BSc Electrical/Electronic Engineering

At University College Dublin, the BSc in Electrical/Electronic Engineering is designed to help students learn engineering by doing it. From the very beginning, you combine core theory with practical laboratory work, engineering projects, and hands-on system design. You’ll work with real electrical and electronic components, measurement equipment, and digital tools, developing the skills needed to design, analyse, and improve modern technologies. The programme builds a strong foundation in electrical and electronic systems while keeping learning closely connected to real-world engineering practice, making it an excellent pathway into honours degrees, industry roles, or advanced study.

Here’s how experiential learning is built into the degree:

• Electrical and Electronic Engineering Laboratories
  You’ll regularly work in dedicated labs where you design, build, and test analogue and digital circuits, power systems, and electronic devices. These sessions strengthen your understanding of how electrical systems behave outside the classroom.

• Applied Design and Problem-Solving Projects
  Group and individual projects are integrated into modules, allowing you to tackle engineering challenges, develop teamwork and communication skills, and apply theoretical concepts to practical solutions.

• Embedded Systems and Digital Engineering Tools
  You gain hands-on experience with embedded controllers, programming environments, simulation tools, and computer-aided design software used to model, test, and validate engineering systems.

• Signals, Communications, and Power Systems Practice
  Practical sessions support learning in signals and systems, communications engineering, electrical energy systems, and power electronics, helping you link mathematical models to real electrical behaviour.

• Final-Year Engineering Project
  In the final year, you complete a substantial capstone project where you design, build, test, and present an electrical or electronic engineering solution in an area that matches your interests.

• Industry Exposure and Professional Development
  Students are encouraged to engage with industry through internships, employer talks, engineering events, and professional development activities, helping bridge the gap between university learning and engineering careers.

• Research-Informed Teaching Environment
  Teaching is closely connected to UCD’s active research in areas such as power systems, communications, signal processing, and control, ensuring exposure to modern engineering challenges and technologies.

• Clear Progression to Honours Degrees
  This BSc provides a strong academic and practical foundation for progression to honours-level engineering degrees, including BE and ME pathways.

Facilities & Practical Resources (Official):
Electrical and electronic engineering laboratories, embedded systems and computing labs, power and energy systems facilities, simulation and modelling suites, capstone project workspaces, engineering society resources, and access to UCD’s extensive engineering libraries and digital learning infrastructure.

The BSc in Electrical/Electronic Engineering at University College Dublin (UCD) prepares you for a future-focused engineering career at the core of modern technology — spanning power systems, renewable energy, communications, embedded systems, and electronics design. Graduates typically progress into roles such as Electrical/Electronic Engineer, Embedded Systems Engineer, Power Systems Engineer, and Controls & Automation Engineer, with strong demand across both industry and research environments:

• University Services to Support Employability: UCD’s Careers Service offers personalised career guidance, CV and interview preparation, employer networking events, internship and placement support, and access to engineering-focused recruitment opportunities to help you secure relevant professional experience.
• Employment Outcomes & Salary Prospects: Electrical and electronic engineering graduates enjoy high employability rates due to strong demand across energy, technology, automation, telecommunications, and manufacturing sectors. Starting salaries are competitive in Ireland and internationally.
• University–Industry Engagement: The School of Electrical & Electronic Engineering maintains close engagement with industry and research partners, giving students exposure to real-world engineering challenges through projects, applied learning, and professional interaction.
• Long-Term Accreditation Value: The programme follows professional engineering education standards, supporting progression toward Chartered Engineer status, a globally recognised qualification that enhances career mobility and long-term advancement.
• Graduation Outcomes: Graduates contribute to the design, testing, and implementation of electronic systems, power networks, control systems, and smart technologies, building careers in renewable energy, IoT, automation, telecommunications, and advanced electronics.

Further Academic Progression:

After completing the undergraduate degree in Electrical/Electronic Engineering, students can further develop their expertise through postgraduate Master’s programmes in areas such as electronic and computer engineering, power and energy systems, embedded systems, communications engineering, control systems, or biomedical engineering. For those interested in research and innovation, the degree also provides a strong foundation for PhD study, leading to careers in advanced research, academia, or high-level technical leadership. Postgraduate study also strengthens professional accreditation prospects and long-term career growth.