The BSc in Software Systems Development is a three year ordinary degree course. In this degree programme students will learn how to design, develop, and maintain software applications such as interactive web sites, mobile apps, database applications, and business intelligence tools. Our students also have the option to choose and elective stream of modules in either business, languages or psychology. 

Software development is the creation and maintenance of software products. These products range from mobile phone apps to highly complex software control systems such as those found in self- driving cars.

In the broader sense, it includes everything from initial concept identification and design through to the final production of software. It can include identification of required software, analysis of software requirements, system design, programming, testing and maintenance.

Graduates of Interactive Digital Art and Design are imaginative, innovative creators. They will make key contributions to digital product design, particularly when it comes to user experience. This field covers a range of industries, including games development, application development, multimedia entertainment, simulation and virtual reality creation, animation, and filmmaking.

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.

IT Security is the practice of safeguarding information from unauthorised access and modification. Cybercrime is illegal activity carried out with technology. With growing dependence on technology and increased interconnectivity between personal, business, government devices and critical infrastructure, the requirement for security in the IT ecosystem is amplified.

This course aims to provide industry with graduates who are knowledgeable in cybersecurity processes, practices, implementation and assessment of both IT infrastructure and software, enabling secure and scalable solutions.

This is a four year course designed to provide students with the knowledge and practical experience of industry standard innovative tools and technologies, within the domains of technology and creative media.

The course is primarily a computing course specialising in creative media, with approximately 60% computing content and 40% creative media content. It is a very practical based course where students develop skills through a strong emphasis on project work and continuous assessment. 

The programme is designed to equip you with the skillset required to work in an array of computing roles in industry. You will develop secure software with the most modern methods of software technology for all areas of application, and you will have the ability to analyse, select, and utilise appropriate emerging technologies for the development of a software solution.

You will be able to store, manage and mine data for businesses, and to develop systems to enable organisations to extract value from such data.

Software development is the creation and maintenance of software products. These products range from mobile phone apps to highly complex software control systems such as those found in self driving cars.

In the broad sense, it includes everything from initial concept identification and design through to the final production of software. It can include identification of required software, analysis of software requirements, system design, programming, testing and maintenance.

The BSc (Hons) in Computer Forensics & Security is a four year honours degree course equipping graduates with the specialised skills and knowledge needed to secure, monitor and examine electronic crime scenes and digital environments.

This is a computer science degree with a specialism in the securing, monitoring and investigating of computers, digital devices and data. It also covers programming, computer networks, operating systems and web technologies. It allows you to investigate, decode and decipher the digital world in which you live. 

IT (Information Technology) Management involves the coordination of complex computer systems in organisations including the selection, installation and maintenance of all computing technologies.

This is a critical role in any organisation as the efficient management of IT is vitally important for all aspects of a business.

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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. 

This degree is designed to equip students with the knowledge and skills needed to manage modern commercial farms. The first two years focus on practical farming skills, while the third year enhances business, managerial, scientific, and IT competencies. Students undertake a 12-week farm placement in the second year, gaining hands-on experience on high-quality commercial farms. Graduates are prepared for roles in farm management, agrifood cooperatives, meat processing, and agribusiness sales.

This degree is delivered in partnership with Teagasc and South East Technological University. It blends science, practical skills, and business, covering plant production, landscape design, food crops, and sustainability. With a 15 week industry placement, graduates earn Green Cert status. This course suits those passionate about plants, the environment, sustainable food production, or pursuing a dynamic career in horticulture, landscaping, or agribusiness.

This degree is focused on sustainable forest management. Students engage in extensive fieldwork and a semester-long industry placement, gaining practical experience in forest operations. The curriculum covers topics such as silviculture, forest protection, timber technology, and environmental management.

This five-year programme will consist of three phases: foundation, clinical and professional. The foundation and clinical phases, will provide students with an in-depth understanding of the relevant, underpinning scientific and clinical concepts and related industry context via a Scaffolded Active Learning style curriculum, to motivate students to learn in an active, collaborative manner. The final professional phase of the MVB programme employs a fully distributed model of clinical education.

This programme is specifically designed to prepare students for modern practice by covering science, healthcare, professional practice, research, leadership, along with experiential placement, in an integrated way. Patient care and professionalism are central to the programme, in all its teaching and learning activities.

Successful malting, brewing and distilling requires the application of both scientific and engineering principles. This four-year course, which is the first undergraduate malting, brewing and distilling degree in Ireland, equips students with the necessary scientific knowledge and instrumentation competencies to work in the malting, brewing and distilling industry.

Combined with modules in product development, marketing and regulatory affairs, graduates will be ideally qualified to work in these expanding industries.

Microbiology is all about understanding how microorganisms affect our world in crucial ways, from improving healthcare to protecting the environment and driving new technologies.

This course dives into how microbes are used to diagnose diseases, clean up pollution, and create bio-based solutions and biological products for industries. It focuses on three main areas: Diagnostic Microbiology, Environmental Microbiology, and Industrial Microbiology.

Microbiology is all about understanding how microorganisms affect our world in crucial ways, from improving healthcare to protecting the environment and driving new technologies.

This course dives into how microbes are used to diagnose diseases, clean up pollution, and create bio-based solutions and biological products for industries. It focuses on three main areas: Diagnostic Microbiology, Environmental Microbiology, and Industrial Microbiology.

The Higher Certificate in Science provides students with a grounding in scientific knowledge and skills. There is an emphasis on practical skills and with more than 50% of the course dedicated to practical classes, students gain essential laboratory and analytical skills.

The course is designed to provide graduates with theoretical knowledge and understanding, and the practical skills necessary to pursue technical careers in a modern scientific environment in the areas of industrial chemistry, pharmaceutical manufacture, scientific instrumentation, quality control, food science and technology.

Bioscience is the branch of science concerned with living organisms and is the foundation of many other schools of scientific inquiry, including biopharmaceuticals, which refers to medical drugs manufactured in living organisms such as bacteria, yeast and mammalian cells.

This course will advance students’ skills in bioanalysis, biotechnology, genetics, immunology, diagnostics, bioforensics and biopharmaceutical science.

This is a three year full-time course designed to train you to work in the areas of biopharmaceutical, biomedical, environmental or food related industries. With further qualifications you could become a science researcher or a secondary school science teacher.

Analytical scientists investigate the chemical nature of substances to identify and understand how they behave in different conditions. In the pharmaceutical industry, for example, analytical scientists are involved throughout the drug manufacturing process to ensure the quality and stability of drug products.

The modules of this course offer an introduction to biology, chemistry, physics, mathematics and computing. Elective modules are also offered in specialised areas such as Food Science with Business, Pharmaceutical Science, and Molecular Biology with Biopharmaceutical Science.

The student can get a taste of what is involved in each of these areas, before making a more informed choice as to which area they would like to specialise in for their degree.

In this course students will experience a wide range of state-of-the-art instrumentation and equipment at SETU Waterford and learn from researchers actively involved in cutting edge areas such as separation science, pharmaceutical drug delivery, biotechnology and environmental science.