Masters in Electronic and Communications Engineering

1 Year On Campus Masters Program

Technological University Dublin

Program Overview

The MSc in Electronic & Communications Engineering (TU203) at Technological University Dublin is a one-year, full-time NFQ Level 9 master’s that provides advanced technical training in electronic systems, communications technologies, signal processing and modern engineering design. It suits graduates in electronic, electrical, computer or communications engineering (or related numerate disciplines) who want to deepen specialist engineering knowledge for careers in telecoms, systems design, embedded and networked systems.

Curriculum structure:

In the master’s year, students gain both core engineering foundations and specialised electronic communications expertise. They begin with Innovation and Knowledge Management, Research Methods, and Statistical Analysis for Engineers to build professional engineering competencies and research skills. Through modules such as Microwave and RF Engineering, Wireless Communications and VLSI Design, learners develop practical and theoretical insight into high-frequency systems, digital circuitry and networked communications. Electives like Network Security, Embedded Systems, Optoelectronics and Machine Learning for Engineers allow students to tailor their learning toward advanced communications, signal processing and intelligent systems applications. The programme culminates in an Independent Research Portfolio & Dissertation (30 ECTS) where students synthesise coursework and research to solve a real-world engineering problem.

Focus areas (in a string):

Wireless & RF engineering, VLSI & microelectronic design, network security, embedded systems, optoelectronics, machine learning for engineers, engineering research.

Learning outcomes (in a string):

Apply advanced communications and electronics engineering principles, conduct technical research and design, analyse and model complex signals and systems, implement secure & embedded solutions, and complete an independent research portfolio.

Professional alignment (accreditation):

Awarded as an NFQ Level 9 Master’s degree by Technological University Dublin, aligning with technical and specialist engineering roles in telecommunications, embedded system design, signal processing, and network engineering.

Reputation (employability rankings):

TU Dublin is Ireland’s first technological university and is recognised for its applied engineering education and strong industry links; the programme enhances graduate employability in sectors such as telecoms, computing, and electronics engineering.

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 DCU’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.

DCU’s engineering environment places your learning in contexts that feel like the real world, preparing you not just to understand concepts, but to build, test, and innovate with them.

Progression & Future Opportunities

TU Dublin's MSc in Electronic and Communications Engineering graduates achieve strong employability in Ireland's tech sector, with over 85% securing roles or further study within nine months, capitalizing on skills in VLSI, RF systems, and wireless networks. Typical job roles include communications engineer, network systems designer, embedded communications specialist, and RF hardware developer. These positions support Ireland's digital infrastructure growth in telecoms and IoT.

Progression & Future Opportunities:

TU Dublin Careers Service connects students to industry via job fairs, skills seminars, and internship portals with Dublin tech firms.
Employment rates around 87%, starting salaries €38,000–€50,000, with progression to €65,000+ in senior roles.
Partnerships with Ericsson, Intel Ireland, and Vodafone facilitate co-ops, projects, and graduate recruitment pipelines.
Engineers Ireland accreditation enables Chartered status for global professional recognition and mobility.
Graduates advance to lead telecom projects or startups, with 90% in specialized roles after 5 years.

Further Academic Progression: Graduates pursue PhDs at TU Dublin, UCD, or international programs like TU Munich in advanced comms or photonics, often with industry-funded research positions.