This Level 5 Computer Science course gives student an excellent opportunity to learn computer programming. This course covers the abstract concepts required to become a successful programmer, in a small class setting, where questions are welcomed and discussion encouraged. Learning the fundamentals of computer science including software development, software testing, web design, mobile technologies, and database design.

The course offers a broadly-based education in computing science that will equip you with the necessary skills to apply best practice to the development of a wide range of computing systems in organisations. You will study the theory and principles of programming and software development and put them into practice using a variety of contemporary programming languages and tools. You will develop programming expertise in a variety of languages, for example, Python and Java.

You will examine areas such as Database Systems, Computer Technologies, Computer Networks, Systems Security, Full Stack Strategies and Development, Algorithms and Data Structures.

You will also be able to select modules which align with state-of-the-art research or showcase current advances in computing such as Data Analytics, Artificial Intelligence, Pervasive Computing, Mobile Development, Big Data and Computer Vision.

This course has been designed to allow students to choose their own unique path in computing specialising in Computer Programming, Web Design, Mobile App Development and Databases. The course gives students the essential skills to start a career in the computing industry with real rewards and excellent career prospects.

Computer Science (Common Entry) offers exposure to a variety of subjects relating to different areas of computing such as general programming, knowledge of computer architecture, games modelling, and an understanding of the mathematical basis that underpins computing. Our well-equipped and modern laboratories will enable you to acquire practical experience and skills with confidence. You will follow a common first-year programme of study and then select one of the three BSc programmes during the second semester. During the first year you will become well-versed in a range of computing subjects, and therefore, can make better choices that suit your particular needs and interests.

You will learn about the basics of computing/software development, and then decide which of the specialisms you think best suits your personal interests, strengths and plans. Through the use of specialist streams, we can quickly react to industry trends, while always ensuring that you will become a strong programmer/software developer. 

Computer Science (Infrastructure) is about developing software and infrastructure for applications ranging from those on smart devices to those in global corporations. This course provides the skills required to build data centres and networks, and to develop software securely, individually and in teams.

You’ll gain a working knowledge of the components of a computer and a network, become familiar with the components of an operating system, and learn to administrate large distributed systems.

This course will provide you with the knowledge and skills to work as a global software engineer or as an application developer, able to develop as needed in an ever-changing global industry.

On graduation, you’ll be qualified to work in the international IT industry in a wide range of computer roles. You’ll have a strong foundation in such areas as Internet development, cloud computing, mobile software, enterprise systems, artificial intelligence and games technology.

This is a 3-year Honours degree for students who have completed the Leaving Certificate Computer Science subject. This is a broad-based computing course which covering a full range of core topics including programming, databases, networking, machine learning and AI and data science.apps, your opportunities are superb. 

Through a combination of practical and theoretical learning, you will gain experience of computer maintenance, hardware and software system management, and network management. You will learn about programming systems and ICT security.

This course encourages you to develop problem solving, communications and team working skills, and opens up career pathways in a wide range of ICT and network management industries.

This one-year Computer Science course introduces the learner to the digital architecture and theoretical concepts underpinning IT infrastructure and Software Development. You can Study essential topics such as STEM Maths, Programming, Software Architecture and Web Authoring, Python and Java and Maths for Information Technology.

We depend on electronic devices, such as computers and mobile phones, computer software and networks to store, process, transmit, retrieve and manipulate information. Students will cover the technology used in these devices and will focus on the development of the software applications that make these devices useful.

Study all the essentials of computing and software for mobile apps and websites, as well as key areas in mathematics, a major project and a six month placement in industry. Enjoy the huge benefit of studying another Arts subject with Computer Science in first year. This lends graduates a wider frame of reference.

Study all the essentials of computing and software, as well as key areas in mathematics, a major project and a six month placement in industry. Acquire hands-on programming skills and advanced problem solving techniques in our new dedicated computer science building (Eolas). You will study another Science subject or Critical Skills with Computer Science and Mathematics in first year.

A degree in Computer Science teaches you to approach technical problems creatively. It also gives you the information and understanding to find ground-breaking solutions to the world’s emerging problems.

The course will also equip you with the practical skills to approach the specification, design, construction and use of computer systems.

The Computer Science program provides a robust foundation in programming and software engineering within a supportive, small-classroom environment. This course is designed to demystify the abstract concepts of coding, encouraging active participation and inquiry to ensure a deep understanding of the logic behind successful software. Students explore a broad spectrum of the modern tech landscape, including Software Development, Artificial Intelligence (AI), Web Design, Mobile Technologies, and Database Design. By blending core computer science fundamentals with practical skills like software testing, the program equips learners for the technical demands of the industry or progression to advanced higher education in computing.

B.A. (Mod) in Computer Science, Linguistics and a Language. CSLL combines the study of Computer Science; a natural language, either Spanish, French or Irish; and Linguistics.

The computer science component of CSLL seeks to impart a mastery of the techniques and technologies that lie behind what you see on the screen of one of today's computers, giving you a full understanding the computer applications of today, and enabling you to participate in the development of the applications of the future.

Combining Computer Science with Economics will allow graduates to use computing tools to study economics and to apply economic theories to computational settings, such as to build virtual marketplaces.

Our long-running Computer Science and Business joint programme provides graduates with the knowledge and expertise needed to work in the technical field of Computer Science along with the business management skills required to understand the fundamentals of markets, organisations and business management.

A computer system engineer combines knowledge of computer science, engineering, and mathematical analysis to develop, test, and evaluate software for personal computers and more. Students will gain an understanding of the fundamental principles of computer systems, embedded systems, systems programming and real-time systems, along with knowledge and understanding of modern computer architectures.