About the Courses
Mathematics can lead to a diverse range of careers. Scientific developments are possible due to mathematical applications while mathematical models inform decisions in industry, government, and in the financial sector.
You'll learn both pure and application-driven mathematics. By the time you finish your degree, you will be able to use mathematics to solve practical problems and apply this knowledge to accountancy.
As the accounting and financial reporting world becomes more globalised we concentrate on the developing international standards adopted by the key trading blocks.
You’ll discover the power and limitations of accountancy as a tool in society and the financial techniques you’ll need to help society function.
Dundee has close links with the accountancy profession. You’ll benefit from the experience of practicing acco
Mathematics can lead to a diverse range of careers. Scientific developments are possible due to mathematical applications while mathematical models inform decