Courses / Subject

Mathematics is the logical and abstract study of pattern. Our Mathematics degrees aim to bridge the gap between school Mathematics and current frontiers of knowledge. You will learn to think hard and rigorously about questions and to solve new problems – invaluable skills that can be transferred to any area of life and any job you hold in future.

• It involves an interplay between the concrete and the abstract: the ever-changing world around us is one of the key inspirations for the invention and investigation of abstract mathematics, and the discoveries of abstract mathematics have important and unexpected applications in the world around us.
• In the four-year MH201 degree, you can take Mathematics as a subject in the first two years, and then choose between Mathematics (Applied) and Mathematics (Pure) at the beginning of year 3.
• A degree in a mathematical discipline opens the door to jobs in a variety of fields such as finance, trading, insurance, information technology, education, data analysis, scientific research and development.
• The Department offers multiple programmes to suit a range of Mathematical backgrounds, from the intensive Pure Mathematics programmes which are aimed at students with a strong interest in abstract mathematics and a flair for analytical reasoning to the more applied programmes which appeal to students who enjoy the more concrete areas of the subject.
• The academic staff in the Department of Mathematics and Statistics have a diverse range of research interests in areas including algebra, analysis, data analysis, dynamics, geometry, number theory, statistical modelling and topology.
• See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

Biology is the study of life - everything from the tiniest microbe to entire ecosystems that spread across the planet. It encompasses all aspects of living things including their structure, function, growth, origin, evolution and distribution.

• Our Biology Department is unique in the university system in Ireland as there are no sub-departments like Botany, Biochemistry, Genetics or Zoology. It means that most aspects of biology are taught alongside each other throughout the degree programmes. Over the years, undergraduate students are exposed to a wide range of biological disciplines.
• We have international reputations in Biological Control, Bioinformatics, Immunology, Medical Mycology, Molecular Genetics and Plant Biotechnology.
• There are many “umbrella” fields of biology including:
  • Biochemistry: the study of the constituents that make up living things
  • Botany: the study of plants
  • Cellular biology: the study of the cellular units of living things
  • Ecology: the study of how organisms interact with/in their environment
  • Evolutionary biology: the study of the origins and changes in the diversity of life over time
  • Genetics: the study of genetic inheritance
  • Molecular biology: the study of biological molecules
  • Physiology: the study of the functions of organisms and their parts
  • Zoology: the study of animals, including animal behaviour

Many of these fields overlap, for example, to study animals (zoology) it’s also important to know about evolution, physiology and ecology. To study cellular biology, it’s important to know about biochemistry and molecular biology as well.

This programme provides an excellent education in all the major branches of Chemistry, where topics ranging from fundamentals to the frontiers of modern Chemistry are covered. If you are interested in specialising in Chemistry and/or would like the flexibility to experience our other sciences, Critical Skills and Electives courses, then the BSc is the best pathway to study Chemistry.

• In the early years, in addition to the core Chemistry modules, there is a flexible curriculum to suit personal interests, allowing courses and modules in other sciences, critical skills or elective streams to be combined with the core Chemistry content.
• There is scope for some specialisation, through appropriate choice of modules in the fourth year. In fourth year you will also have the opportunity to undertake a Single Major or Double Major degree, as well as direct experience of research through an in-depth individual research project.
• The Department of Chemistry at Maynooth University offers state-of-the-art facilities and high standards in both teaching and research, which ensures a highly supportive learning environment, as well as a personal supervisor to oversee an in-depth final year research project.
• In addition to becoming an expert in chemical science, you will develop skills in problem-solving, critical thinking, communication, and scientific writing. These highly valued transferable skills will leave you well-prepared for a range of careers and employment opportunities in chemistry and non-chemistry disciplines.

Computer Science at Maynooth University is the study of all the essentials of computers and software.

• Students enjoy the huge benefit of studying other science subjects with Computer Science in first year with options to take different degree paths afterwards.
• Advanced topics such as computer vision, theoretical computer science, robotics, cryptography and artificial intelligence may be studied, depending on the pathway students take.
• The Department of Computer Science at Maynooth University was founded in 1987 and is located in the Eolas Building, a €20M state-of-the-art ICT hub, which opened in 2015. Our laboratories and equipment provide excellent facilities for practical work and all our courses include a mix of lectures and lab work.
• We endeavour to provide a supportive and enjoyable atmosphere for learning through our Computer Science Support Centre, extensive assistance during practical work and we are always available outside of lectures to help our students.

Data Science is the science of collating, managing, analysing, visualising and understanding data. It is key to unlocking the hidden wisdom that is stored in the vast amounts of data available in today’s world.

• In MH201, students have the opportunity to study Data Science as a subject in year 1 of their degree. This year 1 subject will introduce students to the basics of how to manipulate, visualise and ‘bring to life’ large volumes of data.
• The hands on data experience that will be gained in year 1 Data Science will be invaluable to any scientist, whether they plan to pursue the life sciences (e.g. Biology), the physical sciences (e.g. Experimental Physics) or are more interested in the highly quantitative sciences (e.g. Statistics, Mathematics, Computer Science).
• Data Science in year 1 is an excellent companion to all other year 1 science subjects*. Why is this? Well, all scientists collect data – by taking Data Science in year 1, you will gain skills in how to make sense of this data, providing you with invaluable tools that will ultimately improve your employability as a scientist in your future career.

*With the exception that Data Science cannot be combined with Mathematical Physics in year 1.

