Bachelors in Computer engineering

5 Years On Campus Bachelors Program

Trinity College Dublin TCD

Program Overview

The Computer Engineering programme at Trinity College Dublin gives you a deep understanding of how computer systems and hardware interact with software, preparing you for careers at the cutting edge of technology and innovation. It’s perfect for students who love solving complex problems, building systems from the ground up, and seeing their ideas come alive in real hardware and software applications.

Curriculum Structure

Year 1 – Foundation in Engineering

In your first year, you’ll build a strong base across engineering fundamentals, including mathematics, physics, introductory programming, and engineering science, along with hands-on design and project work that develops practical problem-solving skills. This enables you to confidently move into core engineering challenges later in the degree.

Year 2 – Core Engineering Skills

Your second year continues the common engineering programme, deepening your understanding of topics such as thermo-fluids, solids and structures, electronics, and computer-aided engineering, while giving you more opportunities to work on group design-build projects. This broad base ensures you’re ready to specialise in your chosen engineering discipline.

Year 3 – Specialization Begins

In Junior Sophister (third) year, you begin focused study in Computer Engineering. You’ll take core modules like Engineering Mathematics, Signals and Systems, Digital Circuits, Microprocessor Systems, Data Structures and Algorithms, and Operating Systems, developing both your hardware and software expertise.

Year 4 – Advanced Topics & Project

Fourth year builds your specialist knowledge further with modules such as Management for Engineers, Research Methods, Information Management, Security & Privacy, and a choice of options like Computer Architecture, Computer Graphics or Deep Learning. You’ll also work on a capstone project that demonstrates your engineering expertise and creativity.

Year 5 – (Optional) Integrated Master’s

If you choose the five-year route leading to the MAI, you’ll spend part of the year on a professional internship with leading tech companies or research labs, and the rest on advanced master’s-level modules such as Machine Learning, Fuzzy Logic, Formal Verification or Knowledge & Data Engineering, culminating in a research dissertation tailored to your interests.

Focus areas (in a string):

Computer systems design, microprocessor architecture, digital electronics, embedded systems, software engineering, telecommunications and networks, advanced algorithms, security & privacy, data systems, artificial intelligence and deep learning.

Experiential Learning (Research, Projects, Internships etc.)

At Trinity College Dublin, hands-on learning is at the heart of the Computer Engineering experience — you won’t just sit in lectures. From early in the degree you’ll work in practical labs and tutorials, developing real code and hardware designs, and later have the chance to take industry placements where you apply what you’ve learned in real professional settings. Throughout your studies you’ll collaborate with peers and researchers, gaining skills employers value by working with current technologies, tools and real engineering problems as part of project work.

Here’s what that looks like in practice:

Industry Placements & Internships: In the fourth year, students can undertake a 5–8 month industrial placement, working with external companies to apply their knowledge in real roles, build professional networks and gain workplace experience before graduating.
Internship Support & Events: The School runs Speed Connect and recruitment events where students meet employers and secure placement opportunities. Placements generally run January–July/August, and students produce reports and presentations that connect their academic learning with their industry experience.
Team Projects & Labs: From first year onwards you’ll spend dedicated contact hours in lab sessions and tutorials working on practical assignments and group projects that reinforce your programming and engineering skills.
Software & Tools: Students learn and use languages such as Java, C/C++, ARM assembly and VHDL as part of practical modules in architecture and hardware design, giving you fluency with industry-relevant tools.
Research Engagement: You’ll have opportunities to liaise with cutting-edge research groups and labs across Trinity’s engineering and computing ecosystem, including software research clusters and engineering research centres.
Collaborative Projects: The programme’s project work often involves team-based design and development, preparing you for the collaborative nature of engineering careers.

Progression & Future Opportunities

Graduates from the Computer Engineering programme at Trinity College Dublin go on to exciting and varied career paths in technology, innovation, and engineering, with many securing roles such as Software Engineer, Systems/Network Engineer, Embedded Systems Developer, or Data Analyst in leading organisations around the world. Trinity’s strong reputation for employability, industry engagement, and professional preparation gives you the confidence to step straight into meaningful work or build a long-term career in tech and engineering sectors:

Career Support Services: The Trinity Careers Service provides tailored guidance from your first year through graduation, including one-to-one career coaching, CV and interview preparation, sectoral workshops, networking events and access to the MyCareer portal where jobs and internships are advertised by employers. Graduates continue to have access to career support and employer engagement resources after completing their degree.
Employability & Employment Stats: Trinity consistently ranks among the top universities globally for graduate employability, with a QS Graduate Employability ranking of 91st worldwide and strong employer reputation and alumni outcomes. Trinity graduates are in demand across sectors and geographies.
Industry Partnerships & Recruitment: The School of Engineering collaborates closely with national and global employers — many of whom recruit directly on campus through the Careers Service, careers fairs and industry-focused events. These connections help students secure internships and graduate roles with leading firms.
Long-Term Accreditation Value: The integrated B.A.I./M.A.I. engineering degree is fully accredited by Engineers Ireland, which supports professional recognition in Ireland and internationally and adds long-term credibility to your qualification.
Graduation Outcomes: Trinity graduates enter competitive fields with a broad skill set that includes technical problem-solving, teamwork, and communication — attributes highly valued by employers worldwide. Many alumni go on to further studies, research, or leadership trajectories.