Rob Cohee, Industry Solution Evangelist from Autodesk's Manufacturing Industry Group, has been entertaining the design and manufacturing industry for quite some time with his fun, informative, and sometimes irreverent video demos. Now he takes on green product design using Sustainable Minds LCA software. (Even though Rob's met us, I don't remember wearing my 'steel-toed Birkenstocks' that day. How did he know?)

What's great about Rob's demo is that he shows off the usefulness and ease of use of Sustainable Minds. It's easy to learn and use, but most importantly, it provides meaningful and actionable results. Rob was very quickly able to model the environmental impacts of a wine bottle opener made from aluminum, and based on the results, explore alternative materials (plastic) and end of life methods to improve the environmental performance. Importing the BOM from Autodesk Inventor made the process even faster.

There is no such thing as a 'green' product.
All products use materials and energy, and create waste. There is no explicit definition of what 'green' means. Industry groups and third-party certifiers are working on definitions and standards, but, as yet, there is no standardized set of metrics to qualify a product as 'green.' The best we can do is make products greener than the ones we make today.

This post by guest contributor Steve Puma, a sustainability and personal technology consultant, first appeared on Triple Pundit. His personal blog, ThePumaBlog.com, deals with the intersection of sustainability, technology, innovation, and the future.

Paper or plastic? Diesel or hybrid? Extrude or blow-mold? Some of the most difficult problems in designing sustainable products involve making the right choices in materials, processes and transportation methods. However, choosing the options that will actually have a lower environmental impact is much more complex that one would think.

Deciding what metrics to use, where to draw the boundaries and how to compare wildly different materials is a highly involved and technical art known as Life-Cycle Analysis, or LCA. Sustainable Minds, a Boston-based software company, is making LCA much more accessible to designers with its new web-based software service. I was recently able to see the software in action at a seminar entitled, “Mastering Environmental Impact Assessment in the Design Process.”


A green destination is inevitable for every American company. How that is achieved is the point of this blog post. At the outset, I’ll just say this: those companies that follow the defined path toward sustainability may survive, but those that chart their own course will become leaders, and thrive in the new business environment that is upon us.

It’s easy enough to find the soon-to-be well-trodden path; a Google search or quick meeting with a consultant will reveal literally hundreds of cases, articles and essays that can be used to put your company on the path of sustainability. However, the fact is that the optimal path is different for every company. Organizational drag, budgetary considerations, and the technologies employed will affect the complexity of the mission to make the company and its products more sustainable.

A basic law of the organization is that it makes its own survival paramount. In that, it’s no different from any evolutionary model. For that reason, it is vital to understand the organizational landscape in order to accomplish anything worthwhile. Understanding this landscape provides a starting point, a direction, and a route, highlighting obstacles and opportunities along the path to sustainability. In short, the organization is its own environment, within the larger environment we all inhabit.

This post is by Christopher X J. Jensen, Ph.D. assistant professor in the Department of Mathematics and Science at Pratt Institute. He is also active in Sustainable Pratt's efforts to bring ecologically-conscious practices to the campus and beyond. Christopher was an active participant in Sustainable Minds’ life cycle analysis (LCA) workshop at Pratt Institute on May 23^rd, and wrote an extensive review of the event.

Quantitative sustainability and the practice of life cycle analysis