• Are you considering taking Statistics as a subject, which is available in MH201 from year 2, to degree level? If so, taking Data Science in year 1 is strongly recommended. Taking Data Science in year 1 will give you the chance to try out the practical side of analysing and visualising data, while taking Statistics from year 2 will give you a deeper understanding of modelling and analysis techniques.
• Are you choosing Computer Science in year 1 and considering taking it through to degree level? If so, Data Science in year 1 is highly complementary to year 1 Computer Science: these subjects will combine the hands on practical side of working with data that you will get in Data Science year 1 with the more rigorous programming and database skills that you will learn in Computer Science year 1.

If you are one of those people who looks at everyday electronic items and wonders “how does that work?’’, then Engineering Science/Electronic Engineering is for you.

• If you look at those items and think “I can make this work better”, then electronic engineering is definitely the career for you.
• Electronic engineering and Engineering Science are at the forefront of technological change - developing the newest phones, computers, toys, robots and cars. One of the newest areas for electronic engineers is the space where software and hardware meet.
• First year Engineering Science students are eligible to transfer  into year 2 of the MH304 BE Electronic Engineering degree, based on their performance in Mathematics and Computer Science in first year examinations in the first sitting, subject to Head of Department approval.
• Through our research programmes, Electronic Engineering at Maynooth has developed world-class expertise in the area of mobile communications, biomedical diagnostics and technologies, and the intelligent control of large machines such as Robots or wave machines.
• Each of these areas is matched to rapidly growing industries and excellent job opportunities. By bringing this deep knowledge to all the undergraduate programmes, we provide our graduates with a world-class electronic engineering education but also a head start in these exciting and important areas.
• Transfer option: MH201 Engineering Science to 2nd year MH304 BE Electronic Engineering for students who have taken Engineering Science, Computer Science, Mathematics and one other subject. Subject to attaining 50% or more in Mathematics and passing 1st year. Subject to availability of places.

Physics deals with understanding the nature of concepts such as motion, forces, energy, matter, electricity, heat, sound and light. Often a distinction is made between classical physics - which includes classical mechanics, acoustics, optics, thermodynamics, and electromagnetism - and modern physics - which is the physics of matter on a very small scale or under extreme conditions, and includes quantum physics, atomic and nuclear physics, solid state physics and elementary particle physics.

• Physics is relevant to many other sciences, such as astronomy, biology, and geology. The combinations of these fields are called astrophysics, biophysics, and geophysics. As a science, physics has always been regarded as a fundamental area of human knowledge, which is evidenced by its high profile in the media and general level of human interest.
• Maynooth University has a long tradition of excellence in Experimental Physics; the inventor of the induction coil, Nicholas Callan, was Professor of Experimental Physics here from 1826 to 1864.
• We offer a broad and exciting curriculum in a vibrant learning environment as part of our four-year degree programmes in Experimental Physics (BSc Single Major and Double Major) and a BSc in Physics with Astrophysics (MH204).
• Facilities at Maynooth University are first class and include state-of-the-art laboratories, an observatory with a computerised Meade telescope, an atmospheric physics facility and radio and cosmic ray telescopes.
• Field trips and scientific visits are organised to other facilities such as L’Observatoire d’Haute Provence (France), the European Space Agency (the Netherlands), Jodrell Bank (UK), St. Luke’s Hospital, Dublin and Armagh Observatory.

Mathematical physics, or theoretical physics, is the study of the fundamental laws of nature that govern our existence; from the interactions of quarks and gluons through the properties of metals and the aerodynamics of flight, to the evolution of stars and galaxies.

• Many of the technologies we now take for granted have their origins in fundamental physics research, including PET scanners, lasers, Wi-Fi and the world wide web.
• Mathematical methods developed in mathematical physics have found their way to a wide range of applications, from financial markets and computer science to genetics and brain studies.
• The study of Mathematical Physics at Maynooth University has a long and distinguished tradition, of over 200 years. Modern theoretical physics and applied mathematics are exciting and dynamic and that excitement is reflected in the research projects which are pursued in the Department.
• As well as being introduced to the major ideas and developments in theoretical physics and applied mathematics, you will be equipped with the tools to meet current and future developments in science, engineering, finance and other technologies of the future.
• If students achieve at least 70% in both subjects and an 80% average across both Mathematical Physics and Mathematics in first year, they may choose to specialise in Mathematical Physics and Pure Mathematics from second year, following the course structure of MH206 Theoretical Physics and Mathematics.

Biology is the study of life - everything from the tiniest microbe to entire ecosystems that spread across the planet. It encompasses all aspects of living things including their structure, function, growth, origin, evolution and distribution.

• Our Biology Department is unique in the university system in Ireland as there are no sub-departments like Botany, Biochemistry, Genetics or Zoology. It means that most aspects of biology are taught alongside each other throughout the degree programmes. Over the years, undergraduate students are exposed to a wide range of biological disciplines.
• We have international reputations in Biological Control, Bioinformatics, Immunology, Medical Mycology, Molecular Genetics and Plant Biotechnology.
• There are many “umbrella” fields of biology including:
  • Biochemistry: the study of the constituents that make up living things
  • Botany: the study of plants
  • Cellular biology: the study of the cellular units of living things
  • Ecology: the study of how organisms interact with/in their environment
  • Evolutionary biology: the study of the origins and changes in the diversity of life over time
  • Genetics: the study of genetic inheritance
  • Molecular biology: the study of biological molecules
  • Physiology: the study of the functions of organisms and their parts
  • Zoology: the study of animals, including animal behaviour

Many of these fields overlap, for example, to study animals (zoology) it’s also important to know about evolution, physiology and ecology. To study cellular biology, it’s important to know about biochemistry and molecular biology as well.

