The new and exciting Contemporary Applied Art Degree course explores contemporary ideas, use of materials and offers students the opportunity to creatively develop and make objects.

The course combines studio projects and practical workshop based sessions, where idea development and making are integrated. Students have a base studio, where individual and group tutorials, crits, and presentations take place. The programme is staffed by practicing professionals, and visiting lecturers who regularly contribute specialist expertise.

Digital health technologies include mobile apps, wearable devices and platforms that provide remote healthcare (telehealth), software to help track symptoms, online tools to diagnose conditions, and programmes that analyse data from medical devices.

The BSc (Honours) in Digital Health and Informatics for Healthcare aims to meet the growing demand for a specialised workforce in the digital health technologies. It is a four-year level 8 programme, three years on campus followed by one year on work placement. It is a combined degree in science and computing and multidisciplinary involving three pillars in the following areas: Bioscience, Health Studies and Data Science. The former two pillars underpinning the latter, providing graduates who understand the medical and human sciences as well as the advanced technical knowledge and skills.

This course gives you up-to-the minute skills and industry relevant training in the animation and visual effects sector.

It will introduce you to the core principles of creative film making, animation and visual storytelling.  This degree gives you the necessary practical and technical skills for employment in this rapidly expanding sector. There are modules on drawing/character development, illustration, design, character modelling, animation principles, and much more.

The programme provides students with the knowledge, skills and competencies in IT infrastructure and cybersecurity and is designed around five key strategic pillars; Cyber Security, Networking, Cloud Computing Technologies, Automation, and IT Management. In year 3, work placement begins in January.

Computing professionals are in high demand and short supply. This computing degree in MTU, Kerry Campus, prepares graduates to be problem solvers and innovative thinkers. It is the most flexible of our computing programmes. During the first year, students will study common modules, as they progress into second year, they will be offered a choice of specialisms: Games Development, Software Development, and Cloud Development.

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.

This programme gives you the skills and knowledge you need to design and build applications that people use every day, for the desktop computer, for the web and for mobile devices (such as smart phones and tablets). You will become proficient in the application of state-of-the-art technologies in areas such as cloud computing, machine learning, big data and data analytics. As a Software Developer, you will be involved in all stages of the application from start to finish.

The Bachelor of Science in Veterinary Nursing in the Kerry Campus of MTU will prepare learners to become a competent and accountable veterinary nurse. This programme has a strong educational basis, integrated with professional skills to equip graduates for a career in the field of Veterinary Nursing.

The aim of this course is to prepare graduates for a range of technical positions within the multidisciplinary field of applied physics and instrumentation.

Whilst there is particular emphasis on employment within process industries, such as chemical, pharmaceutical, biotechnology, food, beverage and water, graduates are well equipped for employment in other sectors such as computers, medical devices and microelectronics, as well as in hospitals and in research and development.

Our biological science degree in Animal Bioscience has a major focus on animal health, disease and diagnostics. The animal biosciences discipline is experiencing significant growth, both nationally and internationally, due to an increased demand for diagnostics to underpin animal health and disease management globally.

Agricultural science is the application of science and business to the primary production of quality food and ecosystem services. Agriculture is a huge growth industry, both in Ireland and internationally, and remains vital to the country’s economic development.

Potential candidates interested in pursuing a career in the agri-food industry today, need to apply scientific knowledge to sustainable farm management. This helps to ensure that the range of agricultural activities – environmental awareness, food safety, animal welfare, advancements of agri-food technology and contemporary scientific knowledge are considered in the context of sustainable animal and crop production.

Applied Biosciences is the study of complex biological systems, and how they work, for example how bacteria generate energy from the breakdown of sugars. Applied Biosciences also involves the use of living organisms and bioprocesses in engineering, technology, medicine and agriculture – in other words, the application of scientific and technical advances in the life sciences to develop commercial products.

