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Mathematical Sciences at Harvard Mathematical Sciences at Harvard 2008 — 2009 Information for undergraduates about courses, concentrations, and resources in mathematics, applied mathematics, computer science, and statistics. Contents I A description of the four undergraduate concentrations in the mathematical sciences: Mathematics, Applied Mathematics, Computer Science, and Statistics II A guide to the introductory and to some intermediate courses in the mathematical sciences offered by the Department of Mathematics, the School of Engineering and Applied Sciences, the Department of Statistics, and others A. Introductory Mathematics B. Intermediate-Level Mathematics C. Computer Science D. Statistics E. Alphabetical List of Courses Described in Chapter II III Information about various activities and resources A.

This paper examines the extent to which mathematical knowledge, and its related pedagogy, is inextricably linked to the tools – physical, virtual, cultural – in which it is expressed. Our goal is to focus on a few exemplars of computational tools, and to describe with some illustrative examples, how. Alberta Program Of Studies Math Illustrative Examples Of Traditional Curricular. For example, instructors can ask for.

Information for undergraduates about courses, concentrations, and resources in mathematics, applied mathematics, computer science, and statistics. IV SAMPLE CONCENTRATION PROGRAMS. Sample programs satisfying concentration and honors requirements. Mathematics B. Coldplay Ghost Stories Full Album Free Download Zip. Applied Mathematics.

Lectures, Colloquia, and Clubs B. Computing Services and Facilities C. Libraries and Databases IV Sample programs satisfying concentration and honors requirements A. Mathematics B. Applied Mathematics C. Computer Science D. Statistics V Names, addresses, telephone numbers, and e-mail addresses I.

CONCENTRATIONS Although some students who concentrate in fields such as Economics, Engineering Sciences, or Physics use the mathematical sciences extensively, most students interested in pursuing the mathematical sciences in depth concentrate in one of the four fields described in this pamphlet - Mathematics, Applied Mathematics, Computer Science, and Statistics. The concentration in Mathematics, offered by the Department of Mathematics, serves a variety of interests and goals. A major concern of mathematics is understanding the beautiful and profound concepts that lie behind our understanding of numbers, space, and the quantitative relationships between them. These ideas and their generalizations form the basis for some of the major fields of mathematics - algebra, geometry, topology, and analysis. The logical structure of these fields, and the unity and generality of the conclusions that can be drawn from them, are central to pure mathematics; students who wish to explore these fundamental ideas in depth should major in Mathematics. The broad outlook and reasoning skills provided by a grounding in pure mathematics may also be valuable to students whose principal interests lie elsewhere: for example, in mathematical physics, computer science, or probability and statistics.

Harvard has long been a world center for mathematics and the Department offers students excellent opportunities for studying the subject and glimpsing current research frontiers. Applied Mathematics, an interdepartmental concentration offered by the School of Engineering and Applied Sciences, also serves many roles. Students concentrate in Applied Mathematics because they wish to understand the mathematical concepts and techniques used to analyze, explain, or predict information (whether it relates to scientific and engineering measurements or the less precise data that describe certain aspects of our social, economic or ecological environment); to study relations between models and observations; or to examine the mathematical foundations and limitations of models and techniques and develop extensions. Undergraduates who are interested in application-oriented mathematical fields such as numerical analysis or decision and systems analysis major in Applied Mathematics, along with many interested in the more analytical subfields of the natural and social sciences, computer science, statistics, and engineering.