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Step into the next level of 3D printing in education
This advanced course explores the sophisticated applications of 3D printing in teaching. Participants will refine their skills to design and create custom teaching tools for complex math concepts, bridging advanced technology and pedagogy to enhance student engagement.
What you’ll gain:
The ability to create tailored, innovative teaching aids for advanced math concepts.
Advanced insights into integrating 3D-printed tools into interdisciplinary STEAM curricula.
COURSE OBJECTIVES
COURSE OBJECTIVES
🖋️ Master the art of designing advanced teaching tools
Develop educational materials that address complex classroom needs and elevate the learning experience.
🛠️ Advance your 3D design and fabrication skills
Refine your ability to design, model, and print sophisticated 3D objects for specific educational purposes.
KEY BENEFITS
KEY BENEFITS
✨ Create innovative, customized learning tools
Design and implement materials that clarify advanced math concepts, making them engaging and accessible.
📈 Transform STEAM education with cutting-edge practices
Utilize advanced 3D printing techniques to foster deeper understanding and enthusiasm in mathematics and STEAM disciplines.
Module 1: Fundamentals of 3D Printing and Advanced Software
Module 1: Fundamentals of 3D Printing and Advanced Software
Build on your prior knowledge of 3D printing. Dive into advanced modelling tools like Fusion 360 to create complex designs.
Module 2: Developing Advanced Math Manipulatives
Module 2: Developing Advanced Math Manipulatives
Design and print manipulatives for teaching concepts like trigonometry, calculus, or 3D geometry. Explore tools like tessellation models and paraboloids.
Module 3: Interdisciplinary Projects
Module 3: Interdisciplinary Projects
Create innovative, real-world projects integrating math with other STEAM fields, such as physics, engineering, or biology.
Module 4: Capstone Project
Module 4: Capstone Project
Design and present a unique 3D-printed teaching tool and an accompanying lesson plan that integrates Mathematics and/or STEAM concepts.
Create an advanced teaching tool
Design and print a sophisticated 3D object tailored to teaching a complex math concept.
Develop a detailed lesson plan
Write a comprehensive guide for using your tool effectively in the classroom.
Present and refine your project
Share your work with peers for constructive feedback to maximize its educational impact.
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