This programme provides an excellent education in all the major branches of Chemistry, where topics ranging from fundamentals to the frontiers of modern Chemistry are covered. If you are interested in specialising in Chemistry and/or would like the flexibility to experience our other sciences, Critical Skills and Electives courses, then the BSc is the best pathway to study Chemistry.

• In the early years, in addition to the core Chemistry modules, there is a flexible curriculum to suit personal interests, allowing courses and modules in other sciences, critical skills or elective streams to be combined with the core Chemistry content.
• There is scope for some specialisation, through appropriate choice of modules in the fourth year. In fourth year you will also have the opportunity to undertake a Single Major or Double Major degree, as well as direct experience of research through an in-depth individual research project.
• The Department of Chemistry at Maynooth University offers state-of-the-art facilities and high standards in both teaching and research, which ensures a highly supportive learning environment, as well as a personal supervisor to oversee an in-depth final year research project.
• In addition to becoming an expert in chemical science, you will develop skills in problem-solving, critical thinking, communication, and scientific writing. These highly valued transferable skills will leave you well-prepared for a range of careers and employment opportunities in chemistry and non-chemistry disciplines.

Computer Science at Maynooth University is the study of all the essentials of computers and software.

• Students enjoy the huge benefit of studying other science subjects with Computer Science in first year with options to take different degree paths afterwards.
• Advanced topics such as computer vision, theoretical computer science, robotics, cryptography and artificial intelligence may be studied, depending on the pathway students take.
• The Department of Computer Science at Maynooth University was founded in 1987 and is located in the Eolas Building, a €20M state-of-the-art ICT hub, which opened in 2015. Our laboratories and equipment provide excellent facilities for practical work and all our courses include a mix of lectures and lab work.
• We endeavour to provide a supportive and enjoyable atmosphere for learning through our Computer Science Support Centre, extensive assistance during practical work and we are always available outside of lectures to help our students.

If you are one of those people who looks at everyday electronic items and wonders “how does that work?’’, then Engineering Science/Electronic Engineering is for you.

• If you look at those items and think “I can make this work better”, then electronic engineering is definitely the career for you.
• Electronic engineering and Engineering Science are at the forefront of technological change - developing the newest phones, computers, toys, robots and cars. One of the newest areas for electronic engineers is the space where software and hardware meet.
• First year Engineering Science students are eligible to transfer  into year 2 of the MH304 BE Electronic Engineering degree, based on their performance in Mathematics and Computer Science in first year examinations in the first sitting, subject to Head of Department approval.
• Through our research programmes, Electronic Engineering at Maynooth has developed world-class expertise in the area of mobile communications, biomedical diagnostics and technologies, and the intelligent control of large machines such as Robots or wave machines.
• Each of these areas is matched to rapidly growing industries and excellent job opportunities. By bringing this deep knowledge to all the undergraduate programmes, we provide our graduates with a world-class electronic engineering education but also a head start in these exciting and important areas.
• Transfer option: MH201 Engineering Science to 2nd year MH304 BE Electronic Engineering for students who have taken Engineering Science, Computer Science, Mathematics and one other subject. Subject to attaining 50% or more in Mathematics and passing 1st year. Subject to availability of places.

Physics deals with understanding the nature of concepts such as motion, forces, energy, matter, electricity, heat, sound and light. Often a distinction is made between classical physics - which includes classical mechanics, acoustics, optics, thermodynamics, and electromagnetism - and modern physics - which is the physics of matter on a very small scale or under extreme conditions, and includes quantum physics, atomic and nuclear physics, solid state physics and elementary particle physics.

• Physics is relevant to many other sciences, such as astronomy, biology, and geology. The combinations of these fields are called astrophysics, biophysics, and geophysics. As a science, physics has always been regarded as a fundamental area of human knowledge, which is evidenced by its high profile in the media and general level of human interest.
• Maynooth University has a long tradition of excellence in Experimental Physics; the inventor of the induction coil, Nicholas Callan, was Professor of Experimental Physics here from 1826 to 1864.
• We offer a broad and exciting curriculum in a vibrant learning environment as part of our four-year degree programmes in Experimental Physics (BSc Single Major and Double Major) and a BSc in Physics with Astrophysics (MH204).
• Facilities at Maynooth University are first class and include state-of-the-art laboratories, an observatory with a computerised Meade telescope, an atmospheric physics facility and radio and cosmic ray telescopes.
• Field trips and scientific visits are organised to other facilities such as L’Observatoire d’Haute Provence (France), the European Space Agency (the Netherlands), Jodrell Bank (UK), St. Luke’s Hospital, Dublin and Armagh Observatory.

Mathematical physics, or theoretical physics, is the study of the fundamental laws of nature that govern our existence; from the interactions of quarks and gluons through the properties of metals and the aerodynamics of flight, to the evolution of stars and galaxies.

• Many of the technologies we now take for granted have their origins in fundamental physics research, including PET scanners, lasers, Wi-Fi and the world wide web.
• Mathematical methods developed in mathematical physics have found their way to a wide range of applications, from financial markets and computer science to genetics and brain studies.
• The study of Mathematical Physics at Maynooth University has a long and distinguished tradition, of over 200 years. Modern theoretical physics and applied mathematics are exciting and dynamic and that excitement is reflected in the research projects which are pursued in the Department.
• As well as being introduced to the major ideas and developments in theoretical physics and applied mathematics, you will be equipped with the tools to meet current and future developments in science, engineering, finance and other technologies of the future.
• If students achieve at least 70% in both subjects and an 80% average across both Mathematical Physics and Mathematics in first year, they may choose to specialise in Mathematical Physics and Pure Mathematics from second year, following the course structure of MH206 Theoretical Physics and Mathematics.

