Engineers’ projects in focus as campus makerspace holds first “reverse career fair”
“It’s a great way for students who have been making a wide range of projects and prototypes to show them off,” says the event coordinator.
“It’s a great way for students who have been making a wide range of projects and prototypes to show them off,” says the event coordinator.
Researchers may be able to harness relatively simple technological tools to create a solution that is easy, efficient and economically viable.
The Wisconsin Electric Machine and Power Electronics Consortium, a UW-Madison research group, is known and respected for power engineering and electrical machines and generators. It provides a big assist to that industry in Wisconsin.
Conveyor maker Nercon’s leaders learned new productivity techniques from UW-Madison’s Engineering Professional Development department.
The unique machine, the first of its kind in North America, is capable of milling in three dimensions with nanometer precision.
A Madison lab is using the university’s quick response manufacturing techniques to bring products to market more quickly and improve profits.
After seeing firsthand the technologies that Oshkosh Corporation is building in Wisconsin and sending around the world, UW-Madison Chancellor Rebecca Blank stressed the value of collaboration between premier public research institutions and companies such as Oshkosh, which employs nearly 100 UW-Madison alumni.
For University of Wisconsin-Madison plastics engineer Tim Osswald, the Wisconsin Idea is about taking the extra step: taking research out of the lab.
A University of Wisconsin-Madison polymer engineer has received the 2015 Outstanding Young Manufacturing Engineer Award from the Society of Manufacturing Engineers. Natalie Rudolph, an assistant professor of mechanical engineering, is among 11 recipients who will receive the award in 2015.
A new trans-disciplinary research institute in the University of Wisconsin-Madison College of Engineering is being created to drive technological advances that will enhance the success of U.S. industries and drive economic growth in the nation.
Materials science, computing and manufacturing have all evolved into formidable forces on their own in recent years. Support for materials innovation is surging; computing and information are taking on an ever more powerful role in research; and American manufacturing faces a transformation at the hands of the “maker” movement and of major government and industry initiatives.
Sporting sleek cases, sensitive touch screens, and an ever-increasing array of features, today’s smartphones and tablets provide consumers unparalleled mobile computing capability.
Featuring a broad swath of leading-edge research from around the world, an advanced manufacturing research conference June 10-14, 2013, will draw nearly 500 academic, industrial and governmental participants to the Monona Terrace Community and Convention Center in Madison.
Drawing on methods similar to those used to sequence the human genome, a multi-university team of researchers aims to discover and create revolutionary advanced materials that could help solve grand challenges in such areas as energy, national security and human health.