Siemens, University of Michigan to Accelerate Metal Additive Manufacturing

Siemens Digital Industries Software has collaborated with the University of Michigan (U-M) Center for Academic Innovation to advocate for the mainstreaming of additive manufacturing and development of the future workforce. Collaboratively, the two have debuted a new Massive Open Online Course (MOOC) called "Introduction to 3D printing with Metals." The free, open course aims at professionals, students, as well as enthusiasts, providing full-fledged views into the subject of metal 3D printing.

Created in partnership with Chinedum Okwudire, a U-M professor of mechanical engineering, and Dr. Nathaniel Wood, the course addresses important concepts and real-world applications of metal 3D printing. Students will be familiarized with various metal printing technologies, including powder bed fusion, jetting-based processes, and direct energy deposition processes. The curriculum covers the whole additive manufacturing process, from the design and pre-processing to post-processing and finishing of the part, providing a balanced view of strengths and limitations of the technology.

“Metals additive manufacturing has huge potential to revolutionize how products are delivered, enabling freedom of form and mass customization at an industrial scale. To realize that potential, industry needs a workforce that is knowledgeable about all aspects of the processes, how best to implement them to solve real engineering challenges and avoid the common pitfalls,” said Aaron Frankel Vice President at Part Manufacturing New Solutions Introduction and Additive Manufacturing, Siemens Digital Industries Software. “Our work with U-M brings together their team’s research knowledge with our industrial expertise to deliver an accessible and open educational resource that will help provide the next generation of engineers with the skills they need to change the world.”

“The goal of this course is to broaden the knowledge and engagement in metal additive manufacturing across a diverse and global audience that can help advance society through this game-changing technology,” said Okwudire. “Siemens’ support, both from a financial and knowledge point of view has been instrumental in the development of this course and we look forward to building a more diverse, equitable, and inclusive workforce trained in metal additive manufacturing.”

A highlight of the course is its hands-on learning model. Learners will have first-hand experience through virtual reality simulations that are made available via desktop or smartphone, coupled with case studies and expertise from industry specialists. Siemens and U-M look to close the skills gap in advanced manufacturing by empowering learners with tangible skills and promoting wider industry adoption of metal 3D printing.