Young Engineers STEM Coding (5-8)

Introduce young learners to the world of STEM with interactive activities and block-based coding tools like Scratch Jr. This program builds curiosity and foundational tech skills.

Program Highlights:

• Hands-on problem-solving through play.
• Pattern recognition and sequencing for pre-readers.
• Fun, interactive animations and storytelling.

Ideal for: Early learners in your community taking their first steps into technology.

Young Engineering STEM Hands-On (5-8)

A fun, interactive program where young learners explore STEM through hands-on activities! Kids will build bridges, create light tunnels, and experiment with simple machines to develop problem-solving and engineering skills.

Program Highlights:

• Build and test structures like bridges and towers.
• Explore light, motion, and basic engineering concepts
• Engage in hands-on experiments and creative problem-solving.
• Develop teamwork and critical thinking skills.

Ideal for: Perfect for schools, after-school programs, libraries, STEM clubs, and community centers introducing young learners to engineering through play-based, hands-on activities.

Circuits and Typing (5-8)

Kids explore basic electronics by building fun circuits, then boost their digital skills with engaging typing games. Perfect for young tech enthusiasts, this course blends creativity and technology to spark curiosity and confidence. Learn, build, and type your way to a smarter you!

Program Highlights:

• Build and experiment with basic circuits
• Learn how electricity flows through hands-on projects
• Develop typing skills with fun, engaging exercises in typing
• Strengthen problem-solving and fine motor skills

Ideal for: Perfect for schools, after-school programs, STEM clubs, libraries, and homeschooling groups looking to introduce young learners to foundational tech and engineering skills in an engaging way.

Game Development in Scratch (7-14)

In this exciting experience, kids learn coding fundamentals by creating fun, interactive games. Using drag-and-drop blocks, they’ll explore logic, animation, and storytelling in a beginner-friendly environment. Designed for young learners, this class builds problem-solving skills and confidence while introducing core programming concepts in a playful, creative way.

Program Highlights:

• Engaging game design projects that build logic skills.
• A step-by-step approach to create animations and simulations.
• Certifications that boost students’ confidence and showcase their skills.

Ideal for: Schools and programs looking to equip children with foundational coding knowledge and a sense of achievement.

Build Your City in Roblox (7-14)

Calling future City Engineers to leverage the popularity of Roblox Studio and engage young creators in 3D game design, coding, and community-building. In Build Your City, students use creativity and coding to design interactive cities. They’ll learn to shape terrain, add buildings, and script game elements using Roblox Studio. This hands-on class empowers young developers to bring their dream cities to life while exploring real game design concepts in a fun environment.

Program Highlights:

• Teaching kids how to design custom 3D worlds and interactive games.
• Promoting teamwork and online safety within virtual spaces.
• Fostering creativity and innovation through hands-on projects.

Ideal for: After-school programs or summer camps seeking to captivate students with a unique game development curriculum.

Create Music with Sonic Pi (7-14)

Learn to code music with Sonic Pi! This program teaches kids how to create beats, melodies, and live performances using programming, blending technology with creativity in a fun, hands-on way.

Program Highlights:

• Create and code music using Sonic Pi.
• Learn programming concepts through rhythm and sound.
• Experiment with loops, variables, and live coding performances.
• Blend creativity and technology in an interactive way

Ideal for: Perfect for schools, after-school programs, STEM clubs, and summer camps looking to introduce coding in a creative way. Great for educators, homeschooling groups, and enrichment programs focused on music and technology.

Sports Cars and Tracks in Roblox Studio (8-14)

Rev up your creativity! In this exciting game design camp, students learn how to build, customize, and test their very own sports car race tracks using Roblox Studio’s 3D tools—no coding required.

Program Highlights:

• Learn Roblox Studio’s building tools to craft detailed racetracks.
• Design sports cars using blocks, decals, and realistic materials.
• Explore terrain editing, props, and visual effects to enhance your track.
• Showcase your project in a virtual race tournament with friends.

Ideal for: Creative kids and gamers who love racing games, design, and Roblox!

Content Creation and Design: Become an Influencer (8-14)

Empower young storytellers with tools like OpenShot and Canva to create and share engaging stories on YouTube. This program promotes creativity and digital communication skills.

Program Highlights:

• Teaching video editing with OpenShot for polished and professional results.
• Designing custom video elements using Canva.
• Planning, scripting, and presenting creative content for online platforms.

Ideal for: Community organizations or enrichment programs focusing on storytelling and multimedia communication.

Cyber Safe AI (8-14)

This program Use the engaging world of Minecraft Education to explore the world of Artificial Intelligence and Cybersecurity in a collaborative, hands-on learning environment.

