Mathematics
Four-year honours degree, where students take Mathematics as one of their first and second year subjects and specialise in Mathematics in their third and fourth years.
WHY MATHEMATICS AT University of Galway?
Mathematics is the language of the logical study of the structure of our world. It has developed from counting, calculating and measurement through the use of abstraction and logical reasoning. It underpins many other disciplines, such as physics, economics and engineering, along with newer areas like molecular biology. In addition to the traditional areas of algebra, calculus and geometry, you will study courses in topology, statistics, numerical analysis, coding theory, real and complex analysis, and probability and number theory.
CAREER OPPORTUNITIES
Studying mathematics will give you the ability to think rationally and to process complex data clearly and accurately. Such skills will prove to be extremely useful to you and will be highly valued by your employer. Recent graduates are pursuing careers in the financial and banking sector, the actuarial profession, information technology (IT) and computing, data science, teaching, and research.
Applied Mathematics
Four-year honours degree, where students take Applied Mathematics as one of their first and second year subjects and specialise in Applied Mathematics in their third and fourth years.
WHY APPLIED MATHEMATICS AT University of Galway?
Applied Mathematics uses mathematical tools and models to address real-world problems. It helps to explain and describe what we know and, possibly, to predict what we don’t know about a given set of objects or circumstances. Applied Mathematics at University of Galway includes courses in advanced mathematical methods, modelling, mechanics, quantum mechanics, dynamical systems, nonlinear elasticity, cosmology and general relativity, electromagnetism, fluid mechanics and numerical analysis, all geared toward inter-disciplinary applications.
CAREER OPPORTUNITIES
Being able to develop mathematical models and apply them in practical settings will prove extremely useful career wise. Graduates have found employment in computer software and hardware companies, in the telecommunications sector, in financial and actuarial institutions, in teaching, and in pursuing research at postgraduate level in Ireland and abroad.
Data Science
Four-year honours degree where students take Data Science as one of their first and second year subjects and specialise in Data Science in their third and fourth years.
WHY DATA SCIENCE AT University of Galway?
The 21st Century has brought new challenges in the storage and analysis of information due to the staggering amount of data being generated. Data Science is the new and exciting interdisciplinary field that has emerged as a consequence of this data revolution. Such ‘modern’ data come in many new forms from digital images to audio to text. It is an interdisciplinary subject with courses in statistics, computer science and mathematics involving the study of data, how they are collected, stored, accessed, visualised, modelled and ultimately used to inform decision making by turning data into intelligence.
CAREER OPPORTUNITIES
Data Scientists are in great demand nationally and internationally in all domains where data are collected. As the application areas for data science are very broad, you can work in a field that sparks your own personal interest such as health care, social science, entertainment, sports, genomics, business, intelligence, security and academia.
Computing
Four-year honours degree where students take Computer Science as one of their first year and second year subjects and specialise in Computing in their third and fourth years.
WHY COMPUTING AT University of Galway?
Computer science is the study of how computers work and how to use them to solve problems. With the advances being made in computer technology, this is an exciting area to be involved in. Computer science typically involves creating mathematical models and implementing these in software. As well as programming skills, it requires an understanding of computational techniques, approximation and numerical methods. You will begin by studying computer programming, computer hardware and software design. You will also study logic and algorithms, operating systems (Windows and Linux), networking and communications, and security and cryptography, and become familiar with commercial scientific software for symbolic and numeric computation.
CAREER OPPORTUNITIES
Many graduates work directly in the information technology (IT) industry, particularly in programming, software development and communications. An increasing number are working in financial services, where their computer programming skills and problem-solving abilities are valued. They are also well placed for careers in areas like education, banking, data science, and the public sector.
Applied Mathematics and Mathematics
Four-year honours degree, where students take Mathematics and Applied Mathematics in their first and second years and specialise in Mathematics and Applied Mathematics in their third and fourth years.
See the Applied Mathematics pathway and the Mathematics pathway information for further details.
Computing and Mathematics
Four-year honours degree, where students take Computer Science and Mathematics in their first and second years and specialise in Computing and Mathematics in their third and fourth years.
See the Computing pathway and the Mathematics pathway information for further details.
Computing and Mathematical Studies
Four-year honours degree, where students take Computer Science and either the Mathematics MA180 module or the Mathematical Studies MA161 module for scientists in first year. In subsequent years students take modules from the BA Mathematical Studies programme along with Computing modules.
See the Computing pathway information for further details on Computing.