MEngSc Engineering - Electrical and Electronic Engineering

1 Year On Campus Masters Program

University College Cork UCC

Program Overview

The MEngSc in Electrical and Electronic Engineering (Code CKR47) at University College Cork is a 1-year full-time NFQ Level 9 Master of Engineering Science that develops advanced technical expertise in key areas of electrical and electronic engineering including smart grids, embedded systems, communications and machine-level design. It suits engineering graduates (typically with a BE in Electrical/Electronic Engineering or equivalent) who want to deepen their specialist engineering skills and carry out a substantial research project with the option of an industrial placement.

Curriculum structure:

In the master’s year, students engage with a balanced mix of advanced coursework and a research component that builds both breadth and depth in electronic systems. They begin with Research Report (10 credits) and core modules such as Internet of Things: Technology and Application and Engineering Machine Learning Solutions to link contemporary embedded systems with data-driven design. Through modules like Smart Grids, Electrical Power Systems, and Advanced Digital Signal Processing, learners gain expertise in large-scale electrical systems, signal analysis and next-generation infrastructure. Electives such as Optimisation, Network Security, Programming in Python, and Foundations of Statistical Data Analytics allow students to tailor their learning toward computing, analytics or systems engineering applications. The programme culminates with a Dissertation in Electrical and Electronic Engineering (30 credits), where students integrate theoretical knowledge and practical techniques to complete an independent research project.

Focus areas (in a string):

Internet of Things; engineering machine learning; smart grids; power systems; digital signal processing; embedded systems; optimisation; network security; Python & analytics; independent research.

Learning outcomes (in a string):

Apply advanced electrical and electronic engineering principles; design and analyse complex systems (IoT, power, communications); integrate machine learning and software tools; and complete an independent engineering research project.

Professional alignment (accreditation):

Awarded as an NFQ Level 9 Master of Engineering Science, this qualification equips graduates for specialist technical and leadership roles in electrical engineering, embedded systems, smart infrastructure and R&D environments.

Reputation (employability rankings):

University College Cork is recognised internationally in rankings such as QS World University Rankings and is known for strong industry-linked postgraduate engineering programmes with solid graduate employability outcomes in technology and engineering sectors

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

UCC MEngSc in Electrical and Electronic Engineering (CKR47/MENEE) graduates benefit from excellent employability, with 93-95% securing employment or further study within nine months, particularly in high-growth areas like smart grids, IoT, and machine learning. Typical job roles include embedded systems engineer, power systems specialist, RF design engineer, and automation controls expert. These positions draw on advanced skills from the program's research-focused curriculum and industry-relevant modules.

Progression & Future Opportunities:

UCC Careers Service offers placement schemes, skills workshops, and connections to Tyndall National Institute for internships and job placements.
Postgraduate employment rate at 95%, with starting salaries around €40,000–€55,000, often higher in tech firms.
Partnerships with Tyndall Institute, MaREI, and Cork-based high-tech companies like Analog Devices provide paid placements and recruitment.
Engineers Ireland accreditation enables Chartered Engineer status, supporting global career progression.
Graduates advance to leadership in renewables and electronics, with many in senior roles within 5 years.

Further Academic Progression: Graduates can pursue PhDs at UCC, Tyndall, or international leaders like Imperial College in areas like optoelectronics or smart grids, often with funding via research institutes.