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BACHELOR OF ARTS - MATHEMATICS (PURE)

Qualification: BACHELOR OF ARTS DEGREE
Award Type and NFQ Level:
Course code: ARTS
CAO/PAC code: MH101
Points: 320
QQI: click here for details
Closing date: 01 July 2019

	Details
	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. Choose this subject if you are interested in Concentrating on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions; Taking a degree where you are prepared for research in Mathematics and its applications. In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth; Selecting from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory; Developing the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems; Taking Mathematics topics related to key developments in technology, software, economics and other applications.

Details

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.

Choose this subject if you are interested in

Concentrating on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
Taking a degree where you are prepared for research in Mathematics and its applications. In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Selecting from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Developing the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Taking Mathematics topics related to key developments in technology, software, economics and other applications.

Entry requirements

	Required	Ordinary level grade	Higher level grade
Irish		O6	H7
English		O6	H7
Language		O6	H7
Math		-	H2
Science		-	-

This course requires 2 additional subjects

Mature students - Information:

A mature student is 23 years or older by 1st January in the year of entry to the University. For part-time degrees the mature age is 21. Admission is based on your application and/or interview. H2 Mathematics or equivalent required.

Apply to the CAO by February 1st 2019. Late applications from mature students may be accepted after this date - consult the Undergraduate Studies website for updates. Application may not be made to the CAO after May 1st 2019.

Mature students must complete the CAO section for mature applicants fully, indicating clearly past or current studies, and outlining educational goals and objectives. Applicants are assessed on the basis of the information provided on their CAO application form. All questions should be answered in full.

Mature student applicants who have a disability

If you have a disability or specific learning difficulty (e.g. dyslexia), and require examination support for any required written tests, please submit supporting documentation by 15 March 2019 to the Access Office. Unfortunately we are unable to consider applications for alternative examination accommodation after this deadline.

For further information on the supporting documentation required, as well as examination and other supports visit the Access Office website.

	Additional information
	Leaving Certificate applicants are required to present (as a minimum): 2H5 & 4O6/H7 and O6/H7 in Irish, English, 3rd language. H2 Mathematics required. The Maynooth Education Click here for details about 1st year optional Critical Skills courses and 2nd year optional Electives and degree pathways. HEAR and DARE DARE: The Disability Access Route to Education is a third level alternative admissions scheme for school-leavers whose disabilities have had a negative impact on their second level education. HEAR: The Higher Education Access Route is a third level admissions scheme for school leavers from socioeconomically disadvantaged backgrounds. Contact the Access Office for more information about these access routes.

Additional information

	How to apply
	The application process depends on the type of applicant you are. Click here for all information about how to apply. Categories of applicant: School-leavers (Leaving Certificate students) Mature students (23 years or older by 1st January in the year of entry to the University/part-time degrees the mature age is 21) EU/EFTA/UK students International students (outside the EU) QQI (Further Education) students Transferring students Deferring students

How to apply

Course structure

1st year

30 credits of Mathematics (Pure) is taken with 1 or 2 other Arts subjects in 1st year (excluding groups 1 & 3)

2nd year

Mathematics (Pure) may be taken with another Arts subject, or it may be taken as a Major/Minor with the Arts subject or Statistics
As a Single Major, students take Mathematics (Pure) only in 3rd year. Students require a mark of 50% or greater in 1st year Mathematics (Pure) to proceed to 2nd year in Mathematics (Pure). Students attaining a mark below 50%, and who are eligible to proceed to 2nd year, progress to 2nd year Mathematical Studies, or progress with Statistics and other 1st year subject, or with the two other subjects you took in 1st year.
Optional 10 credit Electives in 2nd year

Students may apply to study overseas after 2nd year (on Erasmus or Study Abroad) and graduate with a BA (International) after 4 years. See the International Studies website for details.

Duration: 3 years (BA) or 4 years (BA International)

Disclaimer
The modules below are indicative of the content associated with this course of study.
The modules are subject to change as the curriculum is revised and reviewed annually. Please check periodically for updates.

Year 1

MATHEMATICS (PURE)

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.

Students concentrate on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Select from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Develop the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Take Mathematics topics related to key developments in technology, software, economics and other applications.
See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

In 1st year, Mathematics (Pure) is taken as a double subject (timetabled in groups 1 and 3) with one or two other Arts subjects excluding groups 1 and 3.
Admission to 2nd Arts Mathematics (Pure) (MT2DM or MT2MJ) is conditional on students obtaining a mark of 50% or better in the 1st year Mathematics (Pure) (MT1F30) examination.
1st year minimum entry requirement: Leaving Certificate (or equivalent) H2 Mathematics.