Analytical chemistry deals with the great variety of methods used to identify and quantify the chemical components of materials, while pharmaceutical chemistry focuses on aspects of drug design, synthesis, and manufacture.

This degree is designed to develop your skill and competence to work as a laboratory analyst. The primary focus of the degree is on pharmaceutical analysis and it is very practically based, giving our students the key laboratory skills and the hands-on training industry requires. First year delivers core science modules and fundamental practical skills training and subsequent years build on these areas.

The Physical Sciences (Common Entry) course is designed for applicants who wish to enter a physical science course in MTU but are undecided about or wish to postpone selecting a designated chemistry or physics qualification until after they have had an opportunity to experience both disciplines.

Nautical Science has three main elements: navigation, cargo operations, and ship operations. In other words, the control of a ship; the safe operation of a ship, including the protection of life and the environment; Shipboard administration, and the handling, loading and care of cargoes which may be as diverse as petroleum products, general cargo, or thousands of new cars or passengers.

This course is designed for those who wish to pursue a career as a deck officer aboard ship. It provides a comprehensive education in navigation and other ship board activities.

An Electro-technical officer (ETO) operates, maintains and calibrates all electrical, electronic and ship’s equipment. The ETO’s role is not restricted to the engine room and they may also work on complex systems located throughout any vessel. This is an exciting programme to cater for the growing need on board ship for a specialist in electrical/electronic/networking systems.

The function of the marine engineer is to operate and maintain the engines, boilers, generators and other systems of ships. Most of the mechanical equipment aboard ship is operated and maintained by marine engineers. This course aims to provide a sound knowledge base of marine engineering.

Environmental engineering is that branch of engineering concerned with the application of scientific and engineering principles for the protection and improvement of the environmental quality of the world in which we live.

Environmental engineers work on issues of sustainability, provide safe and secure drinking water, collect, treat and properly dispose of wastewater and other wastes, design flood protection measures, maintain or improve air and noise quality, design sustainable urban drainage systems, clean up contaminated land and groundwater, and help communities and industry minimise pollution, among many other activities.

Interior architecture involves the design of interiors of buildings, their layout and space planning, fitting, technical and structural resolution, furnishing and decoration, and the preparation of all technical drawings and written documentation necessary for the carrying out of the work.

The design work of interior architecture includes domestic, commercial, leisure, retail, educational, healthcare and cultural interior projects. Interior architectural design encompasses many types of interiors and utilises accompanying skills. 

The architectural technologist is involved with the technical issues of the architectural design process and plays the role of a technical designer. They are a team player who provides an expertise in technical design principles and knowledge in the development of the built environment. They are an organiser and coordinator of the diverse disciplines involved in the design and construction process.

The Construction Common Entry Level 7 degree programme is for students interested in both construction management and quantity surveying as a career, but who may be unsure of which discipline to follow. This common entry degree programme gives students the opportunity to see both disciplines first hand. Through the various modules on offer, and interaction with the lecturers, student can decide which discipline suits them best.

The course develops farming, business and management skills to enable graduates to follow careers as successful commercial farmers or in the agri-business sector. It will provide graduates with the skills they will need to be able to participate actively in policy decisions – whether they are local, regional or international – which will influence their profession and its role in a modern economy. 

Agricultural engineering is a specialised branch of engineering, concerned with the design, manufacture, modification and maintenance of equipment used in agriculture. As a student of MTU’s highly regarded Agricultural Engineering programmes, you will work in state-of-the-art facilities and graduate with a degree that enjoys an excellent reputation in the industry.

The course has a unique combination of theoretical and applied areas of study in conjunction with relevant business subjects. This course aims to provide the graduate with the practical, analytical, managerial, and interpersonal skills necessary for a successful career within the automotive industry.

The course is taught through a combination of lectures, practical work and assignments related to practical aspects, e.g. motor vehicle technology, garage practice, automobile electronics, advanced diagnostics, CAD/vehicle design, etc.