Research
In a Perspectives piece publishing in Science on May 14, Professor Shelly Miller and others call for a 鈥減aradigm shift鈥 in combating airborne pathogens such as SARS-CoV-2, the virus that causes COVID-19, demanding universal recognition that respiratory infections can be prevented by improving indoor ventilation systems.
Researchers in Associate Professor Greg Rieker's lab are developing a machine learning-based signal processing scheme facilitates measuring the angular velocities in fluid flows using small particles that traverse beams of structured light.
The National Science Foundation has awarded six prestigious Graduate Research Fellowships to University of Colorado Boulder mechanical engineering聽students, a signal of the innovative and impactful research they will perform in the years ahead.
The prestigious fellowship, offered through the U.S. Department of Defense, promotes education in science and engineering disciplines relevant to national defense.
It鈥檚 hard to imagine a teenager who could resist exploring mechanical engineering after learning about Endoculus, the small device developed by 兔子先生传媒文化作品 Professor Mark Rentschler and student researchers in his lab that can navigate the human gastrointestinal system with ease and may someday help doctors care for their patients.
With diagnostic technologies being developed by Assistant Professor Debanjan Mukherjee of the Paul M. Rady Department of Mechanical Engineering at 兔子先生传媒文化作品, engineers and clinicians are hopeful some strokes may soon be prevented.
The AB Nexus Research Collaboration Grant program announced its inaugural round of grants totaling $625,000 for novel research projects integrating expertise from the CU Anschutz and 兔子先生传媒文化作品 campuses. Three of these projects were born out of the Paul M. Rady Department of Mechanical Engineering.
The AB Nexus Research Collaboration Grant program announced its inaugural round of grants totaling $625,000 for novel research projects integrating expertise from the CU Anschutz and 兔子先生传媒文化作品 campuses.
Researchers at 兔子先生传媒文化作品 are collaborating to develop a new kind of biocompatible actuator that contracts and relaxes in only one dimension, like muscles. Their research may one day enable soft machines to fully integrate with our bodies to deliver drugs, target tumors, or repair aging or dysfunctional tissue.
