Posted on 08/14/2018 10:51:51 PM PDT by 2ndDivisionVet
After a successful run earlier this year, Massachusetts Institute of Technology (MIT) will offer another session of its online Additive Manufacturing course, led by Professor A. John Hart.
(VIDEO-AT-LINK)
Learn how to design for additive manufacturing
Additive manufacturing (AM) has applications across manufacturing, and Additive Manufacturing for Innovative Design aims to help learners understand how AM will transform the way products are designed and delivered. The syllabus is designed to prepare professionals for implementing 3D printing processes in their own organizations, bridging the gap between the opportunities enabled by AM and the skills necessary to implement it across multiple industries.
The video below, one of more than 80 videos featured in the course, illustrates both the course’s production quality and its core pedagogy: the most successful learning experiences are those which connect the engineering principles behind each process with its capabilities, demonstrated using real-world examples and detailed examination of the components made by AM.
(VIDEO-AT-LINK)
Over the course of 11 weeks, participants will learn:
– The AM vocabulary and workflow.
– The fundamentals of each major AM process, and its associated materials and performance metrics.
– The applications and unique value propositions of AM, spanning from prototyping to production and service operations.
– The design and performance space of AM, including generative design and lattice structures.
– How to design AM parts for production by combining engineering intuition with AM-specific knowledge and AM process, using advanced, cloud-enabled software tools.
– How to prepare parts to be 3D printed.
– How to evaluate the cost and performance value of producing parts via AM, using quantitative models unique to the course.
– A future-forward perspective on how AM, and the broader digitization of production, will change the dynamics of supply chain
Course instruction
The course was developed by A. John Hart, MIT Associate Professor of Mechanical Engineering and director of the Laboratory for Manufacturing and Productivity (LMP) and MIT’s Center for Additive and Digital Advanced Production Technologies (ADAPT). Some of Professor Hart’s previous work has included development of FastFFF – dubbed the speediest desktop 3D printer to date – and an antibacterial filament made from cellulose.
Joining Professor Hart in instructing the course are 5 other MIT faculty members from the departments of Mechanical Engineering Electrical Engineering,Computer Science, and Materials Science. Additive Manufacturing for Innovation Design and Production will also feature dozens of industry experts from companies like GE, Volkswagen, Autodesk, and Deloitte.
At the end of the course, participants will be awarded an Additive Manufacturing Professional Certificate and earn 4.5 Continuing Education Units (CEUs) from MIT.
As a mechanical designer in both the
civilian and military sectors, we’ve
had the ability to 3D print parts
since about 2005. Only the print
media has changed. I don’t see the
need to take MIT classes, when
a local community college offers
the same opportunity.
Got to have directors, VP’s, C3DO’s and other pointy-haired bosses. Can’t have it being a blue collar phenomenon, somebody’s got to have the gold-plated titles. Who better than MIT? They’re a marketing and sales organization with a product to sell, too you know.
I’d love to see my local community college offer something like this.
My first 3D printed parts we in 1996. They were prototypes for a line management piece that clipped onto hospital patients and equipment to manage IV lines, etc - Selective Laser Sintering.
I’ve since used probably every type of 3D printed parts. We now include them for low volume production parts in the satcom industry.
We desperately need higher resolution for some of our more expensive components. Currently, we spend millions upon millions of dollars to perfect and control the manufacturing processes of brazed aluminum rf components that would be perfect for 3D printing.
Al Gore discovered 3D printing.
From 1988 until 2005 I worked at a bus
manufacturing plant. We could have used
this technology, but I’m guessing the
company didn’t want to invest.
When I started working for the military,
they had a powder bed printer using
gypsum as the printing media. It wasn’t
capable of printing large parts
though.
Very true. 3D CAD design is offered
at most colleges. MIT’s marketing
is misleading, making it sound like
they’re offering something new.
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