BEng in Aircraft Systems

At South East Technological University, the Bachelor of Engineering in Aircraft Systems is designed to give you real-world aeronautical engineering experience from day one. This degree prepares you to work with the complex systems that keep aircraft operating safely and efficiently — from propulsion and flight controls to avionics, electrical systems, and maintenance diagnostics. Rather than learning only theory, you’ll spend significant time in specialist labs, workshops, and simulation environments where you build, test, troubleshoot, and optimise real aerospace systems and components. Project-based learning and group assignments reflect authentic engineering problems, while industry engagement ensures that what you learn aligns with professional expectations in aviation and aerospace.

Here’s how experiential learning is embedded throughout your degree:

• Aircraft Systems & Avionics Laboratories
  You’ll work hands-on with aircraft electrical systems, navigation equipment, sensors, actuators, and avionics testing rigs — gaining direct experience with the technologies used in modern aircraft platforms.

• Propulsion & Mechanical Systems Workshops
  Practical sessions allow you to study turbine engines, power transmission systems, mechanical assemblies and other core aircraft subsystems through real hardware and component tests.

• Flight Simulation & Systems Diagnostics
  You’ll use flight simulation tools and aircraft system diagnostic equipment to analyse performance, troubleshoot faults, and understand how integrated aircraft systems respond in authentic operating conditions.

• Control Systems & Systems Integration Projects
  Team-based engineering projects mirror real aerospace engineering workflows, helping you learn how systems integrate, communicate and function together within an aircraft environment.

• Digital Engineering Tools & Software
  Throughout the programme, you’ll gain hands-on experience with engineering software used for systems modelling, simulation, control logic design, and data interpretation — skills that align directly with aerospace and systems engineering practice.

• Group Projects & Team Challenges
  Collaborative assignments are embedded in many modules, helping you build teamwork, project planning, problem solving, and communication skills — essential for multidisciplinary aerospace teams.

• Final-Year Major Engineering Project
  In your final year, you undertake a substantial project where you apply all you’ve learned to design, validate, test or optimise an aircraft systems solution — putting into practice systems thinking, engineering analysis, and professional reporting.

• Industry Engagement & Professional Context
  Teaching is informed by aerospace industry practice, with guest lectures, employer contributions, and applied examples from airline and systems environments helping connect your learning to real professions.

Facilities & Learning Environment (Official):
Specialist aircraft systems and avionics laboratories, propulsion and mechanical systems workshops, flight simulation suites, advanced engineering computing labs, systems integration project spaces, professional software tools for modelling and diagnostics, and university library and engineering resources — all structured to give you hands-on experience with real aircraft systems technologies.

Why choose Aircraft Systems at SETU

This Bachelor of Engineering degree is ideal for students who want a career working with the technologies that make aircraft fly safely, including electrical systems, flight controls, aircraft instrumentation, and integrated avionics engineering. Graduates are well prepared for roles in aircraft systems engineering, avionics maintenance and testing, airline technical operations, aerospace systems integration, aircraft diagnostics, UAV systems, and engineering support roles — with practical experience that sets you apart in the industry.

The Bachelor of Engineering in Aircraft Systems at South East Technological University (SETU) prepares you for a practical, hands-on engineering career focused on aircraft systems, airworthiness and aviation-related technology. Graduates typically move into roles such as Aircraft Systems Engineer, MRO (Maintenance, Repair & Overhaul) Engineer, Airworthiness Support Specialist and Field Service Engineer, with strong skills in avionics, electrical power, hydraulics and flight systems. This is one of the few specialised aircraft systems engineering degrees in Ireland, designed to get you industry-ready from day one.

• University Services to Support Your Career:
SETU’s Careers and Employability Service supports you throughout your degree with one-to-one career guidance, CV and interview preparation, employer networking events, placement advice and access to graduate recruitment opportunities. These services are designed to help you build a strong professional profile and transition smoothly into the aviation industry.

• Employment Outcomes & Salary Prospects:
Aircraft systems engineers are in demand across airlines, aerospace maintenance companies, aviation service providers and engineering support organisations. Graduates benefit from strong employability and access to competitive entry-level salaries in aircraft maintenance, technical operations, field service and aviation engineering roles.

• University–Industry Engagement:
The programme is delivered by SETU’s Department of Aerospace and Mechanical Engineering and is supported by specialist aviation facilities, including an on-campus aerospace centre, avionics laboratories and hands-on aircraft systems training environments. You gain real-world technical experience that reflects modern aviation operations.

• Long-Term Accreditation Value:
This engineering degree is built around recognised engineering education standards and provides a strong foundation for professional development. The applied nature of the programme supports progression into honours engineering degrees and specialist postgraduate aviation programmes.

• Graduation Outcomes:
Graduates are equipped to work on aircraft maintenance, diagnostics, system optimisation and airworthiness compliance. You’ll be ready to contribute to airline technical teams, maintenance organisations, aerospace support companies or continue into advanced engineering study.

Typical roles graduates pursue include:
• Aircraft Systems Engineer — working on aircraft electrical, avionics and mechanical systems.
• MRO Engineer/Technician — supporting aircraft maintenance and overhaul operations.
• Airworthiness Support Specialist — ensuring compliance with aviation safety standards.
• Field Service Engineer — providing technical support for aircraft systems in operational environments.

Further Academic Progression:

After completing the BEng in Aircraft Systems, you can progress into honours level engineering degrees such as BEng (Honours) in Aerospace Engineering, Mechanical Engineering or Electronic Systems Engineering. Many graduates also go on to pursue Master’s degrees in aerospace engineering, aviation technology, maintenance engineering or aircraft systems, which open doors to senior engineering, technical leadership and research roles. For those interested in innovation and advanced aviation technology, postgraduate study provides an excellent pathway into high-level aerospace careers and international aviation organisations.