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Title
Single Honors Mathematics (JS year)
Category
undergraduate
UUID
ae747a072e7f4e0594c78edb2df374eb
Source URL
https://www.maths.tcd.ie/undergraduate/modules/js-ubmath-sng.php
Parent URL
https://www.maths.tcd.ie/undergraduate/modules/
Crawl Time
2026-03-23T14:25:23+00:00
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Single Honors Mathematics (JS year)

Source: https://www.maths.tcd.ie/undergraduate/modules/js-ubmath-sng.php Parent: https://www.maths.tcd.ie/undergraduate/modules/

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Single Honors Mathematics (JS year)

Selected pathway Major in Mathematics, Minor in Pillar 1 Major in Mathematics, Minor in Pillar 2 Major in Mathematics, Minor in Pillar 4 Major in Mathematics, Minor in Statistics Single Honors Mathematics Single Honors Mathematics (Pillar 1 NMS) Single Honors Mathematics (Pillar 2 NMS) Single Honors Mathematics (Pillar 4 NMS) Single Honors Mathematics (Statistics NMS) ECTS credit split

Available pathways

During their Junior Sophister year, students follow one of the available pathways. Their exact options are outlined in this useful diagram and they are also briefly outlined below.

Timetable pillars for minor subjects

For timetable purposes, the available minor subjects (other than Statistics) are divided into three groups, which are also known as pillars.

Mathematics modules

The following list of Mathematics modules corresponds to the pathway selected at the top of this page. One may use the dropdown menu to navigate to other pathways, if needed. Some combinations of modules may not be available because of timetable restrictions.

Credits must always be divided equally between the two semesters. Unless indicated otherwise, each module is worth 5 credits. To view the prerequisites for each module, one may hover their mouse over the module code. Modules listed with (c) are compulsory, while those listed with an asterisk are offered every other year.

Yearlong Mathematics Modules

MAU34900

Mathematics education (10 ECTS)

Miriam Logan Aibhin Bray

Semester 1 Mathematics Modules

CSU33081

Computational mathematics

Eamonn O Nuallain

CSU34011

Symbolic programming

Tim Fernando

CSU34016

Introduction to functional programming

Andrew Butterfield

MAU33101

Introduction to number theory

Adam Keilthy

MAU33205

Ordinary differential equations

Miriam Logan

MAU33301

Topics in combinatorial algebraic geometry

Marvin Anas Hahn

MAU33401

Advanced classical mechanics I

Chaolun Wu

MAU34101*

Galois theory

Nicolas Mascot

MAU34103*

Lie algebras and Lie groups

Sergey Mozgovoy

MAU34107

Combinatorics

Marvin Anas Hahn

MAU34209

Advanced complex analysis

Dmitri Zaitsev

MAU34215*

Introduction to partial differential equations

John Stalker

MAU34301*

Differential geometry

Tommaso Cremaschi

MAU34303

Discrete geometry

Marvin Anas Hahn

MAU34401

Classical field theory

Andrei Parnachev

MAU34403

Quantum mechanics I

Sergey Frolov

MAU34601

Practical numerical simulations

Patrick Fritzsch

STU23501

Probability and theoretical statistics

Simon Wilson

STU33010

Forecasting

Alessio Benavoli

STU33011

Multivariate linear analysis

Arthur White

STU34501*

Applied linear statistical methods I

Jason Wyse

STU34507*

Statistical inference I

Simon Wilson

STU44005

Decision analysis

Athanasios Georgiadis

Semester 2 Mathematics Modules

CSU33061

Artificial intelligence I

Tim Fernando

MAU33302

Euclidean and non-Euclidean geometry

Adam Keilthy

MAU33402

Advanced classical mechanics II

Chaolun Wu

MAU34102*

Commutative algebra

Sergey Mozgovoy

MAU34214

Calculus on manifolds

Florian Naef

MAU34216*

Advanced partial differential equations

Paschalis Karageorgis

MAU34306*

Manifold topology

Florian Naef

MAU34308*

Techniques in geometry

Nikhil Savale

MAU34402

Classical electrodynamics

Stefan Sint

MAU34404

Quantum mechanics II

Michael Peardon

MAU34604

Introduction to numerical analysis

Kirk Soodhalter

MAU34804*

Fixed point theorems and economic equilibria

John Stalker

STU22005

Applied probability II

Caroline Brophy

STU34502*

Applied linear statistical methods II

Alessio Benavoli

STU34508*

Statistical inference II

Jason Wyse

Open Modules and Trinity Electives 2025-26