Texas Coding Studies — Grade 3
Comprehensive Course Syllabus
Course Overview
Our Texas Grade 3 Coding Studies course is designed to introduce students to the core concepts of computer science, programming, computational thinking, and digital creativity. The curriculum follows age-appropriate STEM learning practices and uses beginner-friendly platforms such as Scratch, Blockly, Code.org, and introductory Python concepts.
Students learn to design games, animations, interactive stories, quizzes, and problem-solving applications while developing logical thinking, creativity, debugging skills, and digital citizenship.
Computational Thinking
Breaking Problems into Steps
Students learn how programmers divide complex problems into smaller, manageable tasks before writing code.
Algorithms
Students create step-by-step instructions to solve everyday and programming-related problems efficiently.
Logical Thinking
Students strengthen reasoning skills by solving sequencing, pattern recognition, and logical puzzles.
Debugging
Students identify coding mistakes, understand why errors occur, and apply simple debugging techniques.
Scratch Programming
Advanced Scratch Interface
Students become familiar with sprites, costumes, backdrops, sounds, variables, and programming blocks.
Motion & Animation
Students create smooth character movements, animations, and scene transitions using motion blocks.
Events & Broadcasting
Students coordinate multiple sprites by using events and broadcast messages for interactive projects.
Variables
Students create variables to store scores, player names, timers, and other useful game information.
Programming Concepts
Loops
Students use repeat and forever loops to simplify code and automate repetitive actions.
Conditional Statements
Students write simple "if" and "if-else" logic to make programs respond to different situations.
Operators
Students use mathematical and logical operators to perform calculations and make programming decisions.
User Input
Students create interactive programs that respond to keyboard input, mouse clicks, and user choices.
Game Development
Interactive Games
Students design games such as maze games, racing games, memory games, and quiz competitions.
Score & Timer Systems
Students build games with scoreboards, countdown timers, and reward systems.
Game Logic
Students create winning conditions, losing conditions, levels, and game challenges.
Game Testing
Students test, improve, and debug their games to provide a better user experience.
Animation & Storytelling
Interactive Stories
Students create digital stories with animated characters, dialogue, sounds, and scene changes.
Character Interaction
Students make multiple characters communicate using events, broadcasts, and conditional programming.
Multimedia Projects
Students combine graphics, sound effects, music, and animations to create engaging digital presentations.
Digital Literacy & Internet Safety
Responsible Technology Use
Students learn how to use computers, tablets, and the internet responsibly for learning and creativity.
Online Safety
Students understand password security, online privacy, cyberbullying awareness, and safe internet practices.
Digital Citizenship
Students develop respectful online behavior, ethical technology use, and responsible digital communication.
STEM & Coding Projects
Weekly Coding Challenges
Students solve coding puzzles and mini-projects that improve computational thinking and creativity.
STEM Integration
Students apply coding to solve Science, Technology, Engineering, and Mathematics challenges.
Final Coding Portfolio
Students build a portfolio of games, animations, quizzes, and interactive applications developed throughout the course.
Introduction to Future Programming
Introduction to Python Concepts
Students receive a simple introduction to text-based programming concepts, including commands, variables, and logical thinking.
Artificial Intelligence Awareness
Students learn how AI is used in games, smart devices, robots, and everyday technology through simple demonstrations.
Robotics Concepts
Students explore how coding controls robots, sensors, and machines through beginner-friendly STEM activities.
Teaching Methodology
Our Coding Studies classes focus on learning through hands-on programming and creative projects. Students learn through:
Learning Outcomes
By the end of Grade 3, students will be able to:
Assessment & Progress Tracking
Student progress is evaluated through: