At NextWave STEM, students explore the exciting field of game design and development through hands-on courses designed to spark creativity and critical thinking. Our game development courses, designed for grades 3–5 and 6–8, offer engaging classes where students explore key concepts like level design, probability, power-ups, and character customization—all while learning both block-based and text-based coding. These game development classes integrate seamlessly into classrooms and after-school programs, preparing students for a tech-driven future. We provide everything educators need, including curriculum and LMS access, equipment kits, and student connection materials, making teaching easier than ever. If you’d prefer, our expert instructors can lead the classes for you!

It’s time to inspire the next generation of game developers—get started today!

 

What is Game Design and Development?

Game Design and Development is the process of creating interactive digital experiences that combine storytelling, art, coding, and problem-solving. Our STEM gaming curriculum involves key elements such as narrative development, character creation, level design, and gameplay mechanics to ensure an engaging user experience.

With advancements in technology, game design has become more accessible than ever. Tools like Scratch and, MakeCode Arcade allow beginners to create games without extensive coding knowledge, using block-based or simplified scripting. Game development courses help prepare students for careers in coding, animation, and software engineering—or simply ignite a lifelong passion for game creation.

 
 
 

Who Can Learn Game Design?

At NextWaveSTEM® we offer Game Design courses for kids and professional development for teachers.

 

Grade 3-5

Video Games from “Scratch”

 
 

When creativity meets coding, what do we get? Innovation. Students will learn basic block coding skills as they modify and customize a variety of video games using Scratch. Through 15 lessons, students will design custom levels, characters, rules, and controls as they create the game of their dreams!

Tools/Software/Technical Requirements: Computers/tablets with internet access, access to Scratch (Free, online, Chromebook compatible, no accounts needed to make or save code)

 

Grade 6-8

Coding Arcade: Game Design Essentials

 
 

When imagination meets technology, what do we get? Mastery. In our game development classes students will learn the fundamentals of block-based and text-based coding as they design their own custom online arcade games. Students are introduced to game design essentials such as probability, level design, power-ups, character customization, and more! Upon completion of the game development course, students will have designed real, playable arcade games of their own.

Tools/Software/Technical Requirements: Computers/tablets with internet access,  access to MakeCode Arcade (Free, online, Chromebook compatible, no accounts needed to make or save code).

Optional: Class set of MeowBit so students can download and play their own games

 
 

Why Game Design & Development?

The world is evolving rapidly, and so is the way we interact with technology. Today’s students—digital natives—have the power to create and innovate like never before. Game design not only fuels creativity but also strengthens their problem-solving and logical thinking skills.

In this video game programming course, students will master the fundamentals of block-based and text-based coding as they design their own custom online arcade games. Through 15 hands-on lessons, they’ll explore key game design concepts, including probability, level design, power-ups, and character customization. By the end of the course, students will have built fully playable arcade games of their own. This is just one reason, here are more reasons why this video game design course is highly vital and recommended for your schools: 

Develops Computational Thinking & Problem-Solving Skills

Game development involves logical reasoning, debugging, and algorithmic thinking, which are crucial for problem-solving. Students engaged in coding and game development improve their ability to break down complex problems into smaller, manageable parts, a skill essential in STEM careers.

Enhances Proficiency in Programming Languages

Students learn block-based coding that provides a foundation for learning industry-standard programming languages such as Python, C#, and JavaScript later on, which are widely used in software development, artificial intelligence, and game design. Early exposure to coding builds a strong foundation for future careers in computer science, engineering, and technology.

Encourages Creativity & Innovation

Game development is a fusion of technology and creativity, allowing students to design characters, build interactive worlds, and create compelling narratives. This hands-on experience nurtures inventiveness, helping students become innovators in various fields beyond gaming.

Introduces Industry-Standard Game Development Tools

Students gain hands-on experience with Scratch and Microsoft MakeCode, both developed for elementary students. Learning these platforms equips students with practical, real-world skills that are valuable in gaming, animation, and VR development.

Improves Teamwork & Collaboration Skills

Video game designer education involves team-based projects, where students take on different roles—such as programmer, designer, and storyteller. This experience mirrors real-world game studios and enhances essential teamwork, communication, and project management skills.

In fact, a study by the International Society for Technology in Education (ISTE) found that students working on collaborative game development projects develop stronger communication and leadership skills than those in traditional classroom settings.

Strengthens Understanding of Mathematics & Physics

According to the National Science Foundation (NSF), students exposed to game-based learning show a 15% improvement in math and physics comprehension. This is owing to the fact that game mechanics rely on math concepts such as probability, geometry, trigonometry, and physics to create realistic motion, collisions, and character interactions. By integrating these subjects into game design, learning becomes more interactive and applicable to real-world scenarios, which helps develop interest.

Explores the Psychology of Player Engagement

Students learn how games use psychological principles, such as motivation, reward systems, and cognitive load, to keep players engaged. Understanding user experience (UX) and behavioral science prepares students for careers in game design, marketing, and product development.

Builds Expertise in Sound Design & Visual Storytelling

Video game design classes equip students with these in-demand skills, including audio engineering, music composition, and cinematic storytelling, allowing them to craft immersive and engaging experiences.

Provides Career Pathways in Gaming, VR & AR Industries

As per Grand View Research, the global digital storytelling industry is expected to grow by 13.9% annually, creating a rising demand for skilled multimedia content creators. The gaming industry provides growing opportunities in game development, virtual reality (VR), augmented reality (AR), and esports. Students who gain early exposure to these fields are well-positioned for future careers.

Encourages a Holistic Approach to Learning

Game development is a unique combination of STEM (Science, Technology, Engineering, Math) and the Arts, making it a perfect example of STEAM (STEM + Arts) education. This multidisciplinary approach engages students of all interests, from coding enthusiasts to artists and storytellers. By combining technical and artistic elements, video game classes create a well-rounded, immersive learning experience that nurtures both analytical and creative abilities.

 

 How Can I Bring Game Design?

With all NextWaveSTEM® courses, Curriculum & LMS Access, Equipment Kits, and Student Connection Materials are included. The only thing left to decide is whether you want to teach the video game programming course or you want a NextWaveSTEM® certified educator to teach.

Our All-In-One STEM curriculum, equipment and professional development make it easy for you to excite and inspire students through hands-on STEM experiences.

Perfect for schools needing:
- STEM equipment & curriculum
- Professional development

NWS sends trained teachers to your school, during or after school, or for summer programming. They bring the hands-on STEM gaming curriculum, the equipment, and the fun!

Perfect for schools needing:
- Schools needing STEM resources
- After-school or enrichment classes

FAQs

  • Children as young as 7 or 8 years old who are in 3 - 5 grade, can begin learning game design with block-based coding platforms like Scratch, which help them grasp programming logic in a visual, intuitive way.

  • Learning to code through video game development improves problem-solving, creativity, and computational thinking. It enhances STEM skills, including math and physics, by applying real-world logic to game mechanics.

  • The best programming language depends on the student’s skill level and game development goals:

    • Scratch: Block-based coding for beginners

    • Python: Great for 2D games using Pygame

    • JavaScript: Used for browser-based games

    • C#: Essential for Unity game development

    • C++: Used in Unreal Engine and professional game development

  • Yes! Our Game design courses are available as after-school programs, summer camps, and extracurricular activities.


  • No prior coding experience is required to enroll in our course.