MT1F30 - MATHEMATICS (PURE)

Credits: 30 Not compulsory:

Module	Code	Credits	Semester
ABSTRACT ALGEBRA	MT242P	5	2
ANALYSIS 1 (P)	MT232P	5	1
FINITE MATHEMATICS	MT241P	5	1
FOUNDATIONS OF EUCLIDEAN GEOMETRY	MT251P	5	1
INTEGRATION	MT231P	5	2
MULTIVARIABLE CALCULUS	MT234P	5	2

MATHEMATICS (PURE)

Students concentrate on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Select from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Develop the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Take Mathematics topics related to key developments in technology, software, economics and other applications.
See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

In 1st year, Mathematics (Pure) is taken as a double subject (timetabled in groups 1 and 3) with one or two other Arts subjects excluding groups 1 and 3.
Admission to 2nd Arts Mathematics (Pure) (MT2DM or MT2MJ) is conditional on students obtaining a mark of 50% or better in the 1st year Mathematics (Pure) (MT1F30) examination.
1st year minimum entry requirement: Leaving Certificate (or equivalent) H2 Mathematics.

MT1F30 - MATHEMATICS (PURE)

Credits: 30 Not compulsory:

Module	Code	Credits	Semester
ABSTRACT ALGEBRA	MT242P	5	2
ANALYSIS 1 (P)	MT232P	5	1
FINITE MATHEMATICS	MT241P	5	1
FOUNDATIONS OF EUCLIDEAN GEOMETRY	MT251P	5	1
INTEGRATION	MT231P	5	2
MULTIVARIABLE CALCULUS	MT234P	5	2

Year 2

MATHEMATICS (PURE)

Students concentrate on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Select from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Develop the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Take Mathematics topics related to key developments in technology, software, economics and other applications.
See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

Admission to 2nd Mathematics (Pure) (MT2DM) is conditional on students obtaining a mark of 50% or better in the 1st year Mathematics (Pure) (MT1F30/MT1DM/MT1TDM) Examination.

MT2DM - MATHEMATICS (PURE)

Credits: 30 Not compulsory:

Module	Code	Credits	Semester
COMPLEX ANALYSIS 1	MT333P	5	2
GROUP THEORY 1	MT342P	5	1
METRIC SPACES (REAL ANALYSIS 2)	MT332P	5	2
REAL ANALYSIS 1	MT331P	5	1
RINGS & FIELDS 1	MT341P	5	1
RINGS & FIELDS 2	MT344P	5	2

MATHEMATICS (PURE)

Students concentrate on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Select from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Develop the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Take Mathematics topics related to key developments in technology, software, economics and other applications.
See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

Admission to 2nd Mathematics (Pure) (MT2DM) is conditional on students obtaining a mark of 50% or better in the 1st year Mathematics (Pure) (MT1F30/MT1DM/MT1TDM) Examination.

MT2DM - MATHEMATICS (PURE)

Credits: 30 Not compulsory:

Module	Code	Credits	Semester
COMPLEX ANALYSIS 1	MT333P	5	2
GROUP THEORY 1	MT342P	5	1
METRIC SPACES (REAL ANALYSIS 2)	MT332P	5	2
REAL ANALYSIS 1	MT331P	5	1
RINGS & FIELDS 1	MT341P	5	1
RINGS & FIELDS 2	MT344P	5	2

MATHEMATICS (PURE)

Students concentrate on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Select from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Develop the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Take Mathematics topics related to key developments in technology, software, economics and other applications.
See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

Admission to 2nd Arts Mathematics (MT2MJ) is conditional on students obtaining a mark of 50% or better in the 1st year Mathematics (MT1F30) Examination.

MT2MJ - MATHEMATICS (PURE)

Credits: 40 Not compulsory:

Module	Code	Credits	Semester
COMPLEX ANALYSIS 1	MT333P	5	2
EUCLIDEAN & NON-EUCLIDEAN GEOMETRY	MT351A	5	1
EXPERIMENTAL AND COMPUTATIONAL MATHEMATICS	MT371A	5	1
GRAPH THEORY	MT412C	5	2
GROUP THEORY 1	MT342P	5	1
MATHEMATICAL BIOLOGY	MT481S	5	2
METRIC SPACES (REAL ANALYSIS 2)	MT332P	5	2
REAL ANALYSIS 1	MT331P	5	1
RINGS & FIELDS 1	MT341P	5	1
RINGS & FIELDS 2	MT344P	5	2

MATHEMATICS (PURE)

Students concentrate on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Select from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Develop the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Take Mathematics topics related to key developments in technology, software, economics and other applications.
See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

Admission to 2nd Arts Mathematics (MT2MJ) is conditional on students obtaining a mark of 50% or better in the 1st year Mathematics (MT1F30) Examination.

