Power up kids' futures with a gamified coding platform that combines STEM, computer science, and critical life skills.
CoderZ courses are developed by world-class STEM educators, combining best practices for educational outcomes and serious engagement. Social-emotional learning, science and engineering practices, critical life skills - CoderZ brings them all to the table in one easy and appealing interface.
CoderZ 360° approach to code literacy helps kids apply their knowledge to everyday challenges so they actually WANT to keep learning. Even as levels advance, the experience is rewarding and fun.
Students stay engaged and challenged as they sit in the driver's seat of their very own robot through self-paced, gamified missions while teachers or administrators get all the resources they need to best support success.
Most of the courses use the visual editor Blockly to provide an intuitive approach to learning how to code. By manuevering robotics in a virtual environment, users practice both robotics and STEM concepts such as math, geometry, physics, and engineering.
CoderZ is a fully web-based, installation-free coding and robotics learning environment - no expensive hardware or tech setup required. Users access engaging 3D simulations and coding challenges from school, library labs, or home, making it ideal for blended and flexible learning programs.
Designed for Grades 3–12, CoderZ enables teachers of any background to deliver computer science and STEM learning with confidence. Lesson plans, dashboards, and teacher resources provide clear, structured guidance - even for educators with minimal coding experience.
Award-Winning, Gamified Learning Experience
The platform’s game-based missions and 3D virtual robotics engage students with fun, challenge-driven activities that build coding, problem-solving, critical thinking, and collaboration - transforming STEM into an immersive experience rather than abstract theory.
Standards-Aligned and Outcomes-Focused
CoderZ courses align with national and international STEM standards and include real-time feedback, progress tracking, and measurable outcomes, helping schools demonstrate student growth and meet curriculum expectations.
The platform uses a “low-floor, high-ceiling” approach, enabling beginners to start with block coding while offering advanced learners options like Python. Self-paced progression ensures students are both supported and challenged.
Libraries and schools can motivate students through the internationally-participated CoderZ League, a virtual robotics competition that gamifies coding learning, fosters teamwork, and brings a sense of achievement and community to STEM programs.
