The 4th Annual Chemical and Biomolecular Engineering Symposium held on September 27-28, 2018

The Chemical Engineering Graduate Student Association (ChEGA) held their 4th Annual Graduate Research Symposium on September 27-28, 2018 at the Ben Franklin Tech Ventures. The symposium featured a keynote lecture given by invited speaker Dr. Mark Weislogel from the Department of Mechanical Engineering, Portland State University; five graduate student oral presentations, and 24 research posters.

Graduate Student wins Best Poster at Rheology Symposium

Graduate student Nan Wu won the Best Poster Award at the 14th Tiger-Hen-Hawk-Black Knight Rheology Symposium at the United States Military Academy (USMA) on April 21, 2018. This one- day rheology symposium is a gathering of local research groups working in rheology from Princeton, University of Delaware, Lehigh University and USMA.

Submissions Requested for 2019 ISE Dept. Undergrad & Master's Research Symposium

The annual ISE Department Undergraduate and Master's Research Symposium will take place on January 24, 2019 from 4-6pm in Mohler Lab room 121. The Symposium showcases the exceptional academic capabilities of today’s rising Lehigh Engineers, and highlights the resources and opportunities ISE provides to undergraduates/master’s students. The competition is open to all ISE department undergraduate and master’s students.

Programming a Business

Computer science major Ben Mesnik ’20 says his parents were always being asked by their friends for home repair and improvement business recommendations. They had a hard time keeping track of skilled workers, he says, and would search through their drawers for business cards.

Optimizing power networks for tomorrow's smart cities

The modern city, says Jie Liu, can be considered a web of networks that should run like a healthy, well-tuned circulatory system.

Automobile traffic in this "smart city" should move almost constantly, stopping or slowing as little as possible at traffic lights, on freeway ramps and in traffic circles, says Liu, a Ph.D. candidate in industrial engineering.

Likewise, electricity should flow through power lines at an optimal rate, high enough to achieve maximum efficiency but not so high that wires overheat.

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