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2 Years On Campus Masters Program
University College DublinThe T252 – MEngSc in Electrical & Electronic Engineering at University College Dublin is a two-year full-time NFQ Level 9 research-oriented Master of Engineering Science degree focused on advanced electrical and electronic engineering topics, providing in-depth technical expertise and research experience. It suits graduates in electrical engineering or closely related disciplines who want to pursue high-level engineering practice, research and development, or transition into doctoral study in areas such as communications, power systems, embedded systems and automation.
Curriculum structure:
Over the two-year programme, students gain advanced engineering and research competencies. They undertake bespoke research work under faculty supervision, building advanced problem-solving skills and expertise in specialist areas such as signal processing, control systems, power electronics and communications. There are no traditional exams or lectures; instead, students focus on a substantial research thesis that documents original engineering research and technical innovation. This thesis-centred model equips students with deep analytical and technical experience applicable to industry R&D as well as academic research.
Focus areas (in a string):
Advanced electrical & electronic engineering research, signal processing, communications, power systems, control systems, embedded systems, thesis-driven research.
Learning outcomes (in a string):
Conduct independent engineering research; apply advanced technical methods in electronics and electrical engineering; design and analyse complex engineering systems; communicate research findings professionally.
Professional alignment (accreditation):
Awarded as an NFQ Level 9 Master of Engineering Science, aligning with research and advanced technical roles in electrical engineering and supporting progression to PhD study.
Reputation (employability rankings):
University College Dublin ranks among top global universities in QS World University Rankings, and its engineering programmes are recognised for strong research output and graduate employability in technology, R&D, and engineering sectors.
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.
UCD T252 (MEngSc Electrical & Electronic Engineering) graduates enjoy strong employment prospects, with over 80% securing roles within months of graduation, often in high-demand tech sectors. Typical job roles include electrical engineer, power systems analyst, control systems engineer, and embedded systems developer. These positions leverage the program's focus on advanced engineering skills for innovative applications in energy, automation, and telecommunications.
Progression & Future Opportunities:
UCD Careers Network offers tailored CV clinics, employer fairs, and internship placements to boost employability.
Employment rate exceeds 81% nine months post-graduation, with average starting salaries around €40,000-€50,000.
Partnerships with Intel, Analog Devices, and ESB provide co-op opportunities and direct recruitment pipelines.
Engineers Ireland accreditation ensures global professional recognition, enhancing long-term mobility.
92% of research graduates enter employment directly, with many advancing to senior roles within 5 years.
Further Academic Progression: Graduates can pursue a PhD in electrical engineering at UCD or top institutions like MIT or Imperial College, specializing in areas like renewable energy or AI-driven systems, often with funded research positions.
NFQ Level: 9Bright, creative graduates with first-class or strong 2:1 degrees in electrical engineering or closely related disciplines who are excited about pushing technological boundaries. IELTS 6.5 (no band less than 6.0 in each element), or equivalent.China- A UK 2:1 (Upper Second Class Honours) degree equivalent is required. For Chinese applicants, this typically corresponds to a final overall average of 80-85% or a B+ grade.India- A UK 2:1 (Upper Second Class Honours) degree equivalent is required. For Indian applicants, this typically means a First Class or a very high Second Class Bachelor’s degree, most commonly reflected by a cumulative score of 60-70% or above.USA - UK 2:1 (Upper Second Class Honours) degree equivalent is required. For applicants from the USA, this typically corresponds to a minimum cumulative GPA of 3.3 on a 4.0 scale.Electrical EngineerElectronic Design EngineerPower Systems EngineerControl Systems EngineerEmbedded Systems EngineerTelecommunications EngineerRF (Radio Frequency) EngineerHardware EngineerInstrumentation EngineerSemiconductor EngineerAutomation EngineerVLSI Design EngineerRenewable Energy EngineerNetwork EngineerSystems Integration Engineer
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