Bachelor of Engineering (Honours) in Electrical & Electronic/Computer & Communications Engineering

3 Years On Campus Bachelors Program

Technological University Dublin

Program Overview

The BEng (Honours) in Electrical & Electronic / Computer & Communications Engineering at Technological University Dublin is a three-year honours degree that prepares students for careers in electrical, electronic, and computing technologies. It combines core electrical engineering, digital and analogue electronics, communications systems, control, and computer engineering to equip graduates with the technical skills and practical experience needed for roles in telecommunications, automation, embedded systems, power systems, and software-driven electronics.

Curriculum Structure

Year 1 — Engineering Fundamentals
The first year establishes a strong foundation in engineering. Students study Engineering Mathematics, Engineering Science, Electrical & Electronic Principles, Introduction to Computing, Digital Electronics, and technical communication. Hands-on laboratory sessions and practical workshops develop problem-solving skills and prepare students for advanced study.

Year 2 — Core Electrical, Electronics, and Communications
Second year builds deeper technical knowledge. Key subjects include Electrical Systems, Control and Automation, Digital and Analogue Electronics, Signals and Systems, Microprocessor Systems, Communications Engineering, and Engineering Computing. Project work and lab exercises integrate theory with real-world applications, giving students practical experience in designing and analysing systems.

Year 3 — Advanced Engineering and Honours Project
The final year focuses on advanced topics and applied engineering. Modules include Advanced Electronics, Embedded and Real-Time Systems, Communication Networks, Computer Engineering, and Sustainable Electrical Systems. A major honours project allows students to undertake a substantial engineering design or research project, demonstrating independent technical ability, problem-solving, and readiness for professional practice.

Focus areas:
Electrical power and energy systems • Digital and analogue electronics • Communications and networking • Control and automation • Computer engineering and embedded systems • Signals and systems • Engineering project design and research

Learning outcomes:
Graduates will be able to analyse and design electrical, electronic, and computing systems, integrate hardware and software solutions, use modern engineering tools, conduct experiments and interpret data, collaborate in multidisciplinary teams, and communicate technical solutions professionally with ethical responsibility.

Professional alignment (accreditation):
This honours engineering degree aligns with recognised professional engineering education standards and supports progression toward professional engineer registration and international career mobility.

Reputation (employability & standing):
Technological University Dublin is well known for its applied, industry-relevant engineering programmes. Graduates are sought after in sectors such as telecommunications, automation, embedded systems, power and energy, computer engineering, and digital communications, due to their strong technical foundation and hands-on project experience.

Experiential Learning (Research, Projects, Internships etc.)

At Technological University Dublin, the Bachelor of Engineering (Honours) in Electrical & Electronic/Computer & Communications Engineering is a dynamic, hands-on honours degree where you learn by doing — from building and testing real systems to working with industry-standard hardware and software. This programme integrates electrical principles with electronics, computing, embedded systems and communications technologies. You won’t just study theory — you’ll apply it in modern laboratories, collaborative design studios, and project environments that reflect professional engineering practice. Throughout the degree, you gain practical experience with electrical circuits, digital systems, embedded platforms, wireless and communication systems, and professional software — giving you the technical confidence needed for careers in smart systems, telecommunications, embedded design, power systems, and digital engineering.

Here’s how experiential learning is embedded throughout the degree:

