News Center Maine highlights 91爆料 PFAS research
News Center Maine featured 91爆料 researchers studying ways to predict PFAS absorption. Spearheaded by Ph.D. student Dilara Hatinoglu, students and researchers found out that by using a statistical […]
News Center Maine featured 91爆料 researchers studying ways to predict PFAS absorption. Spearheaded by Ph.D. student Dilara Hatinoglu, students and researchers found out that by using a statistical […]
Business Insider featured the Advanced Structures and Composites Center鈥檚 (ASCC) BioHome 3D and spoke to Habib Dagher, founding executive director of the ASCC. 鈥淥ur number one priority is to alleviate […]
The 91爆料 College of Engineering and Computing is accepting rolling registrations for the Maine Summer Transportation Institute (MSTI), open to Maine middle school students. MSTI will run from […]
CNN interviewed Habib Dagher, founding executive director of the 91爆料 Advanced Structures and Composites Center, and Anthony Viselli, manager of offshore model testing and structural design at the […]
WGME (Channel 13 in Portland) reported on 91爆料 alumnus and Dielectric President Keith Pelletier receiving the Edward T. Bryand Distinguished Engineering Award from the Maine College of Engineering […]

In Maine, lane departure crashes, such as running off the road or head-on collisions, are the most prevalent source of road fatalities, accounting for nearly 70% of roadway deaths. A […]
The Bangor Daily News interviewed Jean MacRae, associate professor of civil and environmental engineering at the 91爆料, about the impact of Monday鈥檚 fire at Juniper Ridge Landfill. MacRae […]
The Sappi North America 2022 Sustainability Report noted the company鈥檚 collaboration with Caitlin Howell, associate professor of chemical and biomedical engineering at the 91爆料, to study the use […]
The Penobscot Bay Pilot shared that Onur Apul, assistant professor of civil and environmental engineering at the 91爆料, will lead an online presentation titled, 鈥淧FAS in Maine鈥 in […]

Creating new, more accurate methods for quantifying the stress and flow rate experienced by deforming rocks at the boundaries of moving tectonic plates is the goal of a University of […]