Undergraduate international course guide - Edith Cowan University
Undergraduate international course guide - Edith Cowan University
Undergraduate international course guide - Edith Cowan University
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aeronautiCal<br />
bachelor of Technology (Aeronautical)<br />
Duration: 3 years<br />
campus: Joondalup<br />
Practicum: Yes<br />
Intended for students who have an interest in aviation,<br />
aeronautics and flying, and wish to have the option of expanding<br />
their studies into a pathway towards becoming an accredited<br />
professional in an engineering qualification.<br />
Aeronautical technology deals with the engineering aspects of<br />
aviation, including aviation system design, aircraft manufacturing<br />
and aircraft operation. Areas of study within the <strong>course</strong> include<br />
a foundation in physics and mathematics along with engineering<br />
mechanics, computer aided design, engineering materials, and<br />
thermodynamics and fluids. Specialised aeronautical subjects<br />
are concurrently and include aircraft systems and structures,<br />
aircraft propulsion and aerodynamics. Students will also gain an<br />
understanding of the operation and performance of aircraft from<br />
the point-of-view of the pilot.<br />
The <strong>course</strong> focuses on the development of knowledge and<br />
skills relevant to the aviation industry and, along with a sound<br />
theoretical base, includes strong elements of practical problem<br />
solving, team work and project work. As a result, as well as having<br />
multiple technical and transferable skill competencies, students<br />
will graduate with strong analytical skills and the ability to<br />
contribute to complex projects.<br />
Admission Requirements: Equivalency to Western Australia<br />
Certificate of Education Mathematics (3C/3D) or Mathematics:<br />
Specialist 3C/3D is required, and equivalency to Western<br />
Australia Certificate of Education Physics (3A/3B) is desirable.<br />
CourSe StruCture<br />
Requires the completion of 25 units / 360 credit points.<br />
yEAR 1 SEMESTER ONE Credit Points<br />
SCA1125 Fundamentals of Flight 15<br />
SCA1113 Aircraft Propulsion 1 15<br />
MAT1236 Calculus 1 15<br />
ENS1154 Introduction to Engineering 15<br />
yEAR 1 SEMESTER TWO<br />
ENS1101 Engineering Mechanics* 15<br />
ENS1115 Materials and Manufacturing 1 15<br />
SCA1114 Light Aircraft Performance 15<br />
MAT1163 Linear Algebra 15<br />
* Students who have not passed Western Australia Certificate of<br />
Education Physics 3A/3B (or equivalent) must complete the bridging unit<br />
SCP1132 Introduction to Physics before they can enrol in ENS1101<br />
Engineering Mechanics.<br />
yEAR 2 SEMESTER ONE<br />
ENM1102 Engineering Drawing and Computer<br />
Aided Design 15<br />
ENS1162 Electrical Engineering 1A 15<br />
ENS2108 Mechanical Science 15<br />
SCA1116 Aviation Legislation and Regulatory Frameworks 15<br />
yEAR 2 SEMESTER TWO<br />
SCA1115 Air Navigation 15<br />
SCA1229 Aviation Meteorology 15<br />
ENS1253 Electrical Engineering 1B 15<br />
ENS2113 Engineering Dynamics 15<br />
yEAR 3 SEMESTER ONE<br />
ENS3173 Technology Practicum 0<br />
ENS2170 Principles of Industrial Maintenance 15<br />
64<br />
ENM2104 Instrumentation and Measurement 15<br />
MAT2437 Differential Equations 15<br />
SCA2224 Aircraft Systems 15<br />
yEAR 3 SEMESTER TWO<br />
ENS3201 Technology Project 15<br />
ENS3190 Mechanics of Solids 15<br />
SCA2212 Advanced Aerodynamics 15<br />
SCA2422 Instrument Flight 15<br />
careers: Aeronautical Technologist, Mechanical Technologist.<br />
See more <strong>course</strong> information:<br />
reachyourpotential.com.au/<strong>course</strong>s/y73<br />
aViation<br />
bachelor of Aviation<br />
Duration: 3 years<br />
campus: Joondalup<br />
Provides focused professional education and graduate status for<br />
those seeking to enter the aviation industry, especially those<br />
wishing to become pilots. The <strong>course</strong> prepares graduates for a<br />
range of careers within the aviation industry. It includes a strong<br />
engineering focus across a range of areas to prepare graduates to<br />
enter technically oriented sections of the industry. It also provides<br />
a sound basis for a career in aviation administration, aviation<br />
management or as a pilot.<br />
Admission Requirements: Equivalency to Western Australia<br />
Certificate of Education Mathematics (3C/3D) is required, and<br />
equivalency to Western Australia Certificate of Education Physics<br />
(3A/3B) is desirable.<br />
CourSe StruCture<br />
Requires the completion of 24 units / 360 credit points.<br />
yEAR 1 SEMESTER ONE Credit Points<br />
SCA1125 Fundamentals of Flight 15<br />
SCA1113 Aircraft Propulsion 1 15<br />
SCA1116 Aviation Legislation and Regulatory<br />
Frameworks 15<br />
MAT1137 Introductory Applied Mathematics* 15<br />
* Students who have passed Western Australia Certificate of Education<br />
Mathematics: 3C/3D or Mathematics: Specialist 3C/3D (or equivalent)<br />
should enrol in MAT1236: Calculus 1 instead of MAT1137: Introductory<br />
Applied Mathematics.<br />
yEAR 1 SEMESTER TWO<br />
SCA1229 Aviation Meteorology 15<br />
SCA1114 Light Aircraft Performance 15<br />
SCA1115 Air Navigation 15<br />
SCA1117 Human Factors in Aviation 15<br />
yEAR 2 SEMESTER ONE<br />
SCA2224 Aircraft Systems 15<br />
ENS2108 Mechanical Science 15<br />
SCP1111 Physics of Motion^ 15<br />
Elective Unit 1 15<br />
^ Students who have not passed Western Australia Certificate of Education<br />
Physics 3A/3B (or equivalent) are required to successfully complete<br />
the bridging unit SCP1132 Introduction to Physics before enrolling in<br />
SCP1111 Physics of Motion.<br />
yEAR 2 SEMESTER TWO<br />
SCA2422 Instrument Flight 15<br />
SCA2212 Advanced Aerodynamics 15<br />
ENS1162 Electrical Engineering 1A 15<br />
ENS1115 Materials and Manufacturing 1 15
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