Research Highlights

Branko Kerkez

The Internet for Water Assistant Professor Branko Kerkez is interested in the control and optimization of water grids. He plans to investigate how new technologies can be deployed to mitigate water waste and increase reliability of the existing water distribution infrastructure during extreme events. Using a system-level approach, Kerkez is working to conceptualize the man-made and natural components of water networks while tying them together through advances in sensing, communication,...

Brian Ellis

How will fracking impact the environment? Fracking, a natural gas drilling process, has been a controversial topic due to its potential environmental and societal impacts. Fracking, also known as hydraulic fracturing, injects large amounts of water, sand and chemicals deep underground to break apart rock and free natural gas. Recent technological advances have unlocked stores of previously inaccessible natural gas, resulting in a fracking boom.

Assistant professor Brian Ellis is...

Krista Wigginton

Detecting and Treating Drinking Water Contaminants

Assistant Professor Krista Wigginton researches the fate of chemical and microbial pollutants in drinking water and wastewater treatment. Ultimately, she wants to find out how effective these treatments are on eliminating viruses. "With the worldwide population increase and decreasing water supplies, the threat of contaminants from human waste, such as pathogens and pharmaceuticals, entering drinking water sources is...

Herek Clack

Mercury Emission Control

Research Associate Professor Herek Clack and his students are researching the control of toxic air pollutants, specifically toxic metals like mercury, that are emitted from combustion-related processes such as coal-fired power plants.

The U.S. Environmental Protection Agency (U.S. EPA) issued the world’s first regulation limiting the emission of toxic metals, including mercury, from U.S.-based electric utilities and industrial boilers. ...

NIST TIP Project

NIST TIP Project

Field Testing Technologies for NIST TIP Project

Field testing plays an integral role in the NIST TIP project being led by Associate Professor Jerry Lynch of the Department of Civil & Environmental Engineering. It is necessary to validate the performance of the technologies being developed for the project. These technologies must be able to withstand unpredictable and harsh environmental conditions. The project is focusing on two test sites.

The new Carquinez Bridge in...

Sherif El-Tawil

What would you do in an imminent collapse situation?

Visualizing planned construction operations in an immersive interactive world improves coordination, safety, and communication during construction.

How do building occupants respond to signals issued by a building during and immediately after a compromising event that threatens its integrity? How does the building itself respond and how does that response influence occupant survival rates?

Prof. El-Tawil...

James Wight and Gustavo Parra-Montesinos

Bracing Buildings for Earthquakes

Professors in the Civil and Environmental Engineering Department at the University of Michigan simulated the effects of a large earthquake in the Structural Engineering Laboratory to test their new technique for constructing high-rise reinforced concrete buildings. Their proposed design procedure for coupling beams in a core-wall structural system passed the test, withstanding more lateral deformation than an earthquake would typically demand.

The engineers used steel fiber-...

Concrete Canoe & Steel Bridge Competition

Hands-On Learning, UM CEE, concrete canoe and steel bridge competition

Annually, UM-CEE students put into practice what they learn in the classroom through the American Society of Civil Engineers (ASCE) Concrete Canoe Competition and the American Institute of Steel Construction (AISC)-ASCE Steel Bridge Competition. The Michigan Concrete Canoe Team is tasked with designing the hull, developing a concrete mix, and constructing an actual concrete canoe which must float when filled with water. Not only must the members of the team be astute with their knowledge of...

CEE 402: Professional Issues and Design

CEE 402 Capstone Design Course

CEE 402: Professional Issues and Design is the capstone design course in the Department of Civil & Environmental Engineering. The course is a multidisciplinary team design experience that includes consideration of codes, regulations, alternate solutions, economic factors, sustainability, constructibility, reliability, and aesthetics. The course also covers professionalism and ethics in the practice of engineering. Students work with classmates from their own concentration, along with...

Avery Demond & Aline Cotel

In the late 1970's the additive, methyl tert butyl ether (MTBE), was used to oxygenate gasoline mixtures. The comparatively economical solution allowed gasoline to burn more completely, reducing vehicle emissions. However, it was later discovered that MTBE easily polluted groundwater sources when spilled or leaked. Associate Professor Avery Demond ponders, "It seems that... we're heading in the same direction with ethanol. We're all jumping on the band-wagon saying 'This...


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