Mathematics is the logical and abstract study of pattern. Our Mathematics degrees aim to bridge the gap between school Mathematics and current frontiers of knowledge. You will learn to think hard and rigorously about questions and to solve new problems – invaluable skills that can be transferred to any area of life and any job you hold in future.

• It involves an interplay between the concrete and the abstract: the ever-changing world around us is one of the key inspirations for the invention and investigation of abstract mathematics, and the discoveries of abstract mathematics have important and unexpected applications in the world around us.
• In the four-year MH201 degree, you can take Mathematics as a subject in the first two years, and then choose between Mathematics (Applied) and Mathematics (Pure) at the beginning of year 3.
• A degree in a mathematical discipline opens the door to jobs in a variety of fields such as finance, trading, insurance, information technology, education, data analysis, scientific research and development.
• The Department offers multiple programmes to suit a range of Mathematical backgrounds, from the intensive Pure Mathematics programmes which are aimed at students with a strong interest in abstract mathematics and a flair for analytical reasoning to the more applied programmes which appeal to students who enjoy the more concrete areas of the subject.
• The academic staff in the Department of Mathematics and Statistics have a diverse range of research interests in areas including algebra, analysis, data analysis, dynamics, geometry, number theory, statistical modelling and topology.
• See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

>>Mathematics is the logical and abstract study of pattern. It involves an interplay between the concrete and the abstract: the ever-changing world around us is one of the key inspirations for the invention and investigation of abstract mathematics, and the discoveries of abstract mathematics have important and unexpected applications in the world around us.
>>Our Mathematics degrees aim to bridge the gap between school Mathematics and current frontiers of knowledge. You will learn to think hard and rigorously about questions and to solve new problems – invaluable skills that can be transferred to any area of life and any job you hold in future.
>>In the four-year MH201 degree, you can take Mathematics as a subject in the first two years, and then choose between Mathematics (Applied) and Mathematics (Pure) at the beginning of year 3.

• Statistics deals with the collection, analysis and interpretation of data.
• You will learn how to use statistical models and visualisation methods to unlock valuable information and hidden patterns in large volumes of data.
• A degree in Statistics will provide you with tools to address problems of critical importance to humans such as climate change, drone analytics, biodiversity loss or designing medical products.
• Complex and voluminous data arises in all aspects of Science. The ability to transform data into usable scientific knowledge is a highly sought after and desirable skill in today’s workforce and in almost all scientific research areas. Studying Statistics through to degree level, or for a portion of your degree, will strongly enhance your employability and skill-set as a scientist.

Why choose this subject?

• We offer Statistics as a subject in years 2 to 4. Interested students are recommended to take Data Science as a subject in year 1. Statistics is offered as a Double Major subject to degree level which can be combined with several other subjects in the Bachelor of Science degree. This flexibility means you can easily combine your other scientific interests with Statistics.
• Complex and voluminous data arises in all aspects of science. The ability to transform data into usable scientific knowledge is a highly sought-after and desirable skill in today’s workforce and in almost all scientific research areas. Studying Statistics through to degree level, or for a portion of your degree, will strongly enhance your employability and skill-set as a scientist.

Elective streams allow you to make more of your university education, and to take better advantage of the world-class lecturers and interesting subject material that Maynooth has to offer. They may help to broaden your perspective (e.g. by taking an interdisciplinary topic), allow you to interact with students from other disciplines, or help you develop transferable skills for the future in a way that complements your main disciplinary studies (e.g. study of a modern language). An elective stream amounts to one-sixth of the total course work for the year.

From September 2015 we will offer a number of elective streams on a pilot basis to second year students. Each stream consists of a 5-credit module in semester 1 followed by a second 5-credit module in semester 2. These elective modules will count towards progression towards your degree in the same way as other modules you take in your main subjects.

Registration for electives will be subject to enrolment limitations, and also must be compatible with the timetabling and other requirements of your main subjects. Some combinations of electives and subjects are excluded.

ACCOUNTING IN SOCIETY

BEGINNING CHINESE

BEGINNING GERMAN

BEGINNING SPANISH

COMMUNITY EDUCATION

CONTINUING CHINESE

CONTINUING FRENCH

CONTINUING GERMAN

CONTINUING NUA GHAEILGE

CONTINUING SPANISH

CREATIVE TECHNOLOGIES AND DIGITAL PROTOTYPING

EDEN ENTREPRENEURSHIP DESIGN AND INNOVATION

ENGAGING WITH CIVIL SOCIETY

FILM AND SCREEN STUDIES

GENDER AND SEXUALITY IN SOCIETY AND CULTURE

GLOBAL ENVIRONMENTAL CHANGE

GOOD AND EVIL

GREAT BOOKS

INTRODUCTION TO LOGIC AND PHILOSOPHY IN THE DIGITAL AGE

IRISH CULTURAL HERITAGE

SERVICE INNOVATION

SKILLS FOR SUCCESS:PROFESSIONAL DEVELOPMENT

Elective streams allow you to make more of your university education, and to take better advantage of the world-class lecturers and interesting subject material that Maynooth has to offer. They may help to broaden your perspective (e.g. by taking an interdisciplinary topic), allow you to interact with students from other disciplines, or help you develop transferable skills for the future in a way that complements your main disciplinary studies (e.g. study of a modern language). An elective stream amounts to one-sixth of the total course work for the year.

From September 2015 we will offer a number of elective streams on a pilot basis to second year students. Each stream consists of a 5-credit module in semester 1 followed by a second 5-credit module in semester 2. These elective modules will count towards progression towards your degree in the same way as other modules you take in your main subjects.

