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Module Title: INTRODUCTION TO AEROSPACE ENGINEERING
Course Purpose: The aim of the module is expose students to careers in
aerospace engineering, to give a historical background to the development of
modern aircraft and spacecraft, to understand the practical and theoretical
science of flight, and use experimental methods to complete a design project.
Module Designed For: This module designed to be used as one part of a one
year (two semester) high school course on engineering fundamentals. It may be
used alone as a technology-based science (physics) unit. Lessons substantially
incorporate National and State algebra and physics content standards, SCANS,
and California Engineering Technology standards.
Duration. The material is organized to be presented over six weeks.
Teachers may compress or expand the material as desired.
Assessment Methods: Assessments are continuous and include class
participation, homework, individual and team projects, and quizzes and tests.
Course structure: WSV created a standard format for the engineering modules
when they are taught part of the objective engineering technology course. Over
the six-week unit duration, 20% of the time is motivation to learn, 20%
lecture and guided discussion, 40% activities, laboratories, and projects. The
balance of the time, 20% is for evaluations and feedback.
Laboratory Description: A wind tunnel laboratory is highly desirable. The
central design project in the module is design of aerodynamic shapes and wind
tunnel testing.
Prerequisites: Algebra and Physics or general science.
Textbooks and other resources: There is no text for the module. All
material to teach the basic course is include in the course materials.
Supplemental material is included in the course materials or by reference.
Units and Lesson Summary:
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History of Flight (Developments and Pioneers)
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Aerodynamics Careers (Optional)
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The Flight Environment (Optional)
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Physics of Flight
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Aircraft Systems
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Space and Space Flight
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Theoretical Aerodynamics
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Experimental Aerodynamics (Optional)
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Design Project (Optional)
Specific Objectives: On completion of the course the student should have a
sound fundamental understanding of:
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The history of air and space flight
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Aerospace career opportunities and preparation requirements
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The aerospace environment
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How air and spacecraft work
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The generation of lift, drag and thrust
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Rocket, artificial satellites, and satellite orbits
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Optional: The uses of wind tunnels and basic
experimental techniques used in aerodynamics
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