Students are guided through the process of creating and launching innovative products or services, learning about market research, branding, and the entrepreneurial mindset.
3D Design using Tinkercad! Learners dive into the world of 3D printing, using Tinkercad to design and create their own 3D models, understanding the basics of 3D modeling and printing technology.
ARTificial Intelligence Artists Students explore how AI can be used to create art, combining creativity with technology to produce unique pieces, and learning about the role of algorithms in art. This is a STEAM Course.
Explore the fascinating world of drones, learning about their mechanics, uses, and how to program them for tasks like wildlife photography and package delivery.
This course is for learning about different hydroponic systems, understanding how plants can be grown in nutrient-rich water solutions, fostering a green thumb and interest in sustainable agriculture.
Students get to build and program mBot robots, learning the basics of robotics and coding through hands-on activities and challenges.
An introduction to solar and other renewable energy sources, emphasizing the importance of sustainable energy for the future of our planet.
Middle school students dive into advanced hydroponics, learning about system designs and the science behind growing plants without soil, encouraging sustainable farming practices.
The next step in enhancing students 3D modeling skills using TinkerCAD, tackling more complex projects and understanding the real-world applications of 3D printing technology.
Learners in the "AIsland" create and interact with AI characters, understanding the complexities of artificial intelligence through engaging and interactive storytelling.
Middle school students delve deeper into the world of drones, exploring advanced concepts and real-world applications, and learning to program drones for complex tasks.
This class encourages students to think like entrepreneurs, guiding them from the ideation phase through to marketing their inventions, fostering creativity and business acumen.
Explore how everyday objects can be interconnected and controlled through the Internet, understanding the basics of IoT and its potential to transform daily life.
Students advance their robotics skills by coding mBot robots for specific tasks, applying problem-solving and critical thinking in real-world scenarios.
Explore advanced 3D printing techniques, focusing on design principles, material selection, and the application of 3D printing in various industries.
Peek into artificial intelligence, using Python to create AI models that can solve problems, make decisions, and understand complex patterns.
Introduces students to the fundamentals of cybersecurity, teaching them how to protect digital information and understand the importance of cybersecurity in today's world.
High school students engage in the advanced study of drones, focusing on design, coding for autonomous flight, and evaluating their effectiveness in real-world scenarios.
Discover what AI is through interactive activities, understanding how it can recognize patterns and make decisions, using examples like animal recognition.
Students learn the basics of drone operation and safety, then use Scratch Jr. to simulate drone flights, exploring the fun side of technology.
This class introduces the basics of hydroponics to students, showing them how plants can grow in water without soil, sparking an early interest in sustainable gardening.
A collection of hands-on, design based activities where students hone their critical thinking, creativity, and collaboration skills through ideation and iteration. Young learners establish foundational skills in collaboration, engineering, and innovation that will prepare them for a lifetime of STEM exploration.
Children are introduced to the concept of robots, learning about their various uses in the world and beginning to explore how they are programmed.
Let's play! This unit involves students in grades 3-5 acquiring knowledge and skills of electricity and circuitry using Snap Circuit kits. Students design and build a functional arcade game with everyday materials as they experiment with circuitry elements and build their knowledge of energy and electricity. The theme of classic arcade gaming is woven throughout the 15 lessons and used to build the criteria for the final arcade game project.
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!
Students will learn the fundamentals of block-based and text-based coding as they design their own custom online arcade games. Through 15 lessons, students are introduced to game design essentials such as probability, level design, powerups, character customization, and more! Upon completion of the course, students will have designed real, playable, arcade games of their own.
A course that prepares students with all of the content knowledge they need to take and pass the FAA Part 107 exam, ranging in topics from the aviation industry, FAA regulations, airspace classification, map reading, pre-flight procedures, flight operations, and more. What’s the X-Factor? Students get to apply their knowledge through hands-on drone activities!
Introduce young learners to hands-on engineering principles and spatial reasoning through an exploration of 3D shapes, materials, size and scale, art, and prototyping.