Jaylon Tucker, senior at PurdueME: "Purdue is not just a good school, but an inviting community with a plethora of mentors to guide me through being an undergrad. I knew that I would not be alone in my journey."
David Cappelleri and his team develop micro-robots, smaller than a millimeter. Their latest creations are All Terrain Microbots, which can "tumble" over obstacles in both dry and wet environments, using a rotating magnetic field. They envision biomedical micro-robots being injected into patients for super-focused drug delivery.
He started out at Purdue in the 1980s, programming lab equipment. Since then, he's lit up the Empire State Building, and brought to life a certain red-colored soft drink dispenser. Now he works with Dean Kamen to solve tough medical problems, from robotic prosthetics to wheelchairs that stand up on two wheels.
Natoli Engineering Company, Inc. donated a new pharmaceutical tablet press to Purdue University, capable of producing up to 180,000 tablets per hour. It's part of the Center for Particulate Products and Processes (CP3), a pre-eminent team which allows students to study, design, and manufacture pharmaceutical tablets at an industrial scale.
40 percent of the nation's energy is used by buildings. Think of the energy we could save if we only heated/cooled rooms with people in them. That's the idea behind the SENSOR program, which uses CO2 sensors to measure how many people are in a room. These microelectromechanical wonders cost less than 6 cents per square foot of building space, and last for 3 years. They were developed at Herrick Labs by Jeff Rhoads, George Chiu, and Jim Braun.
The Office of the Provost has named Charles "Chuck" Krousgrill, professor of mechanical engineering, as a 150th Anniversary Professor to recognize his achievements in teaching at Purdue. Only ten faculty on campus have received this honor, in anticipation of Purdue's sesquicentennial.
Researchers have developed a method to deposit tiny amounts of energetic materials (explosives, propellants, and pyrotechnics) using the same technology as an inkjet printer. This research, which combines Purdue expertise in both energetic materials and additive manufacturing, allows energetic materials to be deposited with unprecedented levels of precision and safety.
It's been an amazing year, especially at Zucrow Labs, with its largest expansion in nearly 40 years. Million-dollar combustion test cells, a new laser lab, a visit from the Slow Mo Guys, and even a new astronaut! Read Zucrow's annual report...