
From Concept to Reality: How Robots Are Building Homes
The construction industry, long known for its reliance on manual labor and traditional techniques, is undergoing a quiet yet monumental
Everything you need to launch your drone coding program, seamlessly bundled.
Well-tested, rigorous, and loved by teachers, aligned to national and state Computer Science, CTE, and Technology Standards for comprehensive STEM learning.
Our team is here to help you every step of the way, from setup to implementation to future enhancements, ensuring a smooth experience with our programmable robots and technology in the classroom.
Chromebook compatible, secure, and zero installation required for easy classroom adoption.
Choose your desired robotic form, all compatible with our easy-to-use software and tailored STEM Curriculum.
Equip students with the technical foundation and problem-solving skills to innovate the future of AI and Robotics systems through hands-on learning with coding robots.
No software installations are required – – it just works!
Level: Middle School
Coding: Block Coding, Python
Description: Introduce students to the basics of robotics with our STEM robot kits, including mechanics, sensors, coding, and control systems.
Level: High School
Coding: Python
Description: Explore the fundamentals of engineering principles and their application in robotics.
Level: High School
Coding: Python
Description: Design, evaluate, and test algorithms and programs for real-world applications with coding robots.
Level: High School
Coding: Python
Description: Study the principles of manufacturing automation using robots and computer systems, focusing on efficiency, precision, and innovation.
Level: High School
Coding: Python, Java
Description: Dive into advanced robotics concepts such as autonomous navigation, computer vision, and AI algorithms.
Level: High School
Coding: Java
Description: Hands-on robot exercises and challenges to supplement the journey of learning Java, preparing students for the AP CSA exam through engaging robotic applications.
Evidence-based curricular interventions and rigorously tested content that free teachers to focus on teaching.
Scale from weeks to multi-year pathways for CS, STEM, and CTE Programs.
Research-backed pedagogical approaches that support differentiation, project-based, collaborative, and individualized learning.
Short videos provide visual engagement with code examples, physical concepts, and computer science principles.
Worksheets, mini-projects, and capstone projects with a scientific approach, critical thinking, and multidisciplinary applications.
Teacher guides, course rubrics, code examples, and solution videos for formative and summative assessment.
The construction industry, long known for its reliance on manual labor and traditional techniques, is undergoing a quiet yet monumental
The evolution of supply chain management has always been about reducing costs and improving efficiency. Today, warehouse robotics are transforming
LiDAR technology has rapidly advanced, bringing transformative possibilities across diverse fields like environmental conservation, autonomous vehicles, and urban planning. For
Well-tested, rigorous, and loved by teachers, aligned to national and state Computer Science Standards