Introduction to Aerospace Engineering

At the end of this course, the students should be able to: 1. use and incorporate fundamental principles from mathematics, basic science and physics, and computer science to solve general fundamental problems associated with the broad field of aerospace systems; 2. appreciate the various interconnected and interrelated disciplines of the aeronautic or space track within the department; 3. apply the fundamental principles and concepts of engineering to formulate one or more approaches or models to a new problem and to suggest solutions or solution procedures to solve the problem; and 4. communicate knowledge and understanding in written reports and oral presentations.

This course introduces new Aerospace Engineering students to the field of AE and to the curriculum. An overview of aerospace engineering from a design perspective. Job role for maintenance staff. Training opportunities and job progression. Introductory aerodynamics, lift, drag and the standard atmosphere. Aircraft performance. History of aviation, meteorology and astronomy. 200 Level