MT2MJ - MATHEMATICS (PURE)

Credits: 40 Not compulsory:

Module	Code	Credits	Semester
COMPLEX ANALYSIS 1	MT333P	5	2
EUCLIDEAN & NON-EUCLIDEAN GEOMETRY	MT351A	5	1
EXPERIMENTAL AND COMPUTATIONAL MATHEMATICS	MT371A	5	1
GRAPH THEORY	MT412C	5	2
GROUP THEORY 1	MT342P	5	1
MATHEMATICAL BIOLOGY	MT481S	5	2
METRIC SPACES (REAL ANALYSIS 2)	MT332P	5	2
REAL ANALYSIS 1	MT331P	5	1
RINGS & FIELDS 1	MT341P	5	1
RINGS & FIELDS 2	MT344P	5	2

Year 3

MATHEMATICS (PURE)

Students concentrate on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Select from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Develop the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Take Mathematics topics related to key developments in technology, software, economics and other applications.
See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

MT3DM - MATHEMATICS (PURE)

Credits: 30 Not compulsory:

Module	Code	Credits	Semester
BAYESIAN DATA ANALYSIS	ST405	5	1
COMPLEX ANALYSIS 2	MT433P	5	1
DIFFERENTIAL GEOMETRY	MT451P	5	1
GALOIS THEORY	MT442P	5	2
GENERALISED LINEAR MODELS	ST304	5	2
GROUP THEORY 2	MT441P	5	1
LINEAR MODELS	ST303	5	1
NUMBER THEORY	MT444P	5	2
POINT SET TOPOLOGY	MT434P	5	2
PROBABILITY	ST301	5	1
READING COURSE	MT495R	5	1
READING COURSE	MT496R	5	2
RESEARCH PROJECT	MT490R	5	2
STATISTICAL INFERENCE	ST402	5	2

MATHEMATICS (PURE)

Students concentrate on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Select from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Develop the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Take Mathematics topics related to key developments in technology, software, economics and other applications.
See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

MT3DM - MATHEMATICS (PURE)

Credits: 30 Not compulsory:

Module	Code	Credits	Semester
BAYESIAN DATA ANALYSIS	ST405	5	1
COMPLEX ANALYSIS 2	MT433P	5	1
DIFFERENTIAL GEOMETRY	MT451P	5	1
GALOIS THEORY	MT442P	5	2
GENERALISED LINEAR MODELS	ST304	5	2
GROUP THEORY 2	MT441P	5	1
LINEAR MODELS	ST303	5	1
NUMBER THEORY	MT444P	5	2
POINT SET TOPOLOGY	MT434P	5	2
PROBABILITY	ST301	5	1
READING COURSE	MT495R	5	1
READING COURSE	MT496R	5	2
RESEARCH PROJECT	MT490R	5	2
STATISTICAL INFERENCE	ST402	5	2

MATHEMATICS (PURE)

Students concentrate on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Select from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Develop the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Take Mathematics topics related to key developments in technology, software, economics and other applications.
See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

MT3MJ - MATHEMATICS (PURE)

Credits: 40 Not compulsory:

Module	Code	Credits	Semester
BAYESIAN DATA ANALYSIS	ST405	5	1
COMPLEX ANALYSIS 2	MT433P	5	1
DIFFERENTIAL GEOMETRY	MT451P	5	1
GALOIS THEORY	MT442P	5	2
GENERALISED LINEAR MODELS	ST304	5	2
GROUP THEORY 2	MT441P	5	1
LINEAR MODELS	ST303	5	1
NUMBER THEORY	MT444P	5	2
POINT SET TOPOLOGY	MT434P	5	2
PROBABILITY	ST301	5	1
READING COURSE	MT495R	5	1
READING COURSE	MT496R	5	2
RESEARCH PROJECT	MT490R	5	2
STATISTICAL INFERENCE	ST402	5	2

MATHEMATICS (PURE)

Students concentrate on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Select from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Develop the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Take Mathematics topics related to key developments in technology, software, economics and other applications.
See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

MT3MJ - MATHEMATICS (PURE)

Credits: 40 Not compulsory:

