SCI Course Descriptions

Science (2009-2010)

An application of elementary physical principles to the study of acoustics and high fidelity sound reproduction. This course will look at the physics behind the design of modern equipment and explain the meaning of its specifications.

A practical introduction to everyday technology, this course will look at the physics behind common devices used in consumer products and industry. Examples include air conditioners, microwave ovens, household wiring, nuclear reactors, and medical imaging. [Offered: F]

This course surveys the impact of chemistry on our lives and explores the role of chemists and the chemical sciences in addressing the past and especially the present and future needs of society. Topics will vary from year to year, but will be drawn from the following critical areas: food, energy, materials, health, and the environment. [Offered: W]

A survey course in astronomy (primarily intended for students in Applied Health Sciences, Arts, Environmental Studies). The solar system, stars, the Milky Way, galaxies and the Universe.

A survey course in astronomy intended for Mathematics, Engineering and Science students. The solar system, the Sun and planets, stars, the Milky Way, galaxies and cosmology.

An introduction to geological concepts; the influence of geological factors on the natural environment; Earth processes and natural hazards; Earth resources; waste disposal and pollution; global climatic and environmental change. [Offered: W]

An introductory study of the biological processes of aging at the molecular, cellular and systemic levels. Topics include an examination of the theories of aging, methods used to study the aging process, the role of diseases and chronological changes in the organism during senescence. [Offered: F]

Selection of areas of science for development and commercial exploitation. Economic and social impact of science. Societal pressures on science. At present, the focus of this course is biotechnology.

A discussion of the fundamental concepts on which science is based. Consideration is given to such topics as scientific theories, the nature of law-likeness, the grounds for scientific confirmation, and the debate between rationalism and empiricism in science. [Offered: W]

A non-mathematical general treatment of the following areas of nuclear science: historical development and discovery of new fundamental particles; artificial transmutation of elements; nuclear sources of energy; biological effects of radiation and use of radioisotopes in industry, medicine and agriculture. The impact of nuclear science on social, economic and political systems will be discussed.

Waterloo students studying abroad for academic transfer credits under a Science Exchange Program during the Fall term.

Waterloo students studying abroad for academic transfer credits under a Science Exchange Program during the Winter term.

Waterloo students studying abroad for academic transfer credits under a Science Exchange Program during the Spring term.

An introduction to marine and freshwater ecosystems and examination of the impact of human activities such as eutrophication, contaminants, exotic invaders, hydrological alterations, and climate disruption.

A survey of world food production from the biologist's viewpoint. Topics: nutrition; food chains; origins of agriculture; basic plants and animal food crops; primitive and modern scientific agricultural practices and the environmental implications of each. [Offered: F]