Teaching Computational Thinking and Block Programming for K-12

Digital literacy is no longer optional; it is a core skill that empowers students to solve complex problems and think logically from an early age. This course prepares you to introduce foundational computer science concepts to young learners using accessible, visual tools that bridge the gap between curiosity and technical proficiency. You will gain a deep understanding of how to translate abstract logic into engaging classroom activities that resonate with students across different grade levels. By the end of this course, you will be able to confidently guide learners through their first programming experiences while fostering a mindset of persistence and creativity. What you'll learn: - Define the core pillars of computational thinking, including decomposition, pattern recognition, and abstraction - Practice creating logic flows using the principles of block-based programming environments - Apply algorithmic thinking to design step-by-step solutions for classroom projects - Identify strategies for integrating computer science concepts into math, science, and language arts curricula - Understand how to guide students through the debugging process to build problem-solving resilience - Explore modern pedagogical approaches for making technical education inclusive and accessible for all learners The course begins with essential terminology and the theoretical roots of computational logic before moving into practical text-based walkthroughs of block-programming structures and instructional design. It concludes with methods for assessing student progress and adapting material for various age groups. This course is designed specifically for K-12 teachers, homeschooling parents, and community educators who are new to computer science and require no prior programming experience. Start building the skills to inspire the next generation of digital creators.