Program Highlights:

• Teaching digital safety and AI concepts through interactive Minecraft builds.
• Encouraging problem-solving and critical thinking in a virtual world.
• Introducing students to the basics of AI and how it impacts their digital lives.

Ideal for: STEM-based programs that want to engage kids in exploring cybersecurity and AI in a fun, immersive, and gaming-centered way.gh an innovative, gaming-centered approach.

Ideal for: STEM-based programs that want to engage kids in exploring cybersecurity and AI in a fun, immersive, and gaming-centered way.gh an innovative, gaming-centered approach.

Motion with Lego® – Block-Based Coding (8-14)

Get ready to build, code, and move! In this hands-on class, students dive into the exciting world of LEGO robotics using motors, sensors, and real-world coding concepts. Kids will design and program their own moving machines—from dancing robots to racing cars—all while learning problem-solving, teamwork, and the basics of engineering.

Course Highlights:

• Build dynamic LEGO robots with gears, wheels, and motors
• Code real movement using drag-and-drop programming
• Explore motion sensors, speed, and direction
• Collaborate on team challenges and mini competitions

Ideal for: Curious kids who love building, tinkering, and making things come to life through coding and creativity.

Game Code in Minecraft Education (8-14)

IStep into the world of retro game development! Powered by Microsoft Education’s MakeCode Arcade platform, this course teaches kids to design and code their own 2D games—just like the classics. Students build pixel-art characters, program movement and interactions, and create playable games they can share with friends.

Course Highlights:

• Create classic 2D games like:
  • Platformers (run-and-jump games)
  • Top-down adventures (maze-style games)
  • Arcade shooters and obstacle dodgers
• Use block-based coding (with optional JavaScript)
• Design pixel characters and tile-based levels
• Add scoring, sound effects, and win conditions
• Play games instantly in-browser or on handheld consoles

Ideal for: Kids who love video games and want to build their own retro-style games while learning real coding logic.

Website Wizard: Web Development (11+)

Help students dive into web development, where we teach them to create dynamic, visually appealing websites using platforms like Wix, WordPress.

Program Highlights:

• Building responsive and functional websites with HTML and CSS.
• Adding interactivity and functionality with JavaScript.
• Exploring the principles of website layout and user experience design.

Ideal for: Communities looking to prepare students for tech-driven futures in web development and design.

Byte into Coding (11+)

Program coding in an engaging and exciting way! Campers will learn programming languages such as Scratch, Python, or JavaScript. The goal is to spark interest in the field of computer science, provide foundational knowledge, and help participants gain confidence in their coding abilities.

Program Highlights:

• Learning beginner-friendly programming languages.
• Hands-on coding activities to develop problem-solving skills.
• Building mini-projects to foster creativity and innovation.

Ideal for: Students looking to gain an introduction to coding in an interactive and supportive environment.

Mobile App Development (11+)

Introduce young innovators to the exciting world of mobile app development! This program teaches kids how to design, code, and build their own mobile applications using beginner-friendly tools and coding languages like JavaScript and Python. With hands-on projects, students will develop real-world problem-solving skills, creativity, and a strong foundation in app development.

Program Highlights:

• Design and develop mobile apps from scratch
• Use drag-and-drop coding & languages like JavaScript/Python
• Create interactive, real-world applications
• Master UI/UX design for user-friendly apps

Ideal for: Kids interested in technology and app development, Young innovators who love problem-solving and creativity, Students looking to build real-world coding skills

Sensor Motor Vehicles (11+)

This program introduces kids aged 11+ to robotics and coding through the development of an automated sensor car using VEX Robotics. Participants will learn how to integrate sensors, motors, and code to create a self-driving vehicle that responds to its environment and navigates autonomously.

Program Highlights:

• VEX Robotics Platform: Learn to program and build a sensor-equipped car using the VEX Robotics system.
• Sensor Integration: Understand how to use distance, touch, and other sensors to enable autonomous vehicle navigation.
• Coding with VEXcode: Develop coding skills using VEX’s block-based or text-based programming environment.
• Motor Control: Master controlling motors to drive the car and interact with its surroundings.
• Problem Solving: Apply critical thinking to troubleshoot and optimize the car’s autonomous functions.
• Project-Based Learning: Build a real, functioning robot that can autonomously navigate obstacles and follow paths.
• Team Collaboration: Work in teams to share ideas, collaborate on designs, and test solutions.

Ideal For: Schools, robotics clubs, and after-school programs looking to teach coding, robotics, and problem-solving through a hands-on, engaging project. Perfect for students interested in STEM and robotics who want to build and program real-world technology.

