Our Mechanical Engineering degree provides students with the skills, knowledge, and competencies required to begin a career in mechanical and manufacturing engineering. This degree enables students to understand and apply the principles of mathematics, science, physics, and the various mechanical engineering technologies, as well as practising design processes and techniques.

This programme is designed to address the needs of industry by supplying skilled technicians who have developed a diverse set of skills. Students have access to state-of-the-art facilities, including comprehensive material and testing laboratories, industry standards software in CAD/CAM, automation equipment, traditional manufacturing workshops, and 3D printers as well as advanced CNC machines. 

This is a modern programme that prepares students for a broad range of career choices, some of which may not yet even exist, in the fields of mechanical and manufacturing engineering. Through a combination of theory, practicals, and workshops, students gain up to date knowledge of engineering principals, and learn how to apply these to solve real world problems. Students are also be asked to consider issues such as ethics and sustainability. It addresses the major skills shortage in the manufacturing sector both nationally and internationally. This programme enables students to understand the principles of mechanics, thermodynamics, fluid mechanics, material sciences, electronics, automation, information technology and computer aided engineering.  

Mechanical Engineering with Energy offers a unique blend of career opportunities, personal fulfilment, and the chance to make positive impacts on the world by addressing energy challenges. This TUS Midlands course is ideal for students interested in the intersection of mechanical engineering and energy technology, as it equips them with the skills and knowledge needed to address contemporary energy challenges, including sustainability and environmental considerations. Graduates of such programs can pursue careers in various industries, including energy production, renewable energy, HVAC systems design, and more.  

This course all about how we build intelligent machines through the meeting of mechanical systems such as engines and machines with the electronics needed to control them.

This course perfectly blends mechanical engineering and electronic engineering. It offers classes in 3D modelling and design, for example, as well as circuit design and programming. Our students and staff are intrigued and inspired by the interplay between electronics and moving parts in connected devices and state-of-the-art machinery.

Gain knowledge for the real world
In third year, you’ll get to do a six-month INTRA work placement and throughout the course, you’ll do lots of project-based learning where you use the latest real-world tools and technologies to solve problems and, of course, build robots. That’s not all. You’ll also take some business-based modules, so you can learn how to develop a business plan and work with other parts of an enterprise.

While you can go on from this course to work in either mechanical or electronic engineering, our graduates typically end up in roles where they incorporate one into the other. For example, they might put sensors into a machine to measure aspects of how it’s working or develop control systems for a lift or a car. Either way, mechatronics graduates are in huge demand.

Mechatronics is defined as a combination of mechanics and electronics which is controlled by computers. This includes designing robots or machines for various purposes; from the space rovers which explore planets, to auto-focusing digital cameras.

Mechatronics is the combination of mechanical, electronic, robotic and software engineering systems that are used in modern manufacturing industries. Mechatronic engineers are problem solvers by nature, looking for solutions to sometimes difficult engineering applications. This programme offers both an applied and practical-based approach with content that develops industry-relevant and sought-after skills. It is designed to address the needs of industry by supplying skilled technicians who have developed a diverse set of skills in machine design, sensor technology, control systems, computing and industrial networks 

Working in a studio-based environment, our hands-on production modules and specialist workshops focus on digital content creation and will have you thinking, designing and creating right from the start. This degree is designed to be fluid, responding to both your interests and the ever-changing industry landscape. With a complementary suite of practical and theoretical modules, all aspects of the course inform and are informed by each other. 

In our Media Studies degree students will study the principles and practices of audio-visual production and interactive web authoring, how to research and analyse media cultures, genres and industries, and the role of media in society and politics.

Students engage in independent and group projects to develop their media practice and have a flexible range of optional modules to expand their critical understanding.

Our BSc Medical and Health Sciences course will appeal to those of you with a keen interest in both science and medical health. This interdisciplinary and innovative course produces graduates who are passionate about human health and medicine and are equipped to embark on careers in the medical research or healthcare sector.

Medical Science is the science related to medical conditions, their causes, diagnosis and treatment. This course provides multi-disciplinary training and clinical laboratory placement in all Biomedical Science disciplines, so that you may work in any of the following areas in pathology: Clinical Chemistry, Clinical Immunology, Clinical Cytology, Cellular Pathology, Haematology, Medical Microbiology, Molecular Diagnostics, and Transfusion Science.

Medical Science is the study of investigative laboratory procedures, techniques and instruments that are required for the diagnosis of clinical disease and the monitoring of therapy. In recent years there has been an increasing demand for medical laboratory diagnostic services and for the development of new services. 

