Iowa State structural engineering researcher earns prestigious Faculty Early Career Development (CAREER) funding to increase resiliency of electric power networks under windstorm and aging effects In March, the National Science Foundation (NSF) awarded Iowa State Structural Engineering Assistant Professor Alice Alipour a Faculty Early Career Development (CAREER) Award. Alipour is the principal investigator of the … Continue reading Alipour awarded National Science Foundation CAREER Award
Seven Iowa State University College of Engineering faculty have been selected for 2018 National Science Foundation’s Faculty Early Career Development Program (CAREER), the NSF’s most prestigious awards given to early-career faculty. The five-year awards total nearly $3.3 million and represent the first time that Iowa State’s College of Engineering has received seven CAREER awards in one year.
Open an engineering textbook, and you’re sure to find charts, graphs, and complex equations. Hard enough to decipher, imagine parsing that information if you were blind or visually impaired. Conveying the detailed visual information that goes hand-in-hand with disciplines in the science, technology, engineering, and mathematics (STEM) fields isn’t necessarily impossible. But, according to Cris … Continue reading Changing the way engineering feels: A project to improve the accessibility of STEM fields for the visually impaired
Integrating computational thinking with experimental analysis in renewable energy research, Baskar Ganapathysubramanian, assistant professor of mechanical engineering, is focused on designing better organic solar cells. The computational tools he is developing will help classify and characterize the way the plastic thin film cells respond to different conditions and configurations. He explains that doing this work … Continue reading A computational approach to improving organic solar cells
Imagine seeing live, three-dimensional video of rapid phenomenon like a beating heart. Then, imagine being able to use that data to evaluate disease or even perform surgery. A sensing technology with this sort of capability would need to be fast, and it would need to be precise. And if it is both of those things, … Continue reading Zhang looks to develop a platform 3D sensing technology
A series of algorithms being developed by Aditya Ramamoorthy could make using atomic force microscopes (AFMs) significantly faster when imaging and characterizing soft materials. Ramamoorthy, assistant professor of electrical and computer engineering, has support from a $413,000 National Science Foundation (NSF) CAREER award to work on the project “Joint topographic imaging and characterization using atomic force … Continue reading Improving the capabilities of atomic force microscopy