Open Session Model for 3D Modeling and Printing
Duration: Each session runs for 90 minutes. Students can book longer sessions by booking back-to-back sessions on applicable days.
Explore Leading Software: Dive deep into the world of 3D modeling with Tinkercad, an intuitive, browser-based 3D design tool perfect for beginners, and Fusion 360, a professional-grade tool used by engineers and designers worldwide. Our curriculum covers the essentials of both platforms, ensuring students gain a well-rounded understanding of 3D modeling.
Choose Your Projects: While we have a structured curriculum to introduce the tools and techniques of Tinkercad and Fusion 360, students also have the freedom to choose specific projects they're passionate about. Whether it's a custom toy, jewelry, or a household item, the sky's the limit!
Guided Progression: Not sure where to start? Our instructors are here to help. They'll suggest projects, assist with the software, and ensure you progress effectively from basic designs to more complex creations.
Flexible Scheduling: Sign up for the sessions that best fit your schedule. Although you can book sessions individually, our classes are designed to offer a continuous, building-block approach to learning.
All Levels Welcome: Whether you've never heard of Tinkercad before or you're a Fusion 360 enthusiast, our sessions are tailored to accommodate all levels of experience.
Price: $25/session

What will you learn?
Modeling Basics: Dive into the 3D space, learning the tools and techniques to create your first 3D model.
From Screen to Reality: Understand the entire 3D printing process, from exporting your digital model to calibrating a 3D printer.
Advanced Techniques: For those looking to push boundaries, explore intricate modeling techniques and advanced printer settings.
Real-World Applications: Discover the numerous applications of 3D printing, from toys and games to practical household tools.
Material Exploration: Not all prints are the same! Learn about different printing materials and their unique properties.
Images by FreePik.com