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QuBi Home Bioinformatics Options Bioinformatics Courses Faculty Advisors Careers |
Bioinformatics Option for Computer Science Majors
Purpose and Goals
In the years since the draft of the human genome
was
published in 2001 bioinformatics has increasingly become a field where
large databases of information and computer models play a significant
role. Computer scientists are needed in such areas as data
mining, algorithms, visualization, networking, and human-computer
interaction. Working effectively to build these complex
systems
requires collaboration with a multidisciplinary team of research
scientists. A computer scientist must have a firm grounding in the
basic principles of biology, chemistry, mathematics and statistics as
well as the in silico methods of research that are the standard in
computer science.
Bioinformatics is a burgeoning field with plentiful career opportunities. People working in this field must have a solid background in biology, math and computer science with an emphasis on quantitative reasoning. The curriculum for a bioinformatics concentration would give CS majors a minor in Biology. Our goal is to prepare undergraduate students majoring in CS for employment as bioinformaticists in biomedical research and for graduate training in bioinformatics at both the Master’s and the Ph.D. levels. Curriculum
Students concentrating in bioinformatics will fulfill the requirements
for the computer science major with three
differences:
Computer science component – 27 creditsCSCI 135 (3 cr.) Software Analysis and Design ICSCI 145 (3 cr.) Computer Architecture I CSCI 150 (3 cr.) Discrete Structures CSCI 235 (3 cr.) Software Analysis and Design II CSCI 265 (3 cr.) Computer Theory I CSCI 335 (3 cr.) Software Analysis and Design III CSCI 340 (3 cr.) Operating Systems CSCI 435 (3 cr.) Data Base Management CSCI 493.66 (3 cr.) Unix Tools Biology component – 12 creditsBIOL 100 (4.5 cr.) Principles of Biology IBIOL 300 (4.5 cr.) Biological Chemistry OR BIOL 302 (4.5 cr.) Molecular Genetics BIOL 425 (3 cr.) [New] Computational Molecular Biology Chemistry component – 12 creditsCHEM 102-103 (4.5 cr.) General Chemistry I + LabCHEM 104-105 (4.5 cr.) General Chemistry II + Lab CHEM 222 (3 cr.) Organic Chemistry Mathematics and statistics component – 17 creditsMATH 150 (4 cr.) Calculus with Analytic Geometry IMATH 155 (4 cr.) Calculus with Analytic Geometry II MATH 160 (3 cr.) Matrix Algebra STAT 213 (3 cr.) Introduction to Applied Statistics STAT 319 (3 cr.) [New] Bayesian Inference in the Sciences TOTAL CREDITS – 6 CREDITS Sample Course Sequence**Please see advisor for
individualized course plans.
The curriculum guide below presents a typical timetable for graduation, incorporating BIOL 300, which is offered in the fall semester, instead of BIOL 302, which is a spring semester course. The two courses recommended for Fall (Year 1) are prerequisites: MATH 125 (Precalculus) or equivalent is the prerequisite for MATH 150, and CSCI 127 (Introduction to Computer Science) or equivalent is the prerequisite for CSCI 135.
Faculty AdvisorDr Virginia Teller (212-650-3074, vteller at hunter dot cuny dot edu) |
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College 2007-2008 ![]() |
Acknowledgments
National
Institutes of Health (NIH)/MARC ProgramHoward Hughes Medical Institute (HHMI) Center for the Study of Gene Structure and Function |