BEng in Electronic and Computer Engineering

4 Years On Campus Bachelors Program

Dublin City University DCU

Program Overview

The BEng in Electronic and Computer Engineering at Dublin City University combines the power of electronic systems with computing and software design to prepare you for careers in areas such as embedded systems, digital communications, robotics, and intelligent computing. It’s ideal for students who enjoy both hardware and software — connecting circuits and devices to smart algorithms and digital technologies.

Curriculum Structure

Year 1 — Engineering Fundamentals
In your first year, you’ll develop a strong foundation in core engineering topics. You’ll study Engineering Mathematics, Physics for Engineers, Electronic Fundamentals, Engineering Computing & Programming, Materials Technology and Workshop Practice. These modules build your analytical skills, hands-on ability, and understanding of how electrical and digital systems work.

Year 2 — Core Electronic & Computing Concepts
Second year introduces deeper study in both electronics and computing. You’ll cover topics such as Digital Logic and Systems, Analogue Electronics, Signals and Systems, Software Development for Engineers, Circuit Theory, Engineering Mathematics and Data Structures. This year strengthens your ability to analyse and design both electronic hardware and software systems.

Year 3 — Applied Electronic & Computer Systems
In third year, the emphasis is on applying your knowledge to real engineering challenges. You’ll study modules in Embedded Systems, Microprocessor Applications, Digital Communications, Control Systems, Computer Architecture, and Computer Networks. Labs and project work help you combine hardware and software into usable engineered solutions.

Year 4 — Advanced Topics and Final Project
Fourth year focuses on advanced technical topics and independent problem solving. You will take modules in areas such as Wireless & Mobile Systems, Real-Time Systems, Intelligent Systems, Robotics and Automation, Software Engineering for Embedded Platforms, and undertake a major individual engineering project where you design, build and evaluate a complete electronic and computer system.

Focus areas:
Electronic systems design • Computer architecture and networks • Embedded systems and real-time computing • Digital communications • Signals and control • Robotics and automation • Intelligent computing and software/hardware integration

Learning outcomes:
Graduates will be able to analyse electronic and computer engineering problems using mathematics and engineering science, design and test both hardware and software systems, apply modern engineering tools, conduct experiments and interpret data, work effectively in multidisciplinary teams, and communicate technical concepts clearly with professional and ethical judgment.

Professional alignment (accreditation):
The BEng in Electronic and Computer Engineering is aligned with professional engineering standards, supporting progression toward professional engineering registration and enhancing international career mobility.

Reputation (employability & standing):
Dublin City University is known for its strong industry-relevant engineering programmes and excellent graduate outcomes. Graduates of Electronic and Computer Engineering are highly employable in sectors such as embedded system design, digital communications, software and hardware development, automation, robotics, and technology consulting due to their integrated hardware and software skill set.

Experiential Learning (Research, Projects, Internships etc.)

At Dublin City University, the Bachelor of Engineering in Electronic and Computer Engineering is designed to ensure students learn engineering by building real systems. From the first year onward, you combine electronics, computing, and software through intensive laboratory work, design challenges, and applied projects. You gain hands-on experience with electronic circuits, embedded systems, communication technologies, and software development, all within professional engineering environments. A major strength of this programme is its strong industry focus, highlighted by an extended paid work placement, which allows you to apply your technical skills in real engineering roles before graduation.

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

Electronic & Embedded Systems Laboratories
You work in specialist labs where you design, build, and test electronic circuits, sensors, embedded controllers, and digital systems using professional measurement and diagnostic equipment.
Integrated Software and Hardware Development
Practical modules focus on programming microcontrollers and embedded platforms, allowing you to integrate software with physical devices and develop intelligent, responsive engineering systems.
Project-Based Learning Every Year
Design and problem-solving projects are embedded across all years of the programme. These projects develop creativity, teamwork, technical communication, and structured engineering thinking.
Six-Month Paid Industrial Work Placement
In third year, you complete a structured, paid industry placement through DCU’s INTRA programme. This placement provides valuable professional experience and often leads to graduate employment opportunities.
Final-Year Capstone Engineering Project
In the final year, you undertake a major individual project focused on a specialised area of electronic and computer engineering, demonstrating your ability to solve complex, real-world engineering problems.
Industry-Relevant Digital Tools & Programming Skills
Throughout the degree, you gain experience with professional programming languages, embedded development environments, simulation tools, and digital design software used in modern engineering roles.
Exposure to Cutting-Edge Technologies
Modules cover areas such as data communications, control systems, robotics, Internet of Things, and digital signal processing, giving you practical insight into modern and emerging technologies.
Research-Informed & Industry-Aligned Teaching
Teaching is delivered within a research-active engineering school, ensuring that students engage with current engineering challenges and industry-relevant technologies.

Facilities & Practical Resources (Official):
Dedicated electronic and embedded systems laboratories, software development and simulation environments, robotics and communication system facilities, project and prototyping spaces, structured industrial placement support, and access to DCU’s engineering computing and library resources.

Progression & Future Opportunities

The BEng in Electronic and Computer Engineering at Dublin City University (DCU) equips you with a powerful blend of hardware and software engineering skills that are in high demand across technology, communications, robotics, automation, embedded systems, IoT, computing and electronics industries. Graduates typically begin careers in roles such as Embedded Systems Engineer, Electronics/Computer Systems Engineer, Controls & Automation Engineer and Software-Hardware Integration Engineer, with strong prospects in both industry and research environments:

• University Services to Support Your Career:
DCU’s Careers Service offers personalised career guidance, industry networking events, CV and interview preparation workshops, internship and placement assistance, and access to employer opportunities — all designed to help you build your professional profile and transition successfully into employment.

• Employment Outcomes & Salary Prospects:
Graduates from this programme enjoy strong employability because employers highly value engineers who can work seamlessly across both electrical/electronic systems and computing/ software platforms. These skills support competitive starting salaries and clear pathways into multidisciplinary engineering and technology roles.

• University–Industry Partnerships:
The programme benefits from DCU’s engagement with a wide range of employers in telecommunications, embedded systems development, computing and software services, automation, electronics design and research sectors. Real-world project opportunities and industry engagement help you connect with current technologies and potential employers while you study.

• Long-Term Accreditation Value:
This degree is structured to meet recognised engineering education standards, giving you a strong foundation for professional engineering practice and progression toward Chartered Engineer status — a respected qualification that enhances long-term career mobility and leadership opportunities internationally.

• Graduation Outcomes:
Graduates are prepared to contribute to the design, development, testing and optimisation of integrated electronic and computing systems — including embedded devices, control technologies, digital signal processing applications and smart systems — across sectors such as telecommunications, automation, consumer electronics and emerging tech.

Typical roles graduates move into include:

Embedded Systems Engineer – designing and developing hardware-software integrated devices.
Electronics/Computer Systems Engineer – working on computing platforms and electronic interfaces.
Controls & Automation Engineer – building and tuning logical control systems for machinery and products.
Software-Hardware Integration Engineer – bridging software algorithms with physical hardware platforms.

Further Academic Progression:

After completing the BEng in Electronic and Computer Engineering, you can continue to expand your expertise and strengthen your career prospects. Many graduates choose to pursue postgraduate Master’s degrees in areas such as embedded systems, advanced electronics, communications engineering, computer engineering, control systems or intelligent systems to deepen specialist knowledge. Others progress to PhD research, working on innovation in fields like robotics, human-machine interaction, cyber-physical systems or artificial intelligence for engineering. Postgraduate qualifications also support professional accreditation goals and open doors to senior engineering, research and leadership roles.