FRANCIS T. JONES, DIRECTOR

FACULTY*

Professors

Athula Attygalle, Ph.D. (1983), University of Keele, UK
Ajay K. Bose, Sc.D. (1950), Massachusetts Institute of Technology
Francis T. Jones, Ph.D. (1960), Polytechnic Institute of Brooklyn
Marc L. Mansfield, Ph.D. (1981), Dartmouth College
Nicolai S. Panikov, Ph.D. (1976), Moscow State University
Harold J. Raveche, President of Stevens, Ph.D. (1967), University of California at San Diego

Associate Professors

Nuran Kumbaraci, Ph.D. (1977), Columbia University
James (Jun-Feng) Liang, Ph.D. (1993), NanKai University, China
Sunil K. Saxena, Ph.D. (1988), Nagpur University, India
Svetlana A. Sukhishvili, Ph.D. (1989), Moscow State University

Lecturers

Thomas Cattabiani, B.S. (1984), Stevens Institute of Technology
Anju Sharma, Ph.D. (1992), Kundnani College of Pharmacy, India
Yujun Zhao, Ph.D. (2001), Stevens Institute of Technology

Research Professors

Stanley A. Lang, Ph.D. (1970), Brown University, Director, Infectious Disease Chemistry Research, Wyeth-Ayerst Research
Maghar S. Manhas, Ph.D. (1950), Allahabad University, India
Salvatore S. Stivala, Ph.D. (1960), University of Pennsylvania

Distinguished Service Professor

A.K. Ganguly, Ph.D. (1959), Imperial College, London, formerly Senior Vice President, Chemical Research, Schering-Plough Research Institute

*The list indicates the highest earned degree, year awarded and institution where earned.

INDUSTRIAL ADVISORY BOARD

    Dr. Thomas Salzmann, Vice President, Chemistry, Merck Company

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UNDERGRADUATE PROGRAMS

Chemistry

    Chemistry is often known as the central science, bridging the gap between the life sciences and physical science, and ranging from the very practical to the highly theoretical. It is the science of matter - its structure, its properties and how it changes.

    All around us we see the discoveries of chemistry: synthetic fabrics, aspirin, penicillin and other pharmaceuticals, detergents, better fuels, plastics and more abundant food. Chemists enjoy the excitement and rewards of discovery and creation.

    Career opportunities exist in research (creating new knowledge or synthesizing new chemicals) or in quality control (testing and analysis) in pharmaceuticals, petroleum, polymers and plastics, paints and adhesives, electronic materials, waste treatment, agricultural chemistry and foods and fragrances, in addition to many other industries. Chemists are employed in hospitals, clinical, environmental control and criminology laboratories. Chemistry also occupies a pivotal role in the high-technology areas of bioinformatics, biotechnology, materials technology, ceramics, polymers and electronic materials. The Stevens program prepares you for employment with companies in these industries, and for graduate programs in chemistry or biochemistry.

    The program is based on a solid foundation in the major areas of chemistry and biochemistry. Additional courses in advanced chemistry are available in those areas in which Stevens has unique strengths, such as polymer chemistry, natural products, medicinal chemistry, biochemistry, computational chemistry and instrumental analysis. Research is strongly encouraged due to its importance in preparing for a career in chemistry; it also helps develop independence in solving open-ended problems.

    The Stevens chemistry program is certified by the American Chemical Society (ACS). The course sequence for chemistry is as follows:

    * Project/Research can be either a project (Ch 496/7) or thesis (Ch 498/9) and can be done either in the junior/senior year or senior year.

A Minor in Chemistry
    A minor in chemistry comprises the following courses: Ch 115, Ch 117 General Chem I + Lab, Ch 116, Ch 118 General Chem II + Lab, Ch 241 Organic Chemistry I, Ch 242 Organic Chemistry II, Ch 421 Chemical Dynamics, Ch 362 Instrumental Analysis I and either Ch 412 Inorganic Chemistry or Ch 580 Biochemistry I. This sequence meets the American Chemical Society guidelines for a minor in chemistry.

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Chemical Biology

    Chemical biology is the application of exact science, particularly chemistry, to the understanding and utilization of biological phenomena. The scientific approach to understanding living systems ultimately leads to the cell - the basis of all living systems. Modern biology focuses on how cells originate, differentiate, multiply and function, with emphasis on their molecular components, their chemical and physical properties and their interaction.

    Chemical biology includes genetic engineering, the design and modification of genetic material, and molecular biology. It is an exciting field at the very core of biotechnology. Today's biology laboratory is equipped with sophisticated instrumentation to stimulate muscle tissue and measure action potentials; to determine the size, shape and electrical charge of protein molecules; and to follow reactions within the cell. Biologists can study biological phenomena under controlled conditionsto explore the mechanisms governing growth, differentiation, behavior, evolution and aging-knowledge that provides a foundation for modern medicine. The field of medicine relies heavily on modern biology.

    The Stevens program in chemical biology provides excellent preparation for the student to pursue a career in medicine, and satisfies requirements for admission to professional schools of medicine, dentistry and veterinary medicine. Our program features the study of cell and molecular biology, molecular genetics, physiology, biochemistry, biophysical chemistry, organic and physical chemistry and instrumental analysis. Equipped with this rigorous background - and here is where the Stevens chemical biology program differs from traditional biology and pre-medicine programs - our graduates also find employment in industrial research and pathology laboratories. Many continue their studies at the graduate level in the biological sciences, biochemistry, chemistry or biophysics.

    The chemical biology program is certified by the American Chemical Society (ACS) option - biochemistry. The typical course sequence at Stevens is as follows:

    * With the approval of the advisor
    ** For American Chemical Society certification, Ch 412 is required

A Minor in Chemical Biology
    A minor in chemical biology comprises the following courses: Ch 115, Ch 117 General Chemistry I + Lab, Ch 116, Ch 118 General Chemistry II + Lab, Ch 241 Organic Chemistry I, Ch 242 Organic Chemistry II, Ch 421 Chemical Dynamics, Ch 281 Biology and Biotechnology, Ch 381 Cell Biology, Ch 382 Biological Systems, Ch 580 Biochemistry I, Ch 484 Introduction to Molecular Genetics.

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Accelerated Chemical Biology Program

    If you are pursuing the special combined degree program in medicine or dentistry, you are enrolled in the Accelerated Chemical Biology program. A heavy course load is required during the three years of the program at Stevens, and completion of the B.S. degree requirements relies on transfer credit from the first year of study at the affiliated medical/dental school. Thus, enrolling in the accelerated chemical biology program is restricted to students admitted to these special programs.

    Two years of Summer Research are expected for participants in this program.
    The Senior Year is completed at the Medical/Dental School.

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