In today’s education world, STEM education is in the spotlight.
It focuses on the integration of multiple disciplines, such as science, technology, engineering, and math, and is like building a castle out of different colored blocks. It helps learners understand more thoroughly and learn to apply their knowledge in real-world situations.
Here are some awesome STEM kits that include multidisciplinary integration.
RokitSmart STEM Kit
Features
The RokitSmart STEM Kit is a treasure box of knowledge that creates a rich, multidisciplinary educational experience for students. Here, students can literally feel the connections between all areas of STEM. With this kit, students can work on a variety of interesting projects. For example, they can build a simple automated sensor device, using math to calculate the dimensions and angles of the device, applying scientific principles to understand the mechanism of sensing, relying on technology to select the right materials and tools, and programming the device to work as intended. In this way, students’ programming skills, problem-solving skills, and critical thinking skills can be well practiced. According to a survey conducted by an educational research organization, students who learn with the RokitSmart STEM Kit show an average of 20% improvement in their ability to solve complex problems as measured by the General Abilities Assessment.
Age Appropriate
Whether you’re new to the STEM field or an intermediate learner with a solid foundation, you’ll find the right content and challenges in the RokitSmart STEM Kit. For beginners, the introductory programs are easy to understand and stimulate interest, while for intermediate learners, the advanced programs meet their needs for further exploration and advancement.
Learning Content
Starting with the basics of programming, students can master how to write commands to make devices perform specific actions; delve into the field of robotics to understand how robots are constructed and how they operate; and in engineering, learn to design and build practical structures and devices.
Makeblock mBot
Features
Makeblock mBot is an awesome Arduino-based robotics kit. It’s like a magical little world that combines programming, electronics and robotics. Students can use Scratch, a fun and simple graphical programming language, or the Arduino programming language to give commands to the robot, directing it to move forward, backward, turn, and even accomplish more complex tasks. In the process, students not only learn about programming, but also gain an in-depth understanding of the key role of electronics in the operation of robots and the mysteries of robotics. In many schools, the introduction of the Makeblock mBot has resulted in a dramatic increase in students’ interest in programming and robotics and a 30% increase in the number of students participating in related technology clubs.
Age Appropriate
The Makeblock mBot is a great challenge for children ages 8 and up. Children in this age group have the hands-on and logical thinking skills they need to navigate the kit and start exploring the world of technology.
Learning content
This program is centered around robotics, learning to build, program, and control robots, as well as gaining insight into the use of electronics and engineering design concepts in the construction of robotic structures.
ACEBOTT STEM Edu Kit
Features
ACEBOTT’s STEM Edu Kit opens the door to the world of smart homes. It carefully constructs smart home scenarios that cover a variety of practical areas such as smart lighting systems and environmental monitoring. Students are like smart home designers when using this kit. They have to use scientific knowledge to understand the principles of environmental monitoring, use technical means to select appropriate sensors and controllers, build system architecture through engineering methods, and also use mathematical knowledge to process and analyze data. This series of operations gives students a deep appreciation of how science, technology, engineering and math are closely integrated and synergistically applied. In one school where the kit was used in the curriculum, the average score of the students in the practical exams of the relevant subjects increased by 15 points.
Age Appropriate
The ACEBOTT STEM Edu Kit can be used by beginners with little or no knowledge of STEM, or intermediate learners who already have a certain knowledge base. Beginners can start from the basic intelligent lighting system construction and gradually master multi-disciplinary knowledge; intermediate learners can challenge themselves with more complex environmental monitoring system optimization projects.
Learning Content
Focusing on intelligent system design, learn how to use programming to realize intelligent control, and how to integrate multi-disciplinary knowledge in engineering applications to create practical smart home systems.
LEGO Education SPIKE Prime
Features
SPIKE Prime is a fun and creative technology playground for children aged 6-11. With a wide variety of projects, children can explore the mysteries of programming and engineering. To build a simple robotic arm, children need to use math to determine the length and joint angles of the arm, use scientific principles to allow the arm to move flexibly, use technology to choose the right LEGO parts to build, and then program the arm to complete actions such as grasping objects. This process fully integrates the knowledge of science, technology, engineering, and math, which greatly cultivates children’s creativity and problem-solving ability. Educational evaluations show that after using SPIKE Prime for a period of time, children’s scores on creative design tests increase by an average of 25%.
Age Appropriate
SPIKE Prime is designed to meet the cognitive level of 6-11-year-olds who are curious and inquisitive. The design and level of difficulty of SPIKE Prime will stimulate their interest in STEM fields.
Learning Content
Programming learning allows children to master basic programming logic and instruction usage; engineering design develops children’s ability to design and build various structures; and scientific principles learning helps children understand the science behind the project, such as the principle of mechanical motion.
These excellent STEM kits, through the skillful integration of multiple disciplines, are like a key to help learners better understand and apply STEM knowledge, planting the seeds of innovation and practical ability in their hearts and helping them shine in their future learning and life.