News - Ray W. Herrick Laboratories - Purdue University

Squishy micro-robots are on the move! Prof. David Cappelleri's latest soft-bodied mobile microbots have made the cover of the journal Micromachines

Professor Brandon Boor receives NSF CAREER Award for Indoor Air Quality Research

The Resilient ExtraTerrestrial Habitats Institute, headed by Shirley Dyke, recently received $15 million from NASA to research how to keep long-term settlements on other planets safe from hazards such as meteoroids, sandstorms, and radiation. The RETH team plans to build a simulated habitat at Herrick Labs.

A Purdue team has taken advantage of the "boom" of 3D printing to create a 3D-printed "boom"... energetic materials that can safely be deposited using any commercial 3D printer.

Jeff Rhoads and his team, which includes postdoctoral research associate Nikhil Bajaj and graduate students Allison Murray and Zachary Siefker, are developing new sensors to specifically identify volatile organic compounds polluting indoor environments

Profs. Neera Jain and Tahira Reid's research on cooperation or trust between human and machine featured in Axios Newsletter

Check out this article from SAE International, about Purdue ME students Mrunal Joshi and Aswin Ramesh. They publicly presented their research on diesel engines, thanks to support from Eaton and Cummins Inc.

It may be winter outside, but at Herrick Labs -- Purdue University's testbed for high performance buildings -- they're running the air conditioners at full blast.

Purdue University researchers have devised a method of 3D printing that can produce energetic materials with fine geometric features faster and with less expense than traditional methods, while also being safer and more environmentally friendly.

Andres Arrieta's research was featured in National Geographic. He discovered that the earwig's wings use origami-like folds to expand to 10 times their size. This bistability allows its wings to expand with very little mechanical effort. At Herrick Labs, Andres is working to convert this bio-inspired origami into products that are useful to humans.