Computer Engineering Trinity College Dublin

Overview

The Computer Engineering programme at Trinity College Dublin provides students with a comprehensive understanding of how modern computer systems function and integrate with the physical world. This degree prepares graduates to lead in fields ranging from microprocessor design to the development of secure wireless networks. Students benefit from a curriculum that balances theoretical foundations with practical engineering applications.

Computer engineers at this level are involved in diverse activities, including writing firmware for embedded microcontrollers and designing complex VLSI chips. The course also covers the creation of next-generation high-speed communications and the development of robotics.

Why Computer Engineering at Trinity College Dublin?

The School of Computer Science and Statistics is the oldest department of its kind in Ireland, boasting over 60 academic staff members. Students are taught by world-leading experts who are at the forefront of international research. The school has a prestigious history of innovation, with several famous start-up companies, such as Havok and Demonware, originating from its research environment.

Studying here offers unique opportunities to collaborate with postgraduate researchers and industry partners. The environment encourages students to be inquisitive, analytical, and detail-oriented. Beyond technical skills, the programme emphasises the communication and teamwork abilities essential for professional engineering careers, ensuring graduates are ready for the global workforce.

Tuition Fee Breakdown

• International fee: EUR 22580 per year
• European fee: EUR 3181 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The first two years of the programme consist of a common engineering curriculum shared by all specialisations. Modules may include:

• Computer Engineering
• Software Engineering
• Circuit Design
• Operating Systems
• High-speed Communications Networks
• Wireless Networks
• Robotics
• Digital Systems
• Microprocessors

Careers with Computer Engineering

Graduates are highly sought after for roles that require a deep understanding of both electrical systems and computing software. Many find success in robotics research, where they use digital systems to monitor and control sensors and motors. The analytical skills developed during the course also prepare students for high-level positions in software engineering and network architecture.

The school's strong links to industry and its reputation for producing creative, detail-oriented engineers provide a significant advantage in the job market. Alumni often secure roles in hardware design, firmware development, and the telecommunications sector. The programme's focus on professional communication ensures that graduates can effectively lead teams and collaborate on complex international projects.