Bachelor of Engineering (Electrical & Electronic)

At University of Galway, the Bachelor of Engineering (Electrical & Electronic Engineering) is a hands-on honours degree that blends core electrical engineering principles with practical electronics and system design — giving you the skills to tackle real engineering challenges from day one. The programme emphasizes learning by doing through well-structured laboratory modules, collaborative design work, project-based assignments, and opportunities that connect classroom learning to real-world engineering practice. You’ll gain experience in analytical tools, modern hardware, embedded systems, and software modelling while working with professional equipment and engineering platforms. As you progress, your learning becomes increasingly applied, culminating in a major engineering project that showcases your ability to design, build, test, and optimise engineered systems. The degree’s strong practical focus ensures you graduate with technical confidence and workplace readiness.

Here’s how experiential learning unfolds throughout your degree:

• Applied Electrical & Electronic Labs
  You’ll work in specialist laboratories performing experiments and practical activities that reinforce your understanding of core topics like circuit theory, power electronics, signal processing, control systems, and digital systems. These labs deepen your ability to design and test real electrical and electronic systems.

• Design-Led Team Projects
  From early modules to advanced courses, design challenges and team projects allow you to apply theory to real engineering tasks. You’ll work collaboratively, communicate technical ideas, and solve open-ended problems — skills that are essential in professional engineering environments.

• Embedded Systems & Programming Practice
  Coursework includes hands-on work with embedded controllers, microprocessors, and programming tasks that tie directly into hardware behaviour. This combination of software and electronics prepares you for the integrated nature of modern engineered systems.

• Industry-Relevant Software & Digital Tools
  Throughout the programme, you gain experience with industry-standard engineering software used for circuit simulation, system modelling, digital design, and performance analysis — supporting your ability to prototype and validate solutions.

• Professional Engineering Context & Guest Engineering Talks
  Interaction with industry experts, employer events, and professional-focused sessions help you understand how electrical and electronic engineering skills are applied in practice across sectors such as energy, communications, automation, and digital systems.

• Final-Year Capstone Engineering Project
  In your final year, you undertake a substantial honours project where you conceive, design, build, and test an engineered system. This major project is your opportunity to integrate knowledge from lectures, labs, design work, and software tools to solve a real engineering challenge.

• Workshops & Practical System Construction
  You’ll have sessions in workshops where you build and assemble electrical systems and electronic prototypes, supporting a deeper understanding of how components and sub-systems come together in functioning devices.

• Optional Study Abroad & Global Exposure
  Depending on your pathway, opportunities may be available to study a semester abroad — giving you international experience and exposure to different engineering contexts.

Facilities & Practical Resources (Official):
Electrical and electronics engineering laboratories, embedded systems and digital design workspaces, power and signal testing equipment, circuit and system simulation suites, prototyping and workshop facilities, team project areas, professional development events, and access to the university’s engineering library and computing resources — all designed to give you real, practical engineering experience and confidence.

Career Preparation & Industry Relevance
Graduates of this honours degree are well prepared for careers in sectors such as power systems, renewable energy, telecommunications, automation and robotics, electronics design, embedded systems, instrumentation and control, and further postgraduate study. Your practical skills, lab experience, and project portfolio make you attractive to employers in engineering, technology, research and development, and consulting roles.

The Bachelor of Engineering (Electrical & Electronic) at University of Galway prepares you for a dynamic engineering career designing, developing and optimising electrical and electronic systems that are essential to modern technology — from power and energy systems to communications, embedded systems and automation. Graduates typically move into roles such as Electrical/Electronic Engineer, Embedded Systems Engineer, Controls & Automation Engineer and Power & Communications Systems Engineer, with skills that employers across technology, energy, telecommunications and industrial sectors highly value: this degree lays a solid foundation for both professional employment and ongoing specialised study.

• University Services to Support Your Career: The University of Galway’s Careers Service offers personalised career advice, CV and interview preparation, industry networking events, employer engagement opportunities, and structured guidance on internships and placements — helping you build professional confidence and industry connections while you study.
• Employment Outcomes & Salary Prospects: Graduates in electrical and electronic engineering enjoy strong employability because of broad industry demand for engineers who can work across electrical systems, embedded devices and automation platforms. Starting salaries are competitive in both Ireland and global markets, reflecting the value of your technical expertise.
• University–Industry Engagement: Through industry projects, guest lectures, employer panels and work-based learning opportunities, you’ll engage with real-world engineering challenges and build practical experience with technologies and practices that employers expect. These interactions also help expand your professional network before you graduate.
• Long-Term Accreditation Value: The programme provides a recognised engineering education foundation and is structured to support progression toward Chartered Engineer status — a respected professional qualification that enhances career mobility and long-term leadership opportunities in Ireland and internationally.
• Graduation Outcomes: Graduates are prepared to contribute to the design, analysis, testing and optimisation of electrical and electronic systems, working across sectors such as power and energy, automation, embedded systems, telecommunications and control technologies.

Typical roles graduates move into include:
• Electrical/Electronic Engineer — designing and implementing electrical and electronic systems.
• Embedded Systems Engineer — integrating hardware and software for intelligent devices.
• Controls & Automation Engineer — developing automated control solutions.
• Power & Communications Systems Engineer — working with power networks, signal systems and communications technologies.

Further Academic Progression:

After completing the Bachelor of Engineering (Electrical & Electronic), you can continue to grow your engineering expertise and career prospects through postgraduate study. Many graduates choose Master’s degrees in areas such as power and energy systems, communications and signal processing, embedded systems, intelligent control, or automation engineering to deepen specialist technical knowledge. Others pursue PhD research in cutting-edge fields like sustainable energy technologies, intelligent networks, wireless communications or advanced electronics, positioning themselves for careers in research, innovation or academia. Postgraduate study also strengthens your professional engineering credentials and supports long-term leadership roles in technical, management, and innovation pathways.