Registration for electives will be subject to enrolment limitations, and also must be compatible with the timetabling and other requirements of your main subjects. Some combinations of electives and subjects are excluded.

ANTI-RACISM

BEGINNING FRENCH

CATALAN LANGUAGE AND CULTURE

FOUNDATIONS IN SCIENCE WRITING AND COMMUNICATION

INTENSIVE INTRODUCTORY LATIN

INTRODUCTION TO ANCIENT GREEK

PORTUGUESE LANGUAGE AND CULTURE

THE GROWTH AND DEVELOPMENT OF THE IRISH EQUINE INDUSTRY

WONDROUS PEOPLE AND PLACES: AN INTRODUCTION TO CELTIC LITERATURE

Biology is the study of life - everything from the tiniest microbe to entire ecosystems that spread across the planet. It encompasses all aspects of living things including their structure, function, growth, origin, evolution and distribution.

• Our Biology Department is unique in the university system in Ireland as there are no sub-departments like Botany, Biochemistry, Genetics or Zoology. It means that most aspects of biology are taught alongside each other throughout the degree programmes. Over the years, undergraduate students are exposed to a wide range of biological disciplines.
• We have international reputations in Biological Control, Bioinformatics, Immunology, Medical Mycology, Molecular Genetics and Plant Biotechnology.
• There are many “umbrella” fields of biology including:
  • Biochemistry: the study of the constituents that make up living things
  • Botany: the study of plants
  • Cellular biology: the study of the cellular units of living things
  • Ecology: the study of how organisms interact with/in their environment
  • Evolutionary biology: the study of the origins and changes in the diversity of life over time
  • Genetics: the study of genetic inheritance
  • Molecular biology: the study of biological molecules
  • Physiology: the study of the functions of organisms and their parts
  • Zoology: the study of animals, including animal behaviour

Many of these fields overlap, for example, to study animals (zoology) it’s also important to know about evolution, physiology and ecology. To study cellular biology, it’s important to know about biochemistry and molecular biology as well.

This programme provides an excellent education in all the major branches of Chemistry, where topics ranging from fundamentals to the frontiers of modern Chemistry are covered. If you are interested in specialising in Chemistry and/or would like the flexibility to experience our other sciences, Critical Skills and Electives courses, then the BSc is the best pathway to study Chemistry.

• In the early years, in addition to the core Chemistry modules, there is a flexible curriculum to suit personal interests, allowing courses and modules in other sciences, critical skills or elective streams to be combined with the core Chemistry content.
• There is scope for some specialisation, through appropriate choice of modules in the fourth year. In fourth year you will also have the opportunity to undertake a Single Major or Double Major degree, as well as direct experience of research through an in-depth individual research project.
• The Department of Chemistry at Maynooth University offers state-of-the-art facilities and high standards in both teaching and research, which ensures a highly supportive learning environment, as well as a personal supervisor to oversee an in-depth final year research project.
• In addition to becoming an expert in chemical science, you will develop skills in problem-solving, critical thinking, communication, and scientific writing. These highly valued transferable skills will leave you well-prepared for a range of careers and employment opportunities in chemistry and non-chemistry disciplines.

Computer Science at Maynooth University is the study of all the essentials of computers and software.

• Students enjoy the huge benefit of studying other science subjects with Computer Science in first year with options to take different degree paths afterwards.
• Advanced topics such as computer vision, theoretical computer science, robotics, cryptography and artificial intelligence may be studied, depending on the pathway students take.
• The Department of Computer Science at Maynooth University was founded in 1987 and is located in the Eolas Building, a €20M state-of-the-art ICT hub, which opened in 2015. Our laboratories and equipment provide excellent facilities for practical work and all our courses include a mix of lectures and lab work.
• We endeavour to provide a supportive and enjoyable atmosphere for learning through our Computer Science Support Centre, extensive assistance during practical work and we are always available outside of lectures to help our students.

If you are one of those people who looks at everyday electronic items and wonders “how does that work?’’, then Engineering Science/Electronic Engineering is for you.

• If you look at those items and think “I can make this work better”, then electronic engineering is definitely the career for you.
• Electronic engineering and Engineering Science are at the forefront of technological change - developing the newest phones, computers, toys, robots and cars. One of the newest areas for electronic engineers is the space where software and hardware meet.
• First year Engineering Science students are eligible to transfer  into year 2 of the MH304 BE Electronic Engineering degree, based on their performance in Mathematics and Computer Science in first year examinations in the first sitting, subject to Head of Department approval.
• Through our research programmes, Electronic Engineering at Maynooth has developed world-class expertise in the area of mobile communications, biomedical diagnostics and technologies, and the intelligent control of large machines such as Robots or wave machines.
• Each of these areas is matched to rapidly growing industries and excellent job opportunities. By bringing this deep knowledge to all the undergraduate programmes, we provide our graduates with a world-class electronic engineering education but also a head start in these exciting and important areas.
• Transfer option: MH201 Engineering Science to 2nd year MH304 BE Electronic Engineering for students who have taken Engineering Science, Computer Science, Mathematics and one other subject. Subject to attaining 50% or more in Mathematics and passing 1st year. Subject to availability of places.

Physics deals with understanding the nature of concepts such as motion, forces, energy, matter, electricity, heat, sound and light. Often a distinction is made between classical physics - which includes classical mechanics, acoustics, optics, thermodynamics, and electromagnetism - and modern physics - which is the physics of matter on a very small scale or under extreme conditions, and includes quantum physics, atomic and nuclear physics, solid state physics and elementary particle physics.

