Description
Principaux enseignements
- Explain the process of metal additive manufacturing, namely laser powder bed fusion
- Identify key variables that affect the quality of a metal 3D-printed part
- Apply sustainable best practices to influence the design and make of a metal 3D-printed part
- Implement design variables to your workflow using Netfabb and Netfabb Simulation Utility
Intervenants
- Brian JeongBrian is a Senior Research & Design Engineer for the Autodesk Technology Centers working out of the Toronto, Canada location. Brian has been involved in numerous projects, working with residents in the Autodesk Outsight Network, Autodesk Product teams, and Autodesk Research. Brian has a background in automotive engineering/manufacturing, additive manufacturing, laser powder bed fusion, and design.
- Tyson FogelTyson Fogel is a Research & Design Engineer at Autodesk working out of the Toronto Technology Centre. With a passion for sustainable design, he actively contributes to applied research initiatives, leveraging his extensive experience in additive manufacturing, construction, bespoke wood fabrication, and industrial automation to bring ideas to life. Tyson's unwavering commitment to innovation and expertise in design and prototyping serves as a catalyst, encouraging others to push the boundaries of design and manufacturing
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