / 2-AP-13

COMPUTATIONAL THINKING
Students:
- Break problems into steps
- Recognize patterns
- Build logical sequences

DATA & ANALYSIS
Students:
- Use sensor data (distance, touch, etc.)
- Make decisions based on inputs 

COMMON CORE (MATCH CONNECTIONS)
MEASUREMENT & GEOMETRY
Students:
- Calculate distances and angles
- Understand spatial reasoning