• Physics is relevant to many other sciences, such as astronomy, biology, and geology. The combinations of these fields are called astrophysics, biophysics, and geophysics. As a science, physics has always been regarded as a fundamental area of human knowledge, which is evidenced by its high profile in the media and general level of human interest.
• Maynooth University has a long tradition of excellence in Experimental Physics; the inventor of the induction coil, Nicholas Callan, was Professor of Experimental Physics here from 1826 to 1864.
• We offer a broad and exciting curriculum in a vibrant learning environment as part of our four-year degree programmes in Experimental Physics (BSc Single Major and Double Major) and a BSc in Physics with Astrophysics (MH204).
• Facilities at Maynooth University are first class and include state-of-the-art laboratories, an observatory with a computerised Meade telescope, an atmospheric physics facility and radio and cosmic ray telescopes.
• Field trips and scientific visits are organised to other facilities such as L’Observatoire d’Haute Provence (France), the European Space Agency (the Netherlands), Jodrell Bank (UK), St. Luke’s Hospital, Dublin and Armagh Observatory.

Mathematical physics, or theoretical physics, is the study of the fundamental laws of nature that govern our existence; from the interactions of quarks and gluons through the properties of metals and the aerodynamics of flight, to the evolution of stars and galaxies.

• Many of the technologies we now take for granted have their origins in fundamental physics research, including PET scanners, lasers, Wi-Fi and the world wide web.
• Mathematical methods developed in mathematical physics have found their way to a wide range of applications, from financial markets and computer science to genetics and brain studies.
• The study of Mathematical Physics at Maynooth University has a long and distinguished tradition, of over 200 years. Modern theoretical physics and applied mathematics are exciting and dynamic and that excitement is reflected in the research projects which are pursued in the Department.
• As well as being introduced to the major ideas and developments in theoretical physics and applied mathematics, you will be equipped with the tools to meet current and future developments in science, engineering, finance and other technologies of the future.
• If students achieve at least 70% in both subjects and an 80% average across both Mathematical Physics and Mathematics in first year, they may choose to specialise in Mathematical Physics and Pure Mathematics from second year, following the course structure of MH206 Theoretical Physics and Mathematics.

Mathematics is one of the purest forms of thought, but its relevance to our everyday lives is fundamental. While its origins date back to ancient Greece, Mathematics continues to underpin key areas of human endeavour and industry, from engineering to construction to economics to software development to space travel. All of the sciences are also deeply reliant on Mathematics.

 

Applicants are required to have a minimum of six subjects in the Irish Leaving Certificate with two Higher Level papers at C3 and four Ordinary or Higher Level papers at grade D3

 

>>Mathematics is the logical and abstract study of pattern. It involves an interplay between the concrete and the abstract: the ever-changing world around us is one of the key inspirations for the invention and investigation of abstract mathematics, and the discoveries of abstract mathematics have important and unexpected applications in the world around us.
>>Our Mathematics degrees aim to bridge the gap between school Mathematics and current frontiers of knowledge. You will learn to think hard and rigorously about questions and to solve new problems – invaluable skills that can be transferred to any area of life and any job you hold in future.
>>In the four-year MH201 degree, you can take Mathematics as a subject in the first two years, and then choose between Mathematics (Applied) and Mathematics (Pure) at the beginning of year 3.

• Statistics deals with the collection, analysis and interpretation of data.
• You will learn how to use statistical models and visualisation methods to unlock valuable information and hidden patterns in large volumes of data.
• A degree in Statistics will provide you with tools to address problems of critical importance to humans such as climate change, drone analytics, biodiversity loss or designing medical products.
• Complex and voluminous data arises in all aspects of Science. The ability to transform data into usable scientific knowledge is a highly sought after and desirable skill in today’s workforce and in almost all scientific research areas. Studying Statistics through to degree level, or for a portion of your degree, will strongly enhance your employability and skill-set as a scientist.

Why choose this subject?

• We offer Statistics as a subject in years 2 to 4. Interested students are recommended to take Data Science as a subject in year 1. Statistics is offered as a Double Major subject to degree level which can be combined with several other subjects in the Bachelor of Science degree. This flexibility means you can easily combine your other scientific interests with Statistics.
• Complex and voluminous data arises in all aspects of science. The ability to transform data into usable scientific knowledge is a highly sought-after and desirable skill in today’s workforce and in almost all scientific research areas. Studying Statistics through to degree level, or for a portion of your degree, will strongly enhance your employability and skill-set as a scientist.

Biology is the study of life - everything from the tiniest microbe to entire ecosystems that spread across the planet. It encompasses all aspects of living things including their structure, function, growth, origin, evolution and distribution.

• Our Biology Department is unique in the university system in Ireland as there are no sub-departments like Botany, Biochemistry, Genetics or Zoology. It means that most aspects of biology are taught alongside each other throughout the degree programmes. Over the years, undergraduate students are exposed to a wide range of biological disciplines.
• We have international reputations in Biological Control, Bioinformatics, Immunology, Medical Mycology, Molecular Genetics and Plant Biotechnology.
• There are many “umbrella” fields of biology including:
  • Biochemistry: the study of the constituents that make up living things
  • Botany: the study of plants
  • Cellular biology: the study of the cellular units of living things
  • Ecology: the study of how organisms interact with/in their environment
  • Evolutionary biology: the study of the origins and changes in the diversity of life over time
  • Genetics: the study of genetic inheritance
  • Molecular biology: the study of biological molecules
  • Physiology: the study of the functions of organisms and their parts
  • Zoology: the study of animals, including animal behaviour

Many of these fields overlap, for example, to study animals (zoology) it’s also important to know about evolution, physiology and ecology. To study cellular biology, it’s important to know about biochemistry and molecular biology as well.

