This course offers practical knowledge and will benefit shop floor personnel, decision making management, or anyone interested in learning more about this field.
Adopted in the world of Additive Manufacturing, 3D Printing helps increase flexibility in the production flow and reduces industrial expenses while enabling faster innovation and mechanization. SolidWorks, one of the first 3D modeling solutions in the market, allows Engineers to transform their models into a 3D model that can be printed in 3D.
SolidWorks for 3D printing shows participants the process involved in creating a physical object from an abstract concept. Through projects, students will practice the skills to transform an idea into a design and then convert it into a physical, 3-dimensional, prototype of the product. Also, students will have the opportunity to prepare for the SolidWorks Certified Additive Manufacturing exam – CSWA – Additive Manufacturing.
This course offers practical knowledge and will benefit shop floor personnel, decision making management, or anyone interested in learning more about this field.
Course Highlights:
Introduction to Additive Manufacturing
Machine Types
3d Printing Materials
Surface, Solid and Mesh Model Preparation
File Export and import Settings
3D Scan to 3D Print - Point clouds to mesh model creation
Machine Preparation
3D Printing the Part
Post Printing
Part Finishing - Plastics vs metals
Software to support the 3d printing process
At UC San Diego Division of Extended Studies, we believe great social and economic prosperity comes from integrating the collective knowledge of the university, community leaders and professionals. Division of Extended Studies strives to combine local impact with national reputation and global reach.
This course is an introduction to 3D printing. The course will cover important settings for 3d printing such as infill, layer height, materials, speed, etc, as well as going over where to find those things in the slicing software and making adjustments
This class offers introduction to 3D design. Students work on hands-on projects and learn how to use Computer-Aided Design (CAD) software to create their designs. They see 3D printers in action and take home their own creations!
Application of fundamental technologies in 3D printing and additive processes for polymers, metals, composites, and biomaterials. Equipment, process, and material selection for design applications such as electronics, medical devices, aerospace, vehicles and consumer products
Learning how to create 3D printable geometry in various applications; AutoCAD, Revit, Rhino, 3D Studio Max. Prepare your design for 3D printing and check for errors. We will discuss the various techniques for repairing errors.
3D printing is an exciting way to take an image and turn it into something tangible. You can come up with something totally unique or print a pre-made design from the internet.
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