ME (Energy Systems Engineering)

1 Years On Campus Masters Program

University of Galway

Program Overview

The ME in Energy Systems Engineering at University of Galway is a one-year, NFQ Level 9 Master of Engineering focused on the design, analysis and management of modern energy systems. It suits engineering graduates who want specialist expertise in sustainable energy, power systems and energy technologies for industry or professional engineering roles.

Curriculum structure

In the master’s year, students develop advanced technical knowledge across core energy engineering domains. They study Energy Systems Analysis and Power Systems Engineering to understand generation, transmission and efficient system operation. Through Renewable Energy Technologies and Power Electronics, students gain insight into integrating renewables and controlling energy conversion systems. The programme also includes Energy Economics and Policy to contextualise technical decisions within regulatory and market frameworks, and culminates in a substantial Major Engineering Project where students apply analytical and design skills to a real-world energy challenge.

Focus areas (in a string):

Energy systems analysis, power systems, renewable energy technologies, power electronics, energy economics & policy, engineering project.

Learning outcomes (in a string):

Analyse and design modern energy systems, integrate renewable and sustainable technologies, apply power and control principles, evaluate energy solutions within economic and policy contexts, and complete an independent engineering project.

Professional alignment (accreditation):

NFQ Level 9 Master of Engineering awarded by University of Galway; aligned with Engineers Ireland requirements when combined with an accredited undergraduate degree.

Reputation (employability rankings):

University of Galway is internationally ranked (QS) with strong graduate employability in engineering and energy-related sectors.

Experiential Learning (Research, Projects, Internships etc.)

ME in Energy Systems Engineering isn’t just about lectures and textbooks — you’ll be actively learning by doing from day one. Students work with real hardware and software tools in purpose-built engineering labs, take modules that involve project-based assessment, and complete a substantial master’s project that challenges you to solve real technical problems. The programme is closely connected to research and industry, with access to advanced facilities and the chance to collaborate across teams, so you graduate with practical skills that employers value.

Here’s how your hands-on learning will take shape:

Work in advanced electronic and systems laboratories within the School of Electronic Engineering, gaining practical experience with embedded systems, signal processing, and networking equipment.
Engage with specialist research facilities such as the Nanomaterials Processing Laboratory, Vision Systems Group, and Performance Engineering Laboratory, where postgraduate students contribute to cutting-edge projects in photonics, communications, and device analysis.
Apply modern software and digital tools as part of your modules and project work, including platforms for machine learning, network simulation, and embedded systems design, depending on your chosen major.
Complete a capstone master’s project, guided by academic supervisors, that synthesizes your learning into a practical solution or prototype on a topic of your choice.
Benefit from universities’s industry links and collaborative culture, working alongside peers on team-based challenges and connecting with employers through faculty networks and events.
Access campus-wide resources, including state-of-the-art libraries, computing facilities, and workshop spaces to refine technical documentation, research skills, and professional communication.

Progression & Future Opportunities

University of Galway ME in Energy Systems Engineering graduates excel in employability, with 96% securing jobs or further study within six months, driven by Ireland's energy transition and global demand for sustainable expertise. Typical job roles include renewable energy engineer, smart grid analyst, hydrogen systems specialist, and energy policy consultant. These roles apply advanced skills in zero-carbon systems, green hydrogen, and power modeling to real-world challenges.

Progression & Future Opportunities:

Career Development Centre provides project placements, industry networking, and skills training with partners like ESB and EirGrid.
96% employment rate, starting salaries €40,000–€55,000, advancing to €70,000+ for chartered professionals.
Collaborations with ESB, EirGrid, Toyota, and SSE offer internships, projects, and graduate programs.
Engineers Ireland accreditation meets Chartered Engineer (CEng) standards for international career mobility.
Graduates lead in renewables and net-zero projects, with many in senior roles or startups after 5 years.

Further Academic Progression: Graduates pursue PhDs at University of Galway or partners like MaREI in smart grids or hydrogen tech, often funded through industry research grants.