This programme provides an excellent education in all the major branches of Chemistry, where topics ranging from fundamentals to the frontiers of modern Chemistry are covered. If you are interested in specialising in Chemistry and/or would like the flexibility to experience our other sciences, Critical Skills and Electives courses, then the BSc is the best pathway to study Chemistry.

• In the early years, in addition to the core Chemistry modules, there is a flexible curriculum to suit personal interests, allowing courses and modules in other sciences, critical skills or elective streams to be combined with the core Chemistry content.
• There is scope for some specialisation, through appropriate choice of modules in the fourth year. In fourth year you will also have the opportunity to undertake a Single Major or Double Major degree, as well as direct experience of research through an in-depth individual research project.
• The Department of Chemistry at Maynooth University offers state-of-the-art facilities and high standards in both teaching and research, which ensures a highly supportive learning environment, as well as a personal supervisor to oversee an in-depth final year research project.
• In addition to becoming an expert in chemical science, you will develop skills in problem-solving, critical thinking, communication, and scientific writing. These highly valued transferable skills will leave you well-prepared for a range of careers and employment opportunities in chemistry and non-chemistry disciplines.

Computer Science at Maynooth University is the study of all the essentials of computers and software.

• Students enjoy the huge benefit of studying other science subjects with Computer Science in first year with options to take different degree paths afterwards.
• Advanced topics such as computer vision, theoretical computer science, robotics, cryptography and artificial intelligence may be studied, depending on the pathway students take.
• The Department of Computer Science at Maynooth University was founded in 1987 and is located in the Eolas Building, a €20M state-of-the-art ICT hub, which opened in 2015. Our laboratories and equipment provide excellent facilities for practical work and all our courses include a mix of lectures and lab work.
• We endeavour to provide a supportive and enjoyable atmosphere for learning through our Computer Science Support Centre, extensive assistance during practical work and we are always available outside of lectures to help our students.

If you are one of those people who looks at everyday electronic items and wonders “how does that work?’’, then Engineering Science/Electronic Engineering is for you.

• If you look at those items and think “I can make this work better”, then electronic engineering is definitely the career for you.
• Electronic engineering and Engineering Science are at the forefront of technological change - developing the newest phones, computers, toys, robots and cars. One of the newest areas for electronic engineers is the space where software and hardware meet.
• First year Engineering Science students are eligible to transfer  into year 2 of the MH304 BE Electronic Engineering degree, based on their performance in Mathematics and Computer Science in first year examinations in the first sitting, subject to Head of Department approval.
• Through our research programmes, Electronic Engineering at Maynooth has developed world-class expertise in the area of mobile communications, biomedical diagnostics and technologies, and the intelligent control of large machines such as Robots or wave machines.
• Each of these areas is matched to rapidly growing industries and excellent job opportunities. By bringing this deep knowledge to all the undergraduate programmes, we provide our graduates with a world-class electronic engineering education but also a head start in these exciting and important areas.
• Transfer option: MH201 Engineering Science to 2nd year MH304 BE Electronic Engineering for students who have taken Engineering Science, Computer Science, Mathematics and one other subject. Subject to attaining 50% or more in Mathematics and passing 1st year. Subject to availability of places.

Physics deals with understanding the nature of concepts such as motion, forces, energy, matter, electricity, heat, sound and light. Often a distinction is made between classical physics - which includes classical mechanics, acoustics, optics, thermodynamics, and electromagnetism - and modern physics - which is the physics of matter on a very small scale or under extreme conditions, and includes quantum physics, atomic and nuclear physics, solid state physics and elementary particle physics.

• Physics is relevant to many other sciences, such as astronomy, biology, and geology. The combinations of these fields are called astrophysics, biophysics, and geophysics. As a science, physics has always been regarded as a fundamental area of human knowledge, which is evidenced by its high profile in the media and general level of human interest.
• Maynooth University has a long tradition of excellence in Experimental Physics; the inventor of the induction coil, Nicholas Callan, was Professor of Experimental Physics here from 1826 to 1864.
• We offer a broad and exciting curriculum in a vibrant learning environment as part of our four-year degree programmes in Experimental Physics (BSc Single Major and Double Major) and a BSc in Physics with Astrophysics (MH204).
• Facilities at Maynooth University are first class and include state-of-the-art laboratories, an observatory with a computerised Meade telescope, an atmospheric physics facility and radio and cosmic ray telescopes.
• Field trips and scientific visits are organised to other facilities such as L’Observatoire d’Haute Provence (France), the European Space Agency (the Netherlands), Jodrell Bank (UK), St. Luke’s Hospital, Dublin and Armagh Observatory.

Mathematical physics, or theoretical physics, is the study of the fundamental laws of nature that govern our existence; from the interactions of quarks and gluons through the properties of metals and the aerodynamics of flight, to the evolution of stars and galaxies.

• Many of the technologies we now take for granted have their origins in fundamental physics research, including PET scanners, lasers, Wi-Fi and the world wide web.
• Mathematical methods developed in mathematical physics have found their way to a wide range of applications, from financial markets and computer science to genetics and brain studies.
• The study of Mathematical Physics at Maynooth University has a long and distinguished tradition, of over 200 years. Modern theoretical physics and applied mathematics are exciting and dynamic and that excitement is reflected in the research projects which are pursued in the Department.
• As well as being introduced to the major ideas and developments in theoretical physics and applied mathematics, you will be equipped with the tools to meet current and future developments in science, engineering, finance and other technologies of the future.
• If students achieve at least 70% in both subjects and an 80% average across both Mathematical Physics and Mathematics in first year, they may choose to specialise in Mathematical Physics and Pure Mathematics from second year, following the course structure of MH206 Theoretical Physics and Mathematics.

