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edukyte’s STEAM Class Kit is a comprehensive learning toolkit designed to bring STEAM education in classrooms. It includes durable storage containers, teacher support materials, and standards-aligned lessons designed to engage every student. The lessons are aligned with NGSS (Next Generation Science Standards), CCSS (Common Core State Standards), and CSTA (Computer Science Teachers Association) guidelines, ensuring quality and relevance.

Printed materials are provided to make implementation easy, and reflection prompts help students and teachers track progress while promoting self-expression and critical thinking. The kit also includes a Computer Science course with a curriculum aligned to standards, designed for hands-on classroom learning. Through creative coding activities, students explore core STEAM principles while developing programming skills.

By the end of the course, students master essential concepts like using sensors, loops, conditionals, variables, and functions. They also transition from block-based coding to writing simple programs in JavaScript, preparing them for future success in technology and innovation.

Bring data from Space into your classroom. Run your code on real satellites in space

The space science pack provides all of the tools you will need to get your students designing and running their own experiments—in space. Students from grade 9+ can collect data, analyse the data, and publish their experiment to world-wide community. The space science pack provides teachers with resources that enable their students to conduct hands-on experiments using the Sensor Kits. The materials help students learn the fundamentals of remote sensing, coding, and other STEM-related concepts. 

Unmanned Ground & Aerial Vehicles

We also offer advanced drone technology solutions designed to enhance learning experiences in educational settings.

UGVs: Build and configure rugged rovers to manually and autonomously navigate challenging outdoor terrain, avoid obstacles, and perform complex tasks.

UAVs: Design, build, and program drones for aerial search and rescues, GPS-guided crop dusting, autonomous deliveries to remote locations, and other compelling industry-related challenges.

Electronics and programming tools are perfect for sparking creativity and innovation in students and hobbyists. These kits are designed to make learning fun and engaging by combining hands-on activities with essential skills. With versatile components, students can experiment endlessly, creating projects that range from simple circuits to complex inventions.

Our tools support collaborative, project-based learning where students can problem-solve and work together to build innovative solutions. Some kits come with advanced features, like programmable robots or internet-connected devices, making them ideal for learners ready to explore programming, music, logic, and hardware interaction.

For beginners, we offer user-friendly programming tools that teach basic skills through simple, step-by-step projects like building a robot. Advanced learners can explore more complex tools that unlock endless possibilities, including coding with JavaScript and integrating with various hardware for enhanced functionality.

These resources inspire students to think critically, develop practical skills, and create unique projects while building a solid foundation in electronics and coding. Perfect for grades 9 and up, they help nurture the inventors and problem-solvers of tomorrow.

Robotics offers an exciting and hands-on way to explore engineering, programming, and creative problem-solving. Our humanoid robots provide an engaging platform for interaction, allowing users to communicate naturally through voice and movements. These robots can recognize faces, learn preferences, and even adapt to individual habits over time, making them a dynamic tool for both learning and personal use.

We also different robots that bring coding and robotics to life by enabling activities such as creating dances, navigating environments, or catching objects. These activities make programming tangible, interactive, and fun for students while holding their attention during lessons.

For younger learners, we have kits that introduce fundamental concepts of engineering and coding through creative assembly and programming tasks. These kits often include guides, lessons, and software, ensuring students of all skill levels can build, control, and customize their robots.

By combining robotics with STEAM education, students can develop critical skills like teamwork, creativity, and problem-solving. Robotics programs also encourage innovation, helping learners connect classroom concepts to real-world applications in exciting and meaningful ways.

Our solutions transform classrooms into hands-on science labs where students can explore a variety of disciplines. With wireless sensors and built-in probes, setup and calibration are quick and easy, saving time for teachers and reducing the need for traditional lab equipment. These tools are designed to work seamlessly with modern classroom technology, including Chromebooks, tablets, interactive whiteboards, and online learning platforms.

Students can engage in experiments without complicated setups, making science learning more interactive and efficient. Teachers can focus on teaching rather than troubleshooting equipment, enhancing the overall learning experience. These solutions also make it cost-effective for schools to offer advanced lab experiences without the need for expensive infrastructure.

The sustainable energy set is a comprehensive tool for teaching renewable energy concepts. It includes versatile components like an electrolyzer, fuel cells, and solar and wind experiment kits, offering a wide range of hands-on activities. The modular design makes it easy to set up and use, ensuring flexibility for different types of experiments.

Students can explore various renewable energy applications, such as hydrogen energy, solar power, wind energy, and even automotive solutions. This set helps students understand sustainable energy technologies in an engaging and practical way, promoting critical thinking and innovation.