Made up of unplugged, teacher-led lessons, our Elementary Computer Science curriculum teaches students core digital citizenship principles and the introductory computer science knowledge they need to be successful and safe in today’s technological world.Learn more →
Balancing project-based learning with engaging activities, students utilize their acquired knowledge to build useful tools and responsive websites.
Our Middle School STEM courses are the perfect introduction to programming for students with little to no prior experience in computer science. With engaging project-based learning, students will build a professional portfolio that demonstrates their knowledge of core computer science concepts and prepares them for more advanced coding courses.Learn more →
Mastery Coding™'s CTE courses teach core programming and Unity coding skills through project-based learning. Upon completion, students can create 3D applications, have a professional portfolio and attain industry-based certifications.Learn more →
Game Development I teaches C# coding and game design with the Unity 3D Engine, giving students the skills to build their own games
Our Workforce Solutions courses are designed for adult learners who want to advance into the ever-expanding field of tech, students at Career & Tech centers that want to attain industry-recognized certifications, and teachers and educators who want to teach programming and computer science. No computer science background is required to succeed.Learn more →
Mastery Coding™'s Enrichment Electives and Supplemental Curriculum provide educational variety and unique learning methods to enhance the more “traditional” academic curriculum. Enrichment courses allow students to move beyond their comfort zones, experiment with new activities, and accept new learning challenges.Learn more →
Students use HTML and CSS to design, create, and breathe life into visually appealing web pages from scratch.
This one-of-a-kind elective allows students to explore a variety of high-paying professions inside the dynamic industry of esports.
Teach students with no prior coding experience how to conceptualize, design, and make their very own game with this course.
Channel your students’ passion for gaming into college and career opportunities and turn your gamers into makers. With the Pathway Esports™ toolkit, students and schools will have everything they need to start and run their very own esports team and compete in local and national tournaments.Learn more →
Schedule a demo today with one of our education specialists
By using Mastery Coding™, you aren't only getting an engaging computer science curriculum -you’re also getting award-winning support! As your one-stop shop for computer science curricula, we set up students and teachers for success.
All learning and teaching materials are accessed online through our LMS. Our built-in grade book can be exported in IMS OneRoster Gradebook format for easy importing into an LMS or SIS of your choice.
Our project-based curriculum comes with resources for students and teachers, guiding students through computer science with opportunities to copy, implement and practice.
We prepare teachers to succeed. Created by teachers for teachers, there is no prior computer science experience necessary for educators to be successful.
We provide a full solution for coding and computer science education with plenty of resources, both for teachers and students that make teaching coding easy.
Our video-based courses use engaging video lectures to teach students concepts and demonstrate how to put new skills into practice.
Practice assignments and projects are easy to grade with our rubrics. Teachers can assess assignments without knowing how to code.
Each section includes a list of vocabulary with definitions and links to the official documentation for technical concepts.
Quizzes are included periodically throughout the course to gauge student understanding of the materials. These are graded automatically and include explanations for each question.
Our video lectures and slideshow presentations expose students to new computer science and programming concepts. Through follow-along lessons, they get a chance to see how to practically apply those new ideas.
Once students learn a concept and see examples of it being applied, they are given a chance to solidify their knowledge by implementing the concepts on their own through practice activities and projects.
Through debugging code and reflecting on assignments, students identify gaps in their knowledge and are driven to learn more. Fun and engaging activities encourage students to dive deeper and put theory into practice.
Students demonstrate mastery of the skills and knowledge they gained by completing their coding projects to specification, attaining industry-recognized certifications, and creating impressive portfolio pieces.