General Information
The Honours Bachelor Degree of Engineering in
Aeronautical Engineering has been operating since
1992.The course is accredited by Engineers Ireland and
is the only degree course in Aeronautical Engineering in
the State. Since the course started the number of
students has grown three-fold and our graduates have
found exciting and rewarding jobs in Ireland and
throughout Europe and beyond. Many have climbed to
highly responsible positions making key decisions on
the design and operation of the aircraft we fly in.
Others have stayed in UL to undertake aerospace
research leading to higher degrees.Within Ireland the
aerospace sector has experienced steady growth with
around 6,000 people employed in over 160 companies.
Across Europe the aerospace industry is one of the
largest and most strategic industries, directly employing
over 375,000 highly skilled staff in over 700 prime
contracting companies, with a further 1,000,000 other
jobs supported through the supply chain.When our
graduates return to visit UL the enthusiasm they show
in describing their jobs is second to none.
Course Structure
The programme is of four years duration, and includes
an eight month period of Cooperative Education spent
in an appropriate industrial environment.The
programme consists of eight semesters, seven of which
are spent on academic studies within the University
and one (semester five) which is spent in industry.The
course provides a broad and practical programme of
study to give the graduate a good understanding of
aircraft design, manufacture, operation, testing and
control.
The programme is fully ECTS (European Credit
Transfer System) compliant, allowing student mobility
across Europe. In addition, students wishing to transfer
from Level 6 or Level 7 Engineering programmes can
gain access into the second year of the programme.
The first year of the programme is identical to the
programmes in Mechanical Engineering, Biomedical
Engineering and CAED allowing students to transfer
between these programmes if desired.The second year is
also similar to the Mechanical Engineering programme,
although three specialist aeronautical engineering modules
are introduced.These first two years provide the student
with a foundation in the fundamental engineering disciplines.
The subjects which are taught include:
- Mathematics
- Engineering Mechanics
- Thermodynamics
- Aerodynamics
- Materials Science
- CAD (Computer Aided Design
- Mechanics of Solids
- Introduction to Engineering
- Production Technology
The business aspects of aviation operations are taught
as part of a second year module,Air Transportation. At
the end of year two the student spends eight months
in industry, under the framework of the Cooperative
Education programme.The University has established
significant national and international links throughout
the aviation industry, which has enabled students to be
placed in prestigious aerospace companies such as
Boeing and Airbus.
During the third and final years, all students study
fundamental aeronautical engineering subjects such as:
- Flight Mechanics
- Aircraft Design
- Aircraft Stability and Control
- Aircraft Propulsion
- Aircraft Structures
- Avionics
The flight mechanics module deserves special mention
as the laboratory element of this course is conducted
in-flight.The University of Limerick contracts Cranfield
University to conduct a series of flight exercises in a
twin engine turbo-prop aircraft, in which students are
provided with individual consoles for monitoring the
aircraft's performance.
Other exciting modules include Aircraft Design, where
students design, build and fly an unmanned aircraft, and
Aircraft Structures where students carry out a full
stress analysis of an aircraft wing.
For further details, log on www.mae.ul.ie
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MA4001
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Engineering Maths 1
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MA4002
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Engineering Maths 2
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Vacation
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ME4111
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Engineering Mechanics 1
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ME4112
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Engineering Mechanics 2
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CH4701
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Chemistry for Eng.
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ME4412
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Fluid Mechanics 1
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ME4611
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Computing
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PE4112
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Production Technology 1
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EE4001
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Electrical Engineering 1
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ME4002
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Introduction to Engineering 2
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ME4001
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Introduction to Engineering 1
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MA4003
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Engineering Maths 3
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MA4004
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Engineering Maths 4
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Vacation
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ME4213
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Mechanics of Solids 1
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MG4604
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Air Transportation Management
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ME4523
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Thermodynamics 1
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EE4008
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Avionics
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ME4814
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Introduction to CAD
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ME4101
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Aircraft Mechanisms
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ME4424
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Aerodynamics 1
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ME4328
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Aircraft Maintenance
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MT4922
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Engineering Materials 1
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CO4310
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Cooperative Education
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MA4006
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Engineering Maths 5
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Vacation
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ME4226
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Mechanics of Solids 2
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ME4116
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Aircraft Vibrations
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ME4616
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Finite Element Analysis
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ME4726
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Flight Mechanics
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ME4807
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Aircraft Conceptual Design
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ME4826
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Aircraft Design
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Graduation
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ME4727
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Stability and Control
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ME4528
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Propulsion Systems
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ME4027
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Project 1
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IE4248
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Project Planning and Control
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ME4227
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Aircraft Structures
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ME4038
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Project 2
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ME4048
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Project 3
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Specialist Elective
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Specialist Elective
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ME4827
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Advanced CAD
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IE4238
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Operations Analysis
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MT4717
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Aerospace Materials
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ME4417
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Boundary Layer Theory
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ME4438
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Computational Fluid Dynamics
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ME4218
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Mechanics of Solids 4
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Entry Requirements
Applicants are required to hold at the time of enrolment the established Leaving Certificate (or an
approved equivalent) with at least Grade C3 in two Higher Level subjects and Grade D3 in four
Ordinary or Higher Level subjects (including Mathematics; Irish or another language; and English).
In addition, applicants are required to hold at least the following in the Leaving Certificate, or an approved
equivalent: Grade C3 in Higher level Mathematics and a grade D3 in a Higher or Ordinary Level paper in
any one of the following:Applied Maths, Physics, Chemistry, Physics with Chemistry, Engineering,Technical
Drawing/Design & Communication Graphics,Technology, Biology,Agricultural Science.
Students can also enter this programme of study via the Engineering Choice degree LM116. A Special Mathematics Examination will be offered at UL following the Leaving Certificate results for those students who did not achieve the Mathematics requirement.
Career Prospects
B.E.Aeronautical Engineering graduates are currently pursuing careers within the following areas:
- Aircraft aerodynamic design and analysis
- Aircraft structural design and analysis
- Flight test instrumentation;Airframe maintenance
- Design of airframe structural repair procedures
- Engine maintenance and repair;
- Aircraft systems engineering
- Aircraft composite structures design and research;
- Computer Aided Engineering
- software development
- Aircraft electrical systems installation
- Pneumatics and cabin systems
- Flight physics
- Aircraft financial services and operations management
- Industrial fluid flow simulation using computational fluid dynamics
- Gas turbine engine design and manufacture
- Automobile aerodynamic and structural design and analysis