MSc in Electronic & Computer Technology

1 Year On Campus Masters Program

Dublin City University DCU

Program Overview

The MSc in Electronic and Computer Technology at Dublin City University is designed for graduates who want to work at the forefront of connected, intelligent systems. This one-year postgraduate programme combines electronics, computing, and data technologies, making it ideal for students who want practical, industry-relevant skills in areas such as IoT, embedded systems, and machine learning.

Curriculum Structure

Year 1
Throughout the programme, students develop a strong technical foundation through core modules such as Data Analysis and Machine Learning, Real-Time Digital Signal Processing, and Connected Embedded Systems, where they learn how modern electronic systems collect, process, and transmit data. These modules focus on hands-on problem solving, giving students experience in designing real-time systems and intelligent embedded solutions used in today’s technology industries.
The year culminates in a substantial Masters Project, allowing students to apply their knowledge to an independent project, often focused on IoT or networked electronic systems, demonstrating both technical competence and research ability. Optional modules such as Network Stack Implementation, Security for IoT and Edge Networks, Wireless and Mobile Communications, Web Application Development, and Object-Oriented Programming with Embedded Systems allow students to tailor the degree to their career interests.

Focus Areas

Embedded and connected systems, Internet of Things technologies, machine learning and data analysis, real-time signal processing, network security, wireless communications

Learning Outcomes

Design and implement intelligent electronic and computer-based systems, analyse and process real-time data, develop secure and scalable IoT solutions, apply advanced engineering methods to real-world problems, manage and deliver independent technical projects

Professional Alignment (Accreditation)

The programme is delivered by DCU’s Faculty of Engineering and Computing and aligns with Level 9 of the National Framework of Qualifications, ensuring graduates meet industry and academic standards for advanced engineering roles.

Reputation (Employability Rankings)

Dublin City University has a strong reputation for graduate employability, with the Faculty of Engineering and Computing reporting high employment or further study outcomes within six months of graduation, supported by strong international recognition in graduate employability rankings.

Experiential Learning (Research, Projects, Internships etc.)

Practical learning is at the heart of the MSc in Electronic and Computer Technology at Dublin City University. Throughout the programme, students gain hands-on experience designing, building, and testing connected electronic and computer-based systems, ensuring they graduate with skills that are directly relevant to industry. Teaching is strongly project-based, supported by DCU’s modern engineering facilities, specialist laboratories, and collaborative learning spaces that encourage experimentation, teamwork, and innovation.

As you progress through the programme, learning moves seamlessly from theory into application through laboratory work, group projects, and a substantial Masters project focused on Internet of Things technologies, bringing all your technical skills together in a real-world context:

Specialist engineering laboratories: Access to well-equipped electronic engineering and embedded systems laboratories where students work with hardware platforms, sensors, networking equipment, and real-time signal processing tools
IoT-focused Masters Project: A major independent project centred on the design and implementation of an Internet of Things system, allowing students to apply knowledge from machine learning, signal processing, and connected systems
Project and group-based learning: Many modules include collaborative design and problem-solving activities, reflecting how electronic and computer engineers work in professional environments
Software and digital tools: Use of industry-relevant software for data analysis, machine learning, embedded programming, and network development as part of taught modules
Computing and study facilities: Access to advanced computer labs, collaborative project spaces, and DCU’s main libraries, supporting research, technical development, and independent study
Research-active environment: Learning is supported by staff and facilities linked to DCU’s electronic engineering research activity, exposing students to current developments in connected and intelligent systems

Progression & Future Opportunities

Graduates of the MSc in Electronic and Computer Technology at Dublin City University are well equipped to move into roles where electronics, computing, and intelligent systems come together. Many go on to work as IoT Engineers, Embedded Systems Engineers, Machine Learning Engineers, or Technical Engineers in fast-growing technology sectors that value practical skills and advanced problem-solving.

DCU actively supports students as they transition from study into professional life through a range of dedicated services and industry-focused initiatives:

Career Development Centre support: Students benefit from personalised career guidance, CV and interview preparation, employer networking events, careers fairs, and access to graduate job opportunities during and after the programme
Strong graduate employability outcomes: The Faculty of Engineering and Computing consistently reports that around 90 percent of its graduates are in employment or further study within six months of graduation, reflecting strong demand for DCU engineering graduates
Industry engagement and partnerships: DCU maintains close links with technology and engineering employers through its faculty and research activity, helping students build professional connections and industry awareness
Long-term professional value: The programme’s alignment with Level 9 of the National Framework of Qualifications ensures that graduates hold a recognised postgraduate qualification valued by employers in Ireland and internationally
Positive graduation outcomes: Graduates leave with a strong combination of technical expertise, project experience, and professional skills that support long-term career progression in engineering and technology roles

Further Academic Progression:
On completion of the MSc in Electronic and Computer Technology, graduates may choose to continue their studies through doctoral research or further specialised postgraduate programmes in areas such as electronic engineering, computing, artificial intelligence, or communications. DCU’s research-active environment and postgraduate pathways make it a strong platform for students aiming to move into research, innovation, or advanced technical leadership roles.