Energy Systems University of Galway

Overview

At the School of Engineering we are focused on ensuring that you will be educated to the highest standards, and will have the necessary qualifications to avail of all of the professional opportunities presented to you, both in Ireland and across the world. You will be enrolled on an integrated five year programme; a Bachelor of Engineering (BE) (four years, Level 8) + a Master of Engineering (ME) (one year, Level 9). Students on the BE+ME pathway will avail of advanced engineering modules, a substantial research and development project, and a work placement.  Upon successful completion of the five years of study, graduates will have the educational qualifications required for progression to Chartered Engineer. 

Key facts

Why choose Energy Systems Engineering at University of Galway ?

Energy Systems Engineers are at the forefront of transforming how we use, store, and produce energy, meeting global energy needs while protecting the environment.The BE+ME in Energy Systems Engineering provides a fundamental grounding in traditional engineering types like mechanical, civil, and electronic engineering, combined with specialised knowledge of energy systems.Engage in individual and group projects aligned with community and industry partners, exploring energy and environmental challenges in practical and meaningful ways.Study innovative topics such as zero-carbon energy systems, fuels and hydrogen, zero energy buildings, and smart grids. 

Career 

Energy Systems Engineering graduates are uniquely positioned to lead the global transition towards a sustainable, secure, and resilient energy future. The multidisciplinary nature of this programme opens doors to a diverse range of career opportunities in some of the world’s leading companies. 

Graduates are ideally suited for careers in: 

• Power Generation and Transmission: designing and building giant wind turbines

• Smart Grid Design and Rollout: working in the control room of our power grid

• Electric Vehicles and Charging Networks: deploying electric vehicles and their charging infrastructure 

• Green Hydrogen Infrastructure: developing and deploying green hydrogen technologies

• Zero carbon buildings: designing and operating sustainable, energy-efficient buildings.

• Energy Supply Management: managing the flow and distribution of energy.

• Renewable Fuels and Infrastructure: developing and implementing new sustainable fuel sources.

• Environmental Protection and Research: contributing to environmental solutions and pioneering new energy technologies.