Modern Electrical & Electronics Laboratories
You’ll spend substantial time in purpose-built labs working with electrical systems, analogue and digital circuits, sensors and actuators, measuring and analysing their performance using real instruments.
Embedded & Computer Systems Work
Practical modules introduce you to embedded controllers, microprocessors, firmware development and real-time system design — giving you the ability to integrate hardware and software in applications such as robotics, automation and intelligent systems.
Communications & Signal Processing Practice
In communications-focused labs, you’ll work with modulation, wireless channels, transmission and reception systems, analysing real signals and learning how digital communications operate in practice.
Industry-Standard Digital Tools & Software
Throughout the programme you’ll use professional software environments for circuit design, digital system simulation, embedded programming, systems modelling and communications analysis — building skills that match industry practice.
Design Projects & Team-Oriented Challenges
Structured design and engineering challenges are embedded in many modules. You’ll work in teams on open-ended problems, develop solutions from concept to testing, and present your results — mirroring what professional engineers do on the job.
Workshops & Practical Assembly Sessions
Workshops reinforce hands-on skills such as assembling, wiring, testing and debugging systems — helping you understand how components come together in real engineering projects.
Industry Exposure & Professional Insight
The programme includes engagement with industry professionals through guest lectures, employer presentations and practical demonstrations that connect academic learning to current engineering practices.
Final-Year Integrated Honours Project
In your final year you’ll undertake a substantial individual honours project that integrates electrical, electronic, computer and communications elements — designing, building and evaluating a complete engineered system that demonstrates your technical breadth and practical ability.
Research-Led Teaching & Contemporary Themes
Teaching draws on current developments in fields such as embedded computing, digital communications, intelligent systems and energy-efficient electronics, ensuring your learning reflects contemporary engineering challenges.
Optional Study Abroad & Global Context
You may have opportunities to undertake part of your degree overseas, adding an international dimension to your engineering education and expanding your professional outlook.

Facilities & Practical Resources (Official):
Electrical and electronics engineering laboratories, embedded systems labs, communication systems and signal processing workspaces, digital design and simulation environments, workshops for assembly and testing, project and prototyping areas, industry engagement activities, and access to TU Dublin’s engineering library and computing resources — all designed to give you practical experience and professional confidence in electrical, electronic, computer and communications engineering.

Progression & Future Opportunities

The Bachelor of Engineering (Honours) in Electrical & Electronic / Computer & Communications Engineering at Technological University Dublin (TU Dublin) prepares you for in-demand roles at the intersection of electrical systems, embedded computing and communications technology — skills that power today’s connected world. Graduates typically move into careers such as Embedded/Systems Engineer, Communications & Network Engineer, Electronics/Computer Systems Developer and Controls & Automation Engineer across sectors like telecommunications, automation, robotics, IoT, smart systems and digital infrastructure:

• University Services to Support Your Career: TU Dublin’s Careers Service provides personalised career guidance, industry networking events, CV and interview preparation, internship/placement support, and access to employer engagement opportunities — all designed to help you start your engineering career with confidence.
• Employment Outcomes & Salary Prospects: Graduates with combined strengths in electrical, electronic, computing and communications engineering enjoy strong employability and are highly sought by employers because they can work across hardware, embedded systems, software and network platforms. These multidisciplinary skills support competitive starting salaries and clear pathways into technology, communications, automation and systems engineering careers.
• University–Industry Engagement: The programme engages with employers across sectors including embedded systems design, wireless and network communications, automation, consumer electronics and smart technologies, giving you exposure to real-world challenges, project experience and professional networks before you graduate.
• Long-Term Accreditation Value: This honours degree offers a solid academic foundation in engineering and supports progression toward recognised professional credentials such as Chartered Engineer status — a respected qualification that enhances international career mobility and long-term advancement.
• Graduation Outcomes: Graduates are prepared to design, develop, test and optimise integrated electrical, electronic, computing and communications systems. You’ll be ready to work on embedded platforms, networked devices, control systems and digital infrastructure that drive innovation across technology-focused industries.

Typical roles graduates move into include:
• Embedded/Systems Engineer — developing integrated hardware and software solutions.
• Communications & Network Engineer — building and optimising networked systems.
• Electronics & Computer Systems Developer — designing electronic and computing platforms.
• Controls & Automation Engineer — creating and maintaining automated systems.

Further Academic Progression:

After completing the Bachelor of Engineering (Honours) in Electrical & Electronic / Computer & Communications Engineering, you can further enhance your expertise and career prospects through postgraduate study. Many graduates pursue Master’s degrees in areas such as embedded systems, communications engineering, computer engineering, digital systems, automation and intelligent control to deepen specialist technical knowledge. Others choose PhD research in fields like intelligent systems, networked technologies, cyber-physical systems or advanced communications, preparing for careers in innovation, research or academic leadership. Postgraduate study also strengthens professional accreditation prospects and supports long-term advancement into senior engineering and technology roles.