UMBC logo


 

 

 

 

 

 

 

 

College of Natural and Mathematical Sciences



FACULTY & STAFF

The College of Natural and Mathematical Sciences (CNMS) has numerous faculty members who represent excellence in their various disciplines and many talented staff members who support the departments and these faculty members. Research and position descriptions with contact information for the CNMS faculty and staff members are provided for each of the four departments in the following links:

Biological Sciences - Dr. Lasse Lindahl, Professor and Chair

Chemistry and Biochemistry - Dr. William R. LaCourse, Professor and Chair

Mathematics and Statistics - Dr. Nagaraj K. Neerchal, Professor and Chair

Physics - Dr. L. Michael Hayden, Professor and Chair
Congratulations to the following CNMS faculty members on their recent promotions:
Dr. Eric Anderson - Senior Lecturer, Department of Physics
Dr.
Charles Bieberich - Professor, Department of Biological Sciences
Dr.
Steve Caruso - Senior Lecturer, Department of Biological Sciences
Dr.
Dan Fabris - Professor, Department of Chemistry and Biochemistry
Dr.
Geoffrey P. Summers - Vice President for Research

Bonny Tighe is the first recipient of the Carl J. Weber Excellence in Science and Mathematics Teaching Award .

Two CNMS faculty members and one staff member were honored at the Presidential Faculty and Staff Awards Ceremony at UMBC on April 1, 2009 in the UC Ballroom. Ramachandra Hosmane, Professor in the Department of Chemistry and Biochemistry, was recognized as Presidential Teaching Professor, 2009-2012, and Thomas Cronin, Professor in the Department of Biological Sciences, was recognized as the Presidential Research Professor, 2009-2012. Dennis P. Cuddy, the Manager of Administration and Facilities for the Department of Chemistry and Biology, was honored as the 2008-2009 University System of Maryland Board of Regents' Award for Exceptional Contribution to the Institution. Dr. Hosmane will make brief remarks at Convocation 2009 on Monday, August 31, from 3:30 to 4:30 p.m. in the Retriever Activities Center.

Thomas Mathew, Professor of Statistics, was named as the Presidential Research Professor, 2008-2011, and Danita Eichenlaub, Associate Director of GEST and JCET, received the Presidential Distinguished Staff Award, Professional Staff, 2008-2009 at the UMBC Presidential Faculty & Staff Awards Ceremony on April 9, 2008.

Dr. Ray Hoff, Professor of Physics, was selected as a Fellow of the American Meteorological Society. Dr. Hoff directs JCET and GEST, two collaborative NASA-UMBC research centers, and is recognized for his expertise on air pollution, climate and the atmosphere.

Dr. Manil Suri, Professor of Mathematics, who was selected to receive one of four Wilson H. Elkins Professorships awarded for FY 2008 in recognition of his work to foster interest and learning in mathematics among K-12 students and the general public. Many outstanding scholars have received this award, which represents the first permanent endowed, university-wide professorship. It was initiated in 1978 in honor of Wilson H. Elkins, a former University of Maryland president, and was expanded to include the USM family in 1988.

Dr. Robert C. Reno, Associate Professor of Physics, was recognized for his outstanding contributions to the education of graduate and undergraduate students over his 33-year teaching career at UMBC. Selected as the UMBC Presidential Teaching Professor, 2007 - 2010, Dr. Reno was honored at the UMBC Presidential Faculty & Staff Awards Ceremony on April 11, 2007.

Dr. Jeff Leips, Assistant Professor of Biology, was selected to participate in the Geneticist-Educator Network of Alliances (GENA), a project funded by a grant from the National Science Foundation to the American Society of Human Genetics and the Genetics Society of America. Over the next year, Dr. Leips will work with Lissa Rotundo, a high school biology teacher at nearby Baltimore Polytechnic Institute, to develop and assess the success of inquiry-based teaching modules for Properties of Inheritance. Ms. Rotundo is an alumna of the 2004-2005 Teacher Quality in Biology (TQB) Program at UMBC. The Leips/Rotundo team will attend a three-day GENA workshop this summer in Bethesa, MD and will then work on a high school curriculum piece for use throughout the following academic year. Dr. Leips is one of only 12 geneticists, from more than 80 applications, who was selected for the first cohort.

The conference, Advances in Control of Partial Differential Equations, was held at UMBC from October 28 to 29, 2006 in honor of Dr. Thomas I. Seidman's outstanding scientific contributions on the occasion of his 70th birthday and 35th year of service to UMBC. The conference featured a scientific program centered around plenary sessions by invited speakers, a panel discussion dedicated to future directions of the field and a poster session. The conference was supported by NSF and UMBC.

Rachel M. Brewster, Assistant Professor in the Department of Biological Sciences at UMBC, was honored on July 26, 2006 with the Presidential Early Career Award for Scientists and Engineers (PECASE), which provides up to five years of financial support for research and community outreach. Dr. Brewster will use the award to continue to involve high school, undergraduate and graduate students in her lab's research, which is focused on the genetic analysis of zebrafish embryos to better understand the causes of birth defects of the brain and central nervous system. She was one of three biologists nominated by the National Science Foundation for this honor. Overall, former President Bush honored just 60 young scientists for their leadership, research accomplishments and educational contributions. (UMBC News and Events article)

Breakthrough Science by UMBC Physics Faculty in the area of Active Galactic Nuclei

Dr. Jane Turner and Dr.
Ian George, with collaborator Dr. Lance Miller (Oxford University, U.K.) were awarded one of the longest observations (500 ksec exposure) ever undertaken by the XMM-Newton satellite, to observe an interesting "active" galaxy, Mkn 766. The data have yielded a long-sought result, a tight correlation between the strength of an emission line from the K-shell of Fe atoms (the strongest line visible in the X-ray band) and the X-ray continuum flux that illuminates the accretion disk. This long-sought correlation offers a breakthrough in understanding the fundamental process of accretion onto a black hole (and ultimately the co-evolution of supermassive black holes and their host galaxy.

Return to the CNMS home