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MATHEMATICS GEOFFREY DIETZ, Chairperson FACULTY: Professors: Michael Caulfield, Geoffrey Dietz, Patrick Headley, David Prier. Associate Professor: Richard Ligo. Assistant Professor: Christine Cedzo.
Aims and Objectives Mathematics majors at Gannon must satisfactorily complete a minimum of forty-eight credits ranging over such areas as discrete mathematics, calculus, abstract algebra, mathematical analysis, probability, statistics, linear algebra, differential equations, and mathematical modeling. In addition, mathematics majors will receive a significant career-enhancing experience through placement in an appropriate internship position or through a challenging undergraduate research project. The Gannon mathematics curriculum is designed to allow students to develop a strong secondary interest in allied fields such as business, computer science, economics, physics, biology, chemistry, engineering or education. There is ample opportunity to select the most beneficial combination of courses to achieve the student’s goals. The content of a particular student’s curriculum requires department approval to ensure proper competency by graduation. Mathematics majors receive preparation for the first Actuarial Exam administered by the Society of Actuaries. Students who pursue a concentration in Actuarial Science will receive preparation for an additional exam. This competency required of students in mathematics has resulted in careers in research, in education at all levels, and in technical positions in industry and government. Mathematicians are increasingly in demand in today’s employment market. Mathematics majors, by satisfying additional requirements of the School of Education, can earn Teacher Certification in Secondary Education for the State of Pennsylvania.
COURSE DESCRIPTIONS MATH 055: Algebra Refresher Exponents, polynomial and rational expressions, factoring, linear equations and inequalities, rational equations, graphing, functions, and applications. This course will meet 4 hours per week during a regular semester, but will count as 3 credits of load for student financial aid and quality point average considerations. It may not be used to satisfy any graduation requirements in any degree program. Prerequisite: One year of high-school algebra 3 credits (see description) MATH 101: Mathematics in Human Progress Most of the mathematics discussed has been developed in the last century. Topics covered are based on down-to-earth, real-life problems and will include: Mathematics of social choice including group decision making and democratic voting methods; management science including methods for solving problems involving organization and management of complex activities; growth and symmetry including population growth, geometrical patterns of biological growth and fractals. Prerequisite: Two years of high-school algebra or MATH 055 3 credits, Spring MATH 103: Quantitative Literacy This course covers a broad array of practical mathematical topics found in everyday life. Topics include: number sense, charts and graphs, basic probability and statistics, linear and exponential models, financial mathematics, geometry, and logic. Prerequisite: Two years of high school algebra or MATH 055 3 credits, Fall