Learn Coding with Python (11+)

This program introduces students aged 11-14 to the basics of Python programming. Through hands-on projects, learners will build a strong foundation in coding, problem-solving, and logic, using Python to create fun and interactive programs.

Program Highlights:

• Introduction to Python: Learn the fundamentals of Python programming language, including syntax and structure.
• Variables and Data Types: Understand how to work with different types of data such as strings, numbers, and lists.
• Control Flow: Learn how to use if/else statements and loops to control the flow of your programs.
• Functions and Loops: Master the use of functions and loops to write efficient, reusable code.
• Project-Based Learning: Build real projects such as games, quizzes, and applications that demonstrate coding concepts.
• Problem Solving: Develop logical thinking and troubleshooting skills through coding challenges.

Ideal for: Schools, coding clubs, and after-school programs looking to engage students aged 11-14 in the world of programming. Perfect for students interested in learning Python and building their own digital creations.

Fortnite Game Development (11+)

This program introduces kids aged 11+ to the exciting world of game development through Fortnite. Participants will explore the creation of dynamic, interactive experiences using the Unreal Engine and learn how to design battle royale environments, customize gameplay, and implement live events. With hands-on experience in game design and development, they’ll gain skills in coding, creativity, and cross-platform collaboration.

Program Highlights:

• Unreal Engine Training: Learn to use the powerful Unreal Engine to create and design game environments and mechanics.
• Game Design Fundamentals: Understand the core principles of game design, from layout creation to gameplay balancing.
• Coding & Scripting: Gain experience in coding and scripting to bring ideas to life and develop game logic.
• Creative Mode Exploration: Use Fortnite’s Creative Mode to design custom gameplay experiences and maps.
• Team Collaboration: Develop teamwork and communication skills through collaborative projects and gameplay design.

Ideal For: Schools, youth groups, coding clubs, and after-school programs looking to engage students in hands-on game development, coding, and creative design. Perfect for summer camps or any group wanting to explore technology and gaming in a fun, educational setting.

Rise of Machines: AI (11+)

Dive into the fascinating world of artificial intelligence (AI) and discover how machines learn, make decisions, and transform our daily lives. This course provides an engaging introduction to AI concepts, machine learning, and practical applications.

Program Highlights:

• Understanding the basics of AI, including algorithms and neural networks.
• Exploring real-world applications such as chatbots, image recognition, and smart assistants.
• Hands-on projects like creating simple AI models and training them for tasks.
• Discussing ethical considerations and the future impact of AI.

Ideal for: Students curious about cutting-edge technology and interested in exploring the foundations of AI and its potential in shaping the future.

Drone Programming and Robotics (11+)

This program introduces students aged 11 and above to the exciting world of drone technology and robotics. Through hands-on projects, students will learn how to program drones, understand the fundamentals of flight mechanics, and explore robotics principles. The course integrates coding, engineering, and problem-solving skills, allowing students to develop real-world applications in autonomous navigation and robotic control.

Program Highlights:

• Drone Programming – Learn how to code drones using Python or block-based programming.
• Flight Mechanics & Safety – Understand the principles of aerodynamics, navigation, and safe drone operations.
• Robotics & Automation – Explore how robots work, build simple robotic systems, and integrate them with drone technology.
• Hands-on Projects – Engage in interactive challenges such as obstacle course navigation, automated drone missions, and AI-powered robotics.
• STEM Integration – Develop skills in science, technology, engineering, and math (STEM) while working on real-world applications.
• Team-Based Challenges – Collaborate with peers to solve engineering problems, program drone missions, and build robotic solutions.

Ideal For: This program is perfect for beginners eager to explore coding and engineering in an interactive, hands-on environment, as well as intermediate learners looking to deepen their understanding of automation, AI, and drone technology.

Robot Engineer and Code City Jobs (11+)

This course introduces students to real-world robotics by exploring how robots perform essential tasks in industries like warehouses, sewer maintenance, and hazardous environments. Students will build and program a Code Base robot to complete “dirty, dull, or dangerous” jobs, learning how automation is transforming industries.

Program Highlights:

• Hands-on Robotics: Build and code robots to complete real-world tasks.
• STEM & Coding Skills: Learn programming concepts using block-based and text-based coding.
• Problem-Solving & Engineering: Apply logic and creativity to overcome automation challenges.
• Career Exploration: Understand how robots assist in industries such as logistics, environmental safety, and emergency response.
• Capstone Project – Robot Job Fair: Design and showcase a robot performing an automated city job.

Ideal For:

This course is perfect for students ages 11+ who enjoy hands-on STEM activities and want to explore automation in real-world applications. It’s designed for creative thinkers, future engineers, and problem-solvers eager to learn how robotics is shaping industries and smart cities.