This course examines an emerging product manufacturing paradigm known as “digital manufacturing” that is rapidly disrupting how everyday objects are designed and made. Digital manufacturing is catalyzed by the maturation of several key technologies, including data-driven artificial intelligence (machine learning), computer-aided design (CAD), self-guided robots and additive manufacturing (aka 3D printing). From children’s toys, to food, to replacement body parts, digital manufacturing is enabling new business models and product innovation. This course does not require previous in depth technical or manufacturing experience. Each class will consist of 60 minutes of engaging and jargon free lectures, followed by 30 minutes of in-class questions and discussion.

Melba Kurman is the author or coauthor of many articles and three books that have sold more than 400,000 copies in eight languages. Before becoming a writer, Melba honed her analytical and storytelling skills at Microsoft and Cornell University, where she mastered the art of conveying complex technical information to intelligent and busy non-experts. These days, Melba is a faculty member at Singularity University, where she gives talks about cities and technology, driverless vehicles, and artificial intelligence. Melba lives in the Berkshires and the New York metro area with her husband and son. Melba is a proud alum of Cornell University, the University of Illinois, and the United States Peace Corps (Liberia).

This course will be co-taught by guest speaker Dr. Hod Lipson, Chair of the Mechanical Engineering Department and Professor of Engineering and Data Science at Columbia University. Dr. Lipson has spent decades designing and building robots and 3D printing techniques that are increasingly intelligent and ever more creative. At Columbia, Hod oversees the Creative Machines Lab, where he and his students design and build machines that can make 3D print food, new robots thatpaint original art and physically express human-like emotions. Hod’s scholarly research publications have been cited more than 45,000 times, making him one of the world’s most influential roboticists. He is an award-winning technology communicator and frequently invited speaker at industry and academic events such as TED, the National Academies, and corporate executive briefings.

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