Diana Phillips

Dr. Diana A. Phillips, Associate Professor of Physical Chemistry
Ph.D. from the University of Texas at Austin in Physical Chemistry, with expertise in physical chemistry, catalysis, surface chemistry and analysis.

Phillips views Kettering students as bright, eager and insightful and feels that they are more motivated and focused than students she has had elsewhere. What she enjoys most about teaching at Kettering is the opportunity to meet and interact with tomorrow's leaders. She feels that Kettering's high quality students "make teaching here a pleasure."

Reg Bell

G. Reginald Bell, Professor of Polymer Chemistry
Master's degree from the University of Tennessee in Organic Chemistry and Polymer Science

Bell has never met a Kettering student, in 44 years of teaching, that wasn't one of his "favorite students." This ever-popular Chemistry professor likes Kettering students for their maturity, creativity and ability to plan and analyze. He enjoys the opportunity to interact inside and outside the classroom with what he calls "so many exceptional individuals."

Grow it here, make it here

Feb 21, 2012

U.S. Sen. Debbie Stabenow visited Kettering's Innovation Center to advance Michigan's bio-based manufacturing.

U.S. Sen. Debbie Stabenow visited Kettering's Innovation Center to advance Michigan's bio-based manufacturing.

Not blinded by science

By Website Administrator | Oct 8, 2010

Getting more than just a taste of real-world research, college level, and even high school-aged students working on Kettering's Agent Fate project have an eye-opening experience working as scientific researchers on a government contract.

Getting more than just a taste of real-world research, college level, and even high school-aged students working on Kettering's Agent Fate project have an eye-opening experience working as scientific researchers on a government contract.

Hips don't lie

By Website Administrator | Jan 20, 2010

An interdisciplinary research project at Kettering University that examines hip replacement components could aid manufacturers in producing longer lasting artificial hip joints.

An interdisciplinary research project at Kettering University that examines hip replacement components could aid manufacturers in producing longer lasting artificial hip joints.

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