Aircraft Maintenance Engineering – BSc

Develops the arithmetic, algebra, geometry, trigonometry and graphical skills required in aircraft maintenance. Students learn to rearrange formulae, work with ratios and units, interpret graphs and complete practical engineering calculations.

Introduces the physical principles that explain how aircraft and their systems operate. Topics include matter, mechanics, forces, motion, work, power, energy, fluid dynamics, heat, temperature, light, sound and wave motion.

Covers the principles of electricity used in aircraft systems, including electron theory, voltage, current, resistance, direct and alternating current, circuit calculations, capacitance, magnetism, induction, transformers, motors and generators.

Introduces the digital technology used on modern aircraft. Students study number systems, logic circuits, data conversion, data buses, microprocessors, electronic displays, computer-based aircraft systems and the principles of electronic instrumentation.

Examines the materials and components used in aircraft construction and maintenance. Content includes ferrous and non-ferrous metals, composite materials, corrosion, heat treatment, fasteners, pipes, unions, springs, bearings, gears, cables and material inspection.

Develops the core knowledge and working practices required by an aircraft maintenance technician. Topics include workshop safety, tools and measuring equipment, engineering drawings, fits and clearances, electrical wiring, riveting, bonding, welding, aircraft handling, maintenance procedures, technical records and safe working practices.

Explains how airflow produces lift, drag, stability and control. Students study the atmosphere, aerodynamic terminology, aerofoil theory, the relationship between lift and drag, stall behaviour, flight stability and the fundamentals of high-speed flight.

Explores how human performance influences aviation safety and maintenance quality. Topics include communication, teamwork, fatigue, stress, situational awareness, workplace conditions, human error, organisational factors and methods used to reduce maintenance mistakes.

Introduces the international and European regulatory framework governing aircraft maintenance. Students study the roles of EASA and the Irish Aviation Authority, aircraft certification and continuing airworthiness, together with the requirements of EASA Parts 66, 145 and 147.

Provides an integrated understanding of modern turbine-powered aeroplanes. It covers airframe structures, flight controls, landing gear, hydraulic and pneumatic power, fuel, electrical power, ice and rain protection, fire protection, environmental control, oxygen, water and waste systems, instrumentation and other major aircraft systems.

Covers the operating principles, construction and maintenance of aircraft gas turbine engines. Students examine intake systems, compressors, combustion chambers, turbines, exhausts, bearings and seals, lubrication, fuel and control systems, starting and ignition, engine indication, monitoring, auxiliary power units and engine installation.

Introduces propeller theory, construction, operation and maintenance. Content includes blade design, pitch control, constant-speed operation, governing and synchronisation, propeller ice protection, vibration, inspection, repair, storage and preservation.

Builds confidence in the safe and accurate use of engineering hand tools and measuring equipment. Students practise marking out, cutting, filing, drilling, reaming and threading, while working from technical drawings and specified tolerances.

Introduces the materials, tools and processes used in aircraft sheet-metal construction and repair. Students complete practical exercises in measuring, layout, cutting, drilling, forming, bending, riveting and the production of representative aircraft joints and repairs.

Develops the mechanical standard practices used throughout aircraft maintenance. Training includes torque procedures, locking devices, fasteners, bearings, seals, pipes, hoses, control cables and rods, precision measurement and the correct use of aircraft maintenance manuals.

Develops the practical skills needed to inspect, test, assemble and repair aircraft electrical wiring. Students work with aircraft wires, terminals, connectors, crimping tools, continuity and insulation testing, wiring diagrams and approved electrical repair procedures.

Provides supervised, structured experience across a range of maintenance activities within an operational EASA Part-145 organisation. Students work alongside qualified personnel on large commercial aircraft, complete and record relevant tasks, use approved data and develop the safety, quality, communication and professional standards expected in the workplace.

Mandatory Skills Development includes CDCCL, manual handling, inspection techniques, company procedures training, wing-harness/fall-arrest training, and Airbus A320 familiarisation.

Provides supervised, structured experience across a range of maintenance activities within an operational EASA Part-145 organisation. Students work alongside qualified personnel on large commercial aircraft, complete and record relevant tasks, use approved data and develop the safety, quality, communication and professional standards expected in the workplace.

Applies classroom and workshop knowledge to representative aircraft maintenance activities. Students use common tools and equipment, disassemble and reassemble aircraft components and participate in assessed maintenance tasks relevant to the EASA Part-66 modules on aircraft undergoing aircraft maintenance in a live maintenance environment.

• CDCCL/Fuel Tank Safety Continuation Training
• Human Factors Continuation Training
• EWIS Continuation Training

These continuation-training elements and do not carry separate credits.