Artificial Intelligence (AI) is set to be one of the most important technologies of the future, and this construction set is designed to inspire early interest in this field. The fischertechnik Add On: AI introduces students to the fundamentals of AI in an engaging and hands-on way, providing a solid foundation for understanding how AI technologies function.
The set includes three models, each with different levels of difficulty, showcasing the wide range of AI applications. These models offer a perfect starting point for students to explore this cutting-edge technology. Accompanying the set are educational materials tailored for classroom use, which help to deepen students' comprehension of AI concepts and their potential real-world applications.
Get started with professional-grade data logging and Internet of Things (IoT) technology with the fischertechnik Robotics Add On: IoT. This expansion set, used in conjunction with the Robotics Base Set, allows students to create a stationary sensor station capable of measuring air temperature, humidity, air pressure, air quality, and brightness.
The sensor station can be programmed and controlled using the ROBO Pro Coding software and the ROBOTICS TXT 4.0 controller. It is an excellent tool for teaching critical concepts such as data logging, programming, and the application of actuators and sensors.
The collected sensor data is stored in a cloud memory via the connection to the TXT 4.0 Controller, where it can be accessed, analyzed, and graphically displayed. The user interface, known as the “Dashboard,” allows continuous monitoring of various sensor data and enables remote control of a camera that swivels on two axes.
This set includes teaching materials that provide six experiments along with their solutions, making it a valuable addition to any IoT learning module. Key learning objectives covered include data acquisition, network connections, cloud computing, and the fundamentals of IoT.
This educational construction set is perfect for aspiring machinists, technicians, and engineers. It provides answers to essential questions like how a drive shaft or manual transmission works, what a planetary gear is, and how to build a stable bridge. With 30 different models, this set covers key topics aligned with STEM curricula in physics, technology, and natural sciences, helping students build a solid foundation in mechanical and technical principles. Mechanics 2.0 is suitable for both guided and independent learning and is already widely used in schools.
Fischertechnik's innovative learning materials effectively teach technical concepts in a hands-on manner, making them accessible to secondary school and college students, as well as apprentices. The included didactic activity booklet, complete with teacher resources and instructional materials, provides display models, tasks, problem-solving exercises, handouts, and copy templates to streamline lesson preparation.
The set includes 500 fischertechnik parts, neatly organized in two sorting trays, all contained in a durable storage box. Clear assembly instructions guide the construction of 30 models, varying in difficulty.
Through self-directed, app-guided learning, students are introduced to everyday tasks, beginning with simple exercises and gradually moving towards more complex circuit challenges. With the help of an easy-to-use controller, a variety of practical sensors and actuators, an intuitive programming app, and durable fischertechnik components, students can apply their knowledge to real-life situations. This hands-on, problem-solving learning method helps students develop technical, methodological, personal, and social skills at various levels. In today’s world, digital literacy and basic programming skills are crucial elements of secondary education. The STEM Coding Max kit provides this essential education through engaging, well-structured, real-world examples, ensuring students acquire these vital skills in an interactive and educational way.
Through self-directed, app-guided learning, students are introduced to everyday tasks, beginning with simple exercises and gradually moving towards more complex circuit challenges. With the help of an easy-to-use controller, a variety of practical sensors and actuators, an intuitive programming app, and durable fischertechnik components, students can apply their knowledge to real-life situations. This hands-on, problem-solving learning method helps students develop technical, methodological, personal, and social skills at various levels. In today’s world, digital literacy and basic programming skills are crucial elements of secondary education. The STEM Coding Max kit provides this essential education through engaging, well-structured, real-world examples, ensuring students acquire these vital skills in an interactive and educational way.
This construction kit is packed with a variety of physical principles. The STEM Simple Machines set explores the foundations of various tools and machines, including levers, pulleys, and inclined planes. Students don’t just learn about complex mechanical systems like differential gears; they also get to study everyday objects in depth, sparking those 'aha' moments. For example, the mechanics behind a screw clamp or a pulley system are just a few of the fascinating mechanical functions students will explore. The kit also includes a spring balance, allowing students to measure and verify their experimental results.
Why is a triangle so important to the world of statics? Where do we encounter this everywhere in everyday life? These and other statics principles will be explored in a simple and clear way using fischertechnik's STEM Statics Advanced and practical model examples. We will explore topics such as compressive and tensile forces, and statics and forces in the equilibrium. We will be able to measure and check the results of the practical experiments with the help of the spring balance included in the kit. Pupils will have fun and discover the spirit of discovery as they internalise physical ways of thinking and working, and consolidate what they have learned in the long term.