Mathematics is one of the purest forms of thought, but its relevance to our everyday lives is fundamental. While its origins date back to ancient Greece, Mathematics continues to underpin key areas of human endeavour and industry, from engineering to construction to economics to software development to space travel. All of the sciences are also deeply reliant on Mathematics.

 

Applicants are required to have a minimum of six subjects in the Irish Leaving Certificate with two Higher Level papers at C3 and four Ordinary or Higher Level papers at grade D3

 

>>Mathematics is the logical and abstract study of pattern. It involves an interplay between the concrete and the abstract: the ever-changing world around us is one of the key inspirations for the invention and investigation of abstract mathematics, and the discoveries of abstract mathematics have important and unexpected applications in the world around us.
>>Our Mathematics degrees aim to bridge the gap between school Mathematics and current frontiers of knowledge. You will learn to think hard and rigorously about questions and to solve new problems – invaluable skills that can be transferred to any area of life and any job you hold in future.
>>In the four-year MH201 degree, you can take Mathematics as a subject in the first two years, and then choose between Mathematics (Applied) and Mathematics (Pure) at the beginning of year 3.

• Statistics deals with the collection, analysis and interpretation of data.
• You will learn how to use statistical models and visualisation methods to unlock valuable information and hidden patterns in large volumes of data.
• A degree in Statistics will provide you with tools to address problems of critical importance to humans such as climate change, drone analytics, biodiversity loss or designing medical products.
• Complex and voluminous data arises in all aspects of Science. The ability to transform data into usable scientific knowledge is a highly sought after and desirable skill in today’s workforce and in almost all scientific research areas. Studying Statistics through to degree level, or for a portion of your degree, will strongly enhance your employability and skill-set as a scientist.

Why choose this subject?

• We offer Statistics as a subject in years 2 to 4. Interested students are recommended to take Data Science as a subject in year 1. Statistics is offered as a Double Major subject to degree level which can be combined with several other subjects in the Bachelor of Science degree. This flexibility means you can easily combine your other scientific interests with Statistics.
• Complex and voluminous data arises in all aspects of science. The ability to transform data into usable scientific knowledge is a highly sought-after and desirable skill in today’s workforce and in almost all scientific research areas. Studying Statistics through to degree level, or for a portion of your degree, will strongly enhance your employability and skill-set as a scientist.

Biology is the study of life - everything from the tiniest microbe to entire ecosystems that spread across the planet. It encompasses all aspects of living things including their structure, function, growth, origin, evolution and distribution.

• Our Biology Department is unique in the university system in Ireland as there are no sub-departments like Botany, Biochemistry, Genetics or Zoology. It means that most aspects of biology are taught alongside each other throughout the degree programmes. Over the years, undergraduate students are exposed to a wide range of biological disciplines.
• We have international reputations in Biological Control, Bioinformatics, Immunology, Medical Mycology, Molecular Genetics and Plant Biotechnology.
• There are many “umbrella” fields of biology including:
  • Biochemistry: the study of the constituents that make up living things
  • Botany: the study of plants
  • Cellular biology: the study of the cellular units of living things
  • Ecology: the study of how organisms interact with/in their environment
  • Evolutionary biology: the study of the origins and changes in the diversity of life over time
  • Genetics: the study of genetic inheritance
  • Molecular biology: the study of biological molecules
  • Physiology: the study of the functions of organisms and their parts
  • Zoology: the study of animals, including animal behaviour

Many of these fields overlap, for example, to study animals (zoology) it’s also important to know about evolution, physiology and ecology. To study cellular biology, it’s important to know about biochemistry and molecular biology as well.

This programme provides an excellent education in all the major branches of Chemistry, where topics ranging from fundamentals to the frontiers of modern Chemistry are covered. If you are interested in specialising in Chemistry and/or would like the flexibility to experience our other sciences, Critical Skills and Electives courses, then the BSc is the best pathway to study Chemistry.

• In the early years, in addition to the core Chemistry modules, there is a flexible curriculum to suit personal interests, allowing courses and modules in other sciences, critical skills or elective streams to be combined with the core Chemistry content.
• There is scope for some specialisation, through appropriate choice of modules in the fourth year. In fourth year you will also have the opportunity to undertake a Single Major or Double Major degree, as well as direct experience of research through an in-depth individual research project.
• The Department of Chemistry at Maynooth University offers state-of-the-art facilities and high standards in both teaching and research, which ensures a highly supportive learning environment, as well as a personal supervisor to oversee an in-depth final year research project.
• In addition to becoming an expert in chemical science, you will develop skills in problem-solving, critical thinking, communication, and scientific writing. These highly valued transferable skills will leave you well-prepared for a range of careers and employment opportunities in chemistry and non-chemistry disciplines.

Computer Science at Maynooth University is the study of all the essentials of computers and software.

• Students enjoy the huge benefit of studying other science subjects with Computer Science in first year with options to take different degree paths afterwards.
• Advanced topics such as computer vision, theoretical computer science, robotics, cryptography and artificial intelligence may be studied, depending on the pathway students take.
• The Department of Computer Science at Maynooth University was founded in 1987 and is located in the Eolas Building, a €20M state-of-the-art ICT hub, which opened in 2015. Our laboratories and equipment provide excellent facilities for practical work and all our courses include a mix of lectures and lab work.
• We endeavour to provide a supportive and enjoyable atmosphere for learning through our Computer Science Support Centre, extensive assistance during practical work and we are always available outside of lectures to help our students.