The purpose of this course is to provide students with a firm foundation in computer games design. Students will gain the necessary knowledge and skills fundamental to the craft of games design. Although the emphasis of the course is on principles of design, the course provides exposure to all aspects of games development from initial concept, to storyboard creation and from design right through to the development stage culminating in the design of fully functioning 2D and 3D games.

Games Development is one of the most exciting and dynamic areas of software development that one can work in. Graduates of this course are sought after by both multinational and indigenous industry leaders such as Microsoft, Black Shamrock, Glu Mobile and Dice Studios.

The games industry continues to grow rapidly and Ireland is gaining international recognition as a centre of excellence due to the calibre of graduates in this field.

The games development sector demands a range of skills across the creative, technical and commercial domains. As well as the obvious technical skills, success for games developers also relies on an ability to manage and market their projects therefore the so-called soft skills within the multidisciplinary environment of the games sector are also needed. These include project management capabilities, team-working, problem solving, and communication skills.

This course will assist learners to develop these technical, personal and interpersonal skills through the activities and projects taught as part of the course curriculum. These include 2D and 3D games development through multiple platforms, 3D modelling and animation, games programming, web and internet technology and professional portfolio development.

Our Bachelor of Science in Computing with Computer Games Development is designed to give you the skills and knowledge to embark on a successful career in the games industry - one of the most dynamic and cutting-edge industries in the world today.

In this course, Students will gain the necessary knowledge and skills to understand how computers work and can be used to model the physical behaviour of real world objects. This course in Computer Games Programming enables students to appreciate the programming considerations that arise with different game genres such as adventure, First Person Shooter (FPS), Role Playing Games (RPGs), strategy, fighting and sports games.

Students will play and critique a variety of games on a selection of popular platforms (e.g., X-Box, PS3, PC, etc.); use specialised game engine tools to create their own game components (levels, maps, characters, etc.); write and test their own computer games (2D and 3D), as well as develop important life skills, including effective communication techniques, teamwork and independent learning skills.

Games Development is one of the most exciting and dynamic areas of software development that one can work in. Graduates of this course are sought after by both multinational and indigenous industry leaders such as Microsoft, Black Shamrock, Glu Mobile and Dice Studios.

The games industry continues to grow rapidly and Ireland is gaining international recognition as a centre of excellence due to the calibre of graduates in this field.

This two-year program is strategically designed to address the significant skills shortage in the rapidly expanding Computer Networking and Cyber Security industries. With a heavy emphasis on hands-on, practical learning, the course builds student confidence in core areas such as Networking Models, Operating Systems, and Electronics. By blending essential theory with high-level technical training, the program ensures graduates are industry-ready. Furthermore, Coláiste Dhúlaigh’s strong professional ties with leading employers provide students with a distinct advantage when entering the competitive job market.

This advanced course addresses the high demand for IT and AI professionals by focusing on network design, administration, and modern security mitigation. Students develop specialist skills in coding, mobile technology, and troubleshooting to solve complex technical problems with high attention to detail. Graduates are well-positioned for immediate roles or can apply via the CAO for advanced entry into undergraduate degree programs.

This course provides students with the computer network know-how to build secure and efficient networks and understand how hackers work. You will gain the knowledge to defend and manage the network by developing security plans, strategies and technical solutions to protect computer networks which includes physical and virtual servers and network hardware configuration. You will learn through hands on experience with Windows & Linux operating systems, services, scripting, databases, ethical hacking, virtual machines, microservices, Cisco, VMware, Amazon AWS and Microsoft Azure cloud technologies. Students gain a foundation of technical knowledge, problem solving and logical thinking that gives them a competitive advantage in their career and further education. 

This degree focuses on the infrastructure that powers the movement of data about the Internet. Students get an in-depth understanding of computer network design, implementation and optimisation through a suite of modules that focus on cutting edge technologies. This includes software defined networks, public, private and hybrid cloud technologies and ethical hacking. The cyber security eco-system has evolved and grown at an exponential rate over the last number of years and is a critical aspect for all sectors of our economy. 

This degree focuses on the infrastructure that powers the movement of data about the Internet. Students get an in-depth understanding of computer network design, implementation and optimisation through a suite of modules that focus on cutting edge technologies. This includes software defined networks, public, private and hybrid cloud technologies and ethical hacking. The cyber security eco-system has evolved and grown at an exponential rate over the last number of years and is a critical aspect for all sectors of our economy.

In this programme in Computer Networks with Software you will learn about the latest operating systems, computer hardware, software development and networking technologies, coupled with hands on practical experience. In addition, you will gain a strong foundation in cyber security.

This Level 5 Computer Programming course gives students an excellent grounding in computer programming. Students develop practical skills and can progress to our QQI Level 6 Advanced Certificate in Computer Programming. The Level 6 course has an advanced second year entry links with TU Dublin Grangegorman, TU Dublin Blanchardstown and TU Dublin Tallaght, NCI, and Griffith College.

The Certificate in Computer Programming course also enables students to apply through the CAO directly to third level. This course has a high success rate in terms of students securing places in TU Dublin, NCI, Maynooth University, UCD and IADT.

This Level 5 Computer Programming & Coding course offers students a solid foundation in computer programming. You will gain practical skills and qualifications that will allow you to apply directly to higher education through the CAO or serve as a stepping stone into a career in the technology sector.

The course addresses the growing need for technology across various industries, leading to a high demand for IT professionals.

Turn your passion for games and technology into real-world skills and a future career.

This exciting and hands-on course combines the creative world of game design with the technical side of computer programming. You’ll learn how to design, code, and build your own 2D and 3D games using professional tools like Unity and Blender, all while developing the solid programming skills needed for a career in tech.

The BSc in Computer Science is a full-time four-year degree course that encompasses all aspects of computer systems (both software and hardware) and ICT (information and communication technology), including software development, database technology, computer networks, operating systems, algorithms, security, web technology and applications. 

Our world runs on computing. It’s used in every single sector and industry. From climate modelling and the study of disease to high tech companies and the latest online games, innovation and progress needs software engineers to solve problems and build products.

If you want to know how computers work and learn how to develop cutting-edge computer, internet and mobile technology, choose Computer Science. Along with programming, you’ll study advanced data tools and algorithms, databases, networks and cryptography, along with other much needed skills such as critical thinking and communications skills.

The UCD Computer Science degree covers the fundamentals of Computer Science while also exposing students to the contemporary languages and technologies used in the industry. Key topics include programming, foundational mathematics, advanced software engineering, cloud development, theory of computer science, networks and security. The principal programming languages used are C, Java and Python. Specialised topics include computer graphics, game development, robotics, mobile development and others.

Computer scientists are critical to the global infrastructure that underlie our communications, finance, health, energy, transport and many other vital systems. Are you interested in understanding the algorithmic complexity of problems, automating human intelligence, providing ubiquitous access to information and designing secure and effective software and computer systems? If so, this course will prepare you for work in an exciting industry. 

Computer Science is concerned with the study of everything to do with computers and our relationship with them. Computer scientists are critical to the efficient running of modern societies, dealing with health, security, banking and finance, transportation, and now increasingly our interaction through social networks.

Computing professionals deal with theoretical issues, solve complex problems, deal with matters of ethics and with society at large. Theoretical issues in computer science relate to the abstract notions of computation and information.