ME (Electronic & Computer Engineering)

1 Years On Campus Masters Program

University of Galway

Program Overview

The ME in Electronic & Computer Engineering at University of Galway is a full-time, one-year (9-month) NFQ Level 9 Master of Engineering designed to deepen advanced knowledge in electronic systems and computing technologies. It suits graduates with an honours degree in Electronic & Computer Engineering or a closely related engineering discipline who want industry-relevant technical skills and professional recognition, including progress toward Chartered Engineer status.

Curriculum structure:

In the 60-ECTS master’s year, students engage with both advanced technical modules and professional skills development. They study core advanced technology topics such as Signal & Image Processing, Embedded Systems, Communications Technologies, Sensor Systems, Internet of Things (IoT) and Advanced System-on-Chip Design, building deep capabilities in both hardware and software engineering. Professional and transferable skills modules cover areas like Business & Innovation, Research Methods, Mathematics & IT, preparing students for real-world engineering contexts. A Major Project (20 ECTS) gives students the opportunity to design, prototype and test complex systems, integrating theory with practical problem-solving often linked to industry-relevant applications.

Focus areas (in a string):

Signal & image processing; embedded systems; communications technologies; sensor & IoT systems; advanced system-on-chip design; engineering transferable skills; major engineering project.

Learning outcomes (in a string):

Apply advanced electronic and computing engineering principles; integrate hardware and software solutions; conduct engineering design and prototype development; and complete an independent major project.

Professional alignment (accreditation):

This is an NFQ Level 9 Master of Engineering programme accredited by Engineers Ireland; when combined with an accredited bachelor’s degree, it aligns with the educational requirements for Chartered Engineer (CEng) status.

Reputation (employability rankings):

University of Galway is ranked among the world’s universities in global rankings such as QS World University Rankings, and its engineering degrees are well recognised for strong graduate employability and industry engagement in technology and engineering sectors.

Experiential Learning (Research, Projects, Internships etc.)

MEng in Electronic and Computer 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 Electronic & Computer Engineering graduates demonstrate excellent employability, with 96% securing employment or further study within six months, particularly in Ireland's thriving tech and medtech sectors. Typical job roles include embedded systems engineer, AI integration specialist, signal processing developer, and IoT systems designer. These capitalize on advanced modules in machine learning, robotics, and biomedical electronics for innovative industry applications.

Progression & Future Opportunities:

University of Galway Career Development Centre offers industry placements, skills workshops, and employer networking events tailored to engineering graduates.
96% positive outcomes within 6 months, with starting salaries around €38,000–€52,000, rising to €70,000+ for chartered engineers.
Collaborations with Medtronic, Analog Devices, and Boston Scientific enable project work, internships, and direct recruitment.
Engineers Ireland accreditation fulfills Chartered Engineer (CEng) requirements, ensuring global professional recognition.
Graduates progress to leadership in AI, renewables, and medtech, with many launching startups or reaching senior roles within 5 years.

Further Academic Progression: Graduates advance to PhD programs at University of Galway, Tyndall Institute, or EU partners like ETH Zurich in AI, embedded systems, or biomedical engineering, often with funded research via industry links.