Physics

Introduction

Physics is a science of immense scope: from the subnuclear world of elementary particles to the cosmos of the galaxies. Because physics deals with fundamentals, it cuts across virtually every other science.
In studying the physical universe, the physicist must not only be able to make observations to collect data but must also be able to apply the mathematical models of the discipline. As a result of this, physics students are expected to develop skills in experimentation and mathematics while learning the current physical paradigms.

Goals and Objectives

The goals of the Physics/Engineering Department focus on the lower division physics education of science students together with that of engineering students and provides them with an opportunity to participate in the acquisition of basic knowledge relating to the physical universe. The department emphasizes scientific and mathematical thinking and requires a sufficient level of relevant computational skill. The contribution of physics knowledge to the understanding of all aspects of the human environment both physical and philosophical is discussed.

These goals are measured by use of classroom discussion, relevant tests, laboratory experiences, and homework assignments that include questions and topics that attempt to elicit from the student evidence of an understanding of the philosophy and knowledge of physics together with its application to technology and world paradigm.