Person developing a soccer video game on a laptop.

Education for tomorrow.

Future-Ready Skills.

Human-Centered Minds.

At Tomorrow Proof Education, we specialize in STEM education that empowers high school students with future-ready skills in game design, artificial intelligence (AI), and computer science. Our curriculum is built around project-based learning, where students actively collaborate to build real-world projects using industry-standard tools like Unreal Engine. Alongside cutting-edge technical training, we place a strong emphasis on developing essential soft skills such as creativity, collaboration, and self-confidence—the foundations of lifelong success. Our learning environments foster community, innovation, and hands-on experience, preparing students to thrive in a fast-changing world. Whether they pursue college, careers in tech, or creative ventures, our students leave ready to lead with skill and purpose.

Game Design with Unreal Engine:

Collaborative Video Game Development

  • (Ages 15-20)

    Your teen probably already loves playing video games —now imagine them designing the next one. Our expert-led camp teaches the Unreal Engine, the tech behind Fortnite and countless other major titles, turning video game passion into future-ready creative and technical skills.

    Over the course of the program, students will explore key concepts such as level design, visual scripting (Blueprints), 3D asset integration, gameplay mechanics, and user experience.

    Working in teams, students will collaborate to design, build, and launch their own original video game projects. Along the way, they’ll develop not only technical skills but also essential soft skills like teamwork, creative problem-solving, and project management. The course culminates in a showcase event where students present their games to peers, instructors, and invited guests.

    This course is ideal for aspiring developers, artists, designers, and storytellers looking to gain real-world experience in game production while building a strong foundation in both technical and collaborative skills.

  • Early adopter price: $500

Text graphic "Introduction to Artificial Intelligence" with brain and circuit illustration on dark background.

Intro to Artificial Intelligence:

Ethics, Creativity, and Machine Learning

  • This foundational course introduces high school students to the rapidly evolving world of Artificial Intelligence. Students will explore the real-world impact of AI through topics like discriminatory algorithms, Generative AI, and the growing influence of machine learning in everyday life.

    Through hands-on activities and guided discussions, students will learn how to interact with AI systems using different types of prompting techniques, and gain a conceptual understanding of how AI models are trained, fine-tuned, and deployed. The course emphasizes both the technical aspects of AI and the ethical implications, encouraging students to think critically about bias, responsibility, and the future of intelligent systems.

    Whether they're aspiring engineers, artists, or changemakers, students will leave this course with a strong foundation in AI literacy, creative exploration, and ethical awareness.

  • TBD

Text reading "Intermediate AI with Python" alongside a stylized logo combining a brain and the Python programming language emblem on a dark background.

Intermediate AI with Python:

Building Generative AI with the AI Community

  • In this project-based course, high school students take their understanding of artificial intelligence to the next level by diving into the world of open-source AI and transformer-based models. Using Python as their primary tool, students will explore platforms like Hugging Face and other AI communities to learn how cutting-edge models are built, shared, and adapted.

    Students will gain hands-on experience working with transformers—the same powerful technology behind ChatGPT, DALL·E, and other generative AI tools. Through guided labs and creative projects, they’ll learn how to fine-tune pre-trained models, experiment with text and image generation, and develop their own custom generative AI applications.

    This course emphasizes both technical skills and responsible AI development, giving students the confidence to engage with advanced tools while understanding the ethical considerations of deploying AI. By the end of the course, students will have built their own functioning generative AI projects and developed the skills to contribute meaningfully to the global open-source AI community.

  • TBD