Module	Code	Credits	Semester
BAYESIAN DATA ANALYSIS	ST405	5	1
COMPLEX ANALYSIS 2	MT433P	5	1
DIFFERENTIAL GEOMETRY	MT451P	5	1
GALOIS THEORY	MT442P	5	2
GENERALISED LINEAR MODELS	ST304	5	2
GROUP THEORY 2	MT441P	5	1
LINEAR MODELS	ST303	5	1
NUMBER THEORY	MT444P	5	2
POINT SET TOPOLOGY	MT434P	5	2
PROBABILITY	ST301	5	1
READING COURSE	MT495R	5	1
READING COURSE	MT496R	5	2
RESEARCH PROJECT	MT490R	5	2
STATISTICAL INFERENCE	ST402	5	2

MATHEMATICS (PURE)

Students concentrate on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Select from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Develop the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Take Mathematics topics related to key developments in technology, software, economics and other applications.
See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

The entry threshold for MT3SM is 45%.

MT3SM - MATHEMATICS (PURE)

Credits: 60 Not compulsory:

Module	Code	Credits	Semester
BAYESIAN DATA ANALYSIS	ST405	5	1
COMPLEX ANALYSIS 2	MT433P	5	1
DIFFERENTIAL GEOMETRY	MT451P	5	1
GALOIS THEORY	MT442P	5	2
GENERALISED LINEAR MODELS	ST304	5	2
GROUP THEORY 2	MT441P	5	1
LINEAR MODELS	ST303	5	1
NUMBER THEORY	MT444P	5	2
POINT SET TOPOLOGY	MT434P	5	2
PROBABILITY	ST301	5	1
READING COURSE	MT495R	5	1
READING COURSE	MT496R	5	2
RESEARCH PROJECT	MT490R	5	2
STATISTICAL INFERENCE	ST402	5	2
STATISTICAL MACHINE LEARNING	ST404	5	2

MATHEMATICS (PURE)

Students concentrate on Mathematics (Pure) - learning how to think hard and rigorously about Mathematical questions;
In the final two years, central areas of Mathematics such as Complex Analysis, Topology and Group Theory are studied in depth;
Select from a range of courses in rapidly growing areas such as: Differential Geometry, Numerical Analysis, Probability, Statistics and Graph Theory;
Develop the ability to invent, criticise and perfect new Mathematics for yourself and to solve new problems;
Take Mathematics topics related to key developments in technology, software, economics and other applications.
See CAREER OPTIONS tab for more details about the range of Mathematics options at MU.

The entry threshold for MT3SM is 45%.

MT3SM - MATHEMATICS (PURE)

Credits: 60 Not compulsory:

Module	Code	Credits	Semester
BAYESIAN DATA ANALYSIS	ST405	5	1
COMPLEX ANALYSIS 2	MT433P	5	1
DIFFERENTIAL GEOMETRY	MT451P	5	1
GALOIS THEORY	MT442P	5	2
GENERALISED LINEAR MODELS	ST304	5	2
GROUP THEORY 2	MT441P	5	1
LINEAR MODELS	ST303	5	1
NUMBER THEORY	MT444P	5	2
POINT SET TOPOLOGY	MT434P	5	2
PROBABILITY	ST301	5	1
READING COURSE	MT495R	5	1
READING COURSE	MT496R	5	2
RESEARCH PROJECT	MT490R	5	2
STATISTICAL INFERENCE	ST402	5	2
STATISTICAL MACHINE LEARNING	ST404	5	2

Contacts

Maynooth University Department of Mathematics and Statistics

Logic House, Maynooth University, Maynooth, Co. Kildare, Ireland.

+353 1 708 3914

mathsstats@mu.ie

Website

@MU_MathsStats

General enquiries

Course enquiries

	Career and postgraduate options
	Career options: Well-trained mathematicians are always in demand. A degree in Mathematics from Maynooth University not only provides specialist knowledge, it also trains graduates to think logically and clearly. These skills are highly sought after in finance and banking, insurance, the civil service, teaching, industrial and commercial management, administration and technical, scientific and engineering work in industry and in research and development. Postgraduate study options at Maynooth currently include: > MSc or PhD in Mathematics or Statistics > MA in Mathematics > MSc in Data Science & Analytics > Higher Diploma in Mathematics or Statistics > Higher Diploma in Data Analytics Postgraduate options: Postgraduate study options at Maynooth currently include: > MSc or PhD in Mathematics or Statistics > MA in Mathematics > MSc in Data Science & Analytics > Higher Diploma in Mathematics or Statistics > Higher Diploma in Data Analytics Visit the Graduate Studies website for more information about postgraduate options. For further information on Postgraduate options please go to the Graduate Studies site

Career and postgraduate options

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BACHELOR OF ARTS - MATHEMATICS (PURE)