Creative Digital Media & UX and Interaction Design
The M.Sc. Creative Digital Media & UX is a taught, conversion Masters programme run in the School of Media, TU Dublin, City Campus. The course provides a thorough grounding in the core skills and knowledge of digital media technologies and offers specialist production techniques that equip graduates with a valuable set of technical and design skills, highly relevant to a range digital media industries.
The M.Sc. Creative Digital Media & UX is a specialisation under a broader Masters which provides a number of possible specialisations for students. These can be broadly categorised into, but not exclusive to, the following:
1. Mobile and Tablet Application Design
2. Interaction Design
3. Digital Games
4. Mobile and Web Applications
5. Information Design
6. VR Design and Development
The course is designed to advance students’ employment potential and addresses the specific needs of employment in the digital media industry. It is also suitable as a foundation for pursuing a career in digital media research.
What are my career opportunities?
Depending on the modules chosen and their chosen specialisation during the course of the programme, graduates of the course can pursue careers as web/content designers/developers, iPhone, Android, mobile application designers, 2D animators, UX Designers, project managers, digital media consultants, media analysts/content creators, game designers, level designers, and game software engineers.
Over the course of the programme, students will develop novel digital media content, for mobile and tablet applications, digital games, and rich media content applications. With the range of multi-disciplinary talent within the class, graduates will find themselves working with others on new and innovative ideas which will broaden their skill set across a number of areas.
Applied Mathematics (September/January Intake)
The programme MSc in Applied Mathematics is one of two taught postgraduate courses delivered by the School of Mathematical Sciences. It offers a broad range of topics in applied mathematics and is suitable for applicants from a wide variety of backgrounds. It is designed to cater not only for those who wish to develop an advanced level of mathematical knowledge and practical skills relevant to problem solving in diverse, real-world contexts but also for those that simply wish to develop their understanding and appreciation of a fundamental branch of mathematics.
The course can be undertaken either full time over 3 semesters (approximately 18 months) or part time over 6 semesters (3 years) and is structured to suit both full-time students and those that are combining study with a career or family life. New entrants can start the programme either in September or January. The programme encourages students to engage in autonomous, self-directed learning whilst providing a supportive environment where lecturers and stage coordinators facilitate and mentor learning.
The course will emphasise the use of mathematics to solve problems and will build students’ mathematical knowledge and their ability to analyse problems and apply advanced mathematical techniques in a rigorous manner. Successful applicants will require a primary degree at second-class or higher classification and will be drawn from computing, engineering, mathematics, physics and other scientific and numerate backgrounds. Graduates of MSc Applied Mathematics will be flexible, highly-qualified, technical professionals with advanced analytical and problem-solving skills suitable to enter, and apply their knowledge in, a wide range of sectors and professions.
Computer Science (Advance Software Development)
The MSc in Computer Science (Advanced Software Development) aims to produce graduates with the knowledge and skills to develop the complex software solutions that organizations need to compete in the emerging global digital economy.
The target audience is those with an undergraduate qualification in computer science or software development. Students will study advanced technical modules in programming, design, databases, architecture and web development to acquire the technical knowledge needed to practice as software developers working on leading edge development projects. In addition students will be equipped with key professional, technical communications skills needed to practice as a professional in the computing industry.
Computer Science (Data Science)
The MSc in Computer Science (Data Science) course aims to produce graduates with the knowledge and skills to work with large amounts of raw data and extract meaningful insights from it. Graduates are equipped with deep technical skills (in data management, data mining, probability and statistics, and machine learning), but also with the softer skills (in communications, research and problem solving) required to work effectively within organisations.
Computing (Applied Cyber Security)
Mathematical Physics
The programme MSc in Mathematical Physics is one of two taught postgraduate courses delivered by the School of Mathematical Sciences. It offers a well-structured programme that develops a deep level of knowledge of topics in mathematical physics underpinned by a solid mathematical foundation. It is suitable for applicants with a strong mathematical background who wish to develop their knowledge and appreciation of advanced mathematical topics as a preparation for research or to enter highly technical, research-focussed roles in business or industry. Graduates will acquire the analytical skills to perform advanced professional and technical roles.
The course can be undertaken either full time over 3 semesters (approximately 18 months) or part time over 6 semesters (3 years) and is structured to suit both full-time students and those that are combining study with a career or family life. The course encourages students to engage in autonomous, self-directed learning whilst providing a supportive environment where lecturers and stage coordinators facilitate and mentor learning.
The course is aligned with the research strengths of the School and is informed by knowledge at the forefront of the discipline. The programme incorporates recent developments in research and facilitates the investigation of research topics of current interest. In addition, there is an emphasis on developing students’ ability to analyse and solve problems in a rigorous mathematical framework. Successful applicants will require a primary degree at second-class or higher classification with a very strong mathematical content.
Pharmaceutical Quality Assurance & Biotechnology
TU258 MSc Pharmaceutical Quality Assurance & Regulation (Full Time): This course is offered on a one year full-time basis followed by the completion a 6 months industry-relevant dissertation. It is designed to provide a bridge for graduates with a degree in science or related disciplines to the specific requirements of the pharmaceutical sector. The course offers a broad based curriculum covering aspects of quality assurance, auditing, manufacturing in the pharma/biopharmaceutical sectors
Sustainable Development
Sustainable Development is at the heart of environmental, social and economic policies being developed and enacted by business, state and NGOs. This course, which includes a work placement, provides a broad knowledge and understanding of sustainable development including the issues, techniques, management and applications relevant to the living and working environment.
Aims
The course aims to provide graduates with the skills and ability to interpret principles of sustainable development and translate these into policy responses.
Each course entrant brings an expertise based on prior learning and or work experience. The MSc Sustainable Development is structured to build on and deepen your knowledge and allow you apply the principles and practices of sustainable development in your own field of expertise or employment. The course also offers you the chance to deepen your knowledge in chosen areas of energy, environment, community development or planning.
Human Nutrition & Dietetics
Dietitians apply knowledge of food, nutrition and other disciplines such as biochemistry, physiology and social science to promote health, prevent disease and help to manage illness.
This course offers you an integrated training in the science of nutrition and dietetics, and its applications to human health and well-being both at the individual and community level.
This joint TU Dublin/TCD BSc course is the only such degree course in the Republic of Ireland. Students are registered in TU Dublin and TCD.
The broad aim of the course is to produce graduates who are competent to practice at entry level as a dietitian or public health nutritionist or work as a nutrition expert in the industrial and/or private sector.
You’ll learn how to apply core science knowledge to dietetics and human nutrition, and will develop scientific and analytical skills. To ensure capacity for evidence-based practice, there’s a strong emphasis on developing problem-solving skills, and the ability to review and critically evaluate scientific data and information and to undertake research and development in dietetics and nutrition. You’ll benefit greatly from work placements in Years 1, 2 and 4.
Conducting
The course is specifically tailored to the needs of aspiring orchestral and choral conductors. Based at TU Dublin Conservatoire, which has a long tradition in the provision of performing arts education, the course aims to facilitate the artistic, intellectual and creative development of students by providing an integrated and structured programme with performance experience in a wide range of solo and ensemble contexts, underpinned by complementary academic, research and professional studies.
The course aims to provide a postgraduate qualification in performance for:
applicants who have already completed an undergraduate degree in music with a high level of performance and aspire towards a professional career in performance
applicants who have professional performing experience and wish to pursue further study in their chosen area
