Understand the principles of 3D printing technology and its applications in education;
Familiarize themselves with various 3D printing software and hardware;
Develop hands-on experience in operating 3D printers and preparing 3D models for printing;
Gain a basic understanding of robotics concepts, including mechanics, electronics, and programming;
Learn how to assemble and program simple robots using various robotics kits;
Explore different types of robots and their applications in education;
Develop computational thinking skills and problem-solving abilities through robotics programming;
Explore innovative pedagogical approaches to incorporating 3D printing and robotics into the classroom;
Learn how to design and implement engaging cross-curricular projects using these technologies;
Develop strategies to assess student learning and promote creativity, collaboration, and critical thinking through 3D printing and robotics activities;
Cross-cultural Collaboration and Sharing of Experiences;
Promote a global perspective on the application of 3D printing and robotics in education;
Facilitate the development of collaborative projects that utilize the expertise of teachers from diverse backgrounds;
Design and create engaging 3D models and robotic projects that align with educational objectives;
Integrate 3D printing and robotics into various subject areas, including STEM, arts, and humanities.


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