ME Electrical Power Engineering

2 Years On Campus Masters Program

University College Dublin

Program Overview

The ME in Electrical Power Engineering (T335) at University College Dublin is a two-year, full-time NFQ Level 9 Master of Engineering programme that provides advanced theoretical and practical training in electrical power systems, renewable integration, power electronics and smart grid technologies. It is ideal for engineering graduates from Electrical, Electronic or related disciplines who want to develop specialist expertise for careers in utilities, energy companies, grid operation, and technical leadership, as well as for progression to PhD-level research.

Curriculum structure:

Across the two-year ME programme, students build a deep understanding of electrical power engineering through core and option modules combined with professional work experience and a major project. They study Control Theory and Power System Operation to develop analytical skills in modelling, stability and reliable system control, and Renewable Energy Systems to understand integration of sustainable generation into modern grids. Power System Dynamics & Control and Power Electronics & Drives build specialised knowledge in dynamic system behaviour and electronic conversion technologies, while Power System Design and Applications of Power Electronics focus on practical engineering solutions and high-level design principles. The programme includes a Professional Work Experience (PWE) module that integrates academic learning with industry practice, and a substantial ME Electrical Project where students synthesise technical, analytical and design skills to address complex engineering challenges.

Focus areas (in a string):

Control theory, power system operation, renewable energy systems, power electronics & drives, power system dynamics & control, system design, professional work experience, engineering project.

Learning outcomes (in a string):

Analyse and design advanced electrical power systems, integrate renewable and smart grid technologies, apply power electronics and control methods, engage in professional engineering contexts, and complete a major independent engineering project.

Professional alignment (accreditation):

This master’s is professionally accredited by Engineers Ireland and recognised under the Washington Accord, supporting eligibility for Chartered Engineer status and aligning with international engineering standards.

Reputation (employability rankings):

University College Dublin ranks among the world’s leading universities (QS World University Rankings), and its engineering degrees are well-regarded by employers in energy, utilities, electrical systems and advanced engineering sectors globally.

Experiential Learning (Research, Projects, Internships etc.)

Students on the MSc in Electronic & Information Engineering don’t just study theory — they gain hands-on experience that develops the practical skills used by engineers every day. From undertaking a year-long research project to applying advanced computational tools and deep learning techniques, the programme combines classroom learning with research-driven practice. You’ll have access to state-of-the-art engineering facilities and work closely with leading research groups in areas like digital communications and future networks. Collaboration is a key part of the experience, with group projects and problem-solving exercises that mirror real-world engineering challenges:

Experiential learning opportunities include:
• A year-long MSc Research Project where you apply methods and tools to a real engineering problem, building technical expertise and project management skills.
• Laboratory-based assignments in modules such as Digital Signal Processing, Digital Wireless Communications, and Integrated Systems Design, giving you hands-on experience with signal analysis, communication systems, and hardware-software integration.
• Access to departmental labs within the School of Engineering, where experimental work and group assignments are conducted under faculty supervision.
• Collaborative group projects in modules like Deep Learning and its Applications and Cyber-Physical Systems, reflecting the teamwork environments found in industry.
• Exposure to active research centres and initiatives, such as Future Networks and Communications research groups, to see how theoretical concepts are applied in cutting-edge work.

These facilities and activities ensure your learning is not just theoretical but grounded in the tools and environments used by professionals every day.

Progression & Future Opportunities

ME Electrical Power Engineering graduates achieve high employability, with around 82% in full-time roles or further study within nine months, often in sustainable energy sectors driving Ireland's green transition. Typical job roles include energy systems engineer, renewable project manager, power grid analyst, and sustainability consultant. These leverage advanced skills in energy modeling and decarbonization.

Progression & Future Opportunities:

UCD Careers Network provides energy sector job fairs, skills workshops, and alumni mentoring for placements.
Employment rate at 81.8%, with average starting salaries of €40,000–€50,000, rising to €60,000+ mid-career.
Partnerships with ESB, EirGrid, and SSE Airtricity offer internships, co-ops, and graduate programs.
Engineers Ireland accreditation supports Chartered Engineer status, valued globally for career advancement.
Strong outcomes include 90%+ progression to leadership roles in renewables within 5 years.

Further Academic Progression: Graduates can advance to PhD programs at UCD, ETH Zurich, or Stanford in energy engineering or climate tech, often with scholarships for research in smart grids or hydrogen systems.