The Medical Technology programme is a fusion of science and engineering subjects, applied to diagnostic, treatment and life saving medical devices and technology, that push the boundaries of medical science.

The Medical Technology programme is a fusion of science and engineering subjects, applied to diagnostic, treatment and lifesaving medical devices and technology, that push the boundaries of medical science. If you are interested in engineering, science and technology and the medical applications of these disciplines, this honours degree could be for you. Typical applicants will be those who have an interest in engineering and science and want a career in helping others. 

This course will educate and train you to become a scientific analyst in the medicinal products and pharmaceutical sector, as well as related chemical industries.

It will give you a solid foundation in the chemical sciences, together with a hands-on approach to laboratory work. Access to well-equipped laboratories supports the development of a high standard of practical laboratory skills.

Medicine is a unique course in that students study a broad range of subjects with the primary goal of understanding the science and practice of healing.

Medicine and healthcare are constantly evolving as new knowledge and therapies emerge to prevent and treat illness. Each day brings a new patient with new healthcare challenges.

Our curriculum is patient-centred and continually adapts to the needs of society and developments in medical knowledge. You’ll learn from world-class educators and patients in state-of-the-art facilities, immerse yourself in our acclaimed undergraduate student research programme and benefit from a diverse, international student population.

Teaching methods include lectures, small group sessions, practicals and tutorials. There are four themes running through the entirety of both our undergraduate and graduate programmes: Evidence based medicine and research; Clinical competencies and preparedness; Professional medical practice; and Healthcare systems, quality and patient safety.

Medicine has been taught at University of Galway for 175 years and we have a long tradition of clinical education. We have pioneered hospital-based and bedside teaching and our medical graduates are highly sought-after doctors, practicing medicine in healthcare facilities across the globe. 

The course provides students with the knowledge, professional behaviour and clinical skills needed for a rewarding career in any branch of medicine.

The Medicine curriculum at UCC is rooted in the basic Medical Sciences of Anatomy, Physiology, and Biochemistry, but also places emphasis on clinical instruction. A distinctive feature is small-group, patient-centred teaching, in which students learn the skills of listening and communicating, history-taking and clinical examination. 

The intermediate years of the programme will focus on learning about abnormal bodily functions. You will attend a wide array of clinical skills workshops, small group tutorials and case-based teaching sessions. A lot of your time will be spent in a hospital setting attached to clinical teams. The final years of the programme are spent fully immersed in various clinical specialties on a rotational basis.

UCD Graduate Entry Medicine (GEM) provides an innovative, science-driven and patient-centred curriculum, delivered by world-class educators in state-of-the-art facilities. This intensive, focused course is designed for students with an undergraduate degree who wish to pursue a career in medicine. 

UL’s BM BS Graduate Entry Medical Programme is open to graduates from any discipline. It has a highly innovative curriculum which offers you the opportunity to complete undergraduate medical training in four years in an environment specifically designed for graduate students. During your four years of study, you will be taught the basic medical and clinical sciences necessary to form the basis for postgraduate training and for a career in any branch of medicine.

The Medicine curriculum at UCC is rooted in the basic Medical Sciences of Anatomy, Physiology, and Biochemistry, but also places emphasis on clinical instruction. A distinctive feature is small-group, patient-centred teaching, in which students learn the skills of listening and communicating, history-taking and clinical examination.

RCSI's GEM programme is a four-year accelerated programme. In your first year as a GEM student, you will be taught in a dedicated teaching facility on the main St Stephen’s Green campus.

In your second year, you will spend most of your time in RCSI's dedicated teaching space at Connolly Hospital in Blanchardstown, Dublin. In your final two years, you will be on clinical rotations in a variety of hospitals and GP practices in Dublin and throughout the country.

Are you interested in mental health? Do you love working with people of all ages and from diverse backgrounds? If so, this course could be perfect for you. You’ll gain the knowledge, skills and values to work as a qualified mental health nurse with people of any age. It’s a rewarding and much valued career with fantastic employment opportunities.

During each semester, you’ll complete a clinical placement, which ensures you’ll meet the Nursing and Midwifery Board of Ireland (NMBI) requirements. Our health service provider partners offer diverse clinical settings, giving you a broad range of clinical learning opportunities across all the primary mental health specialities. For this course, they are:

• St Vincent’s Hospital, Fairview.
• The National Forensic Mental Health Service
• Dublin North City Mental Health Services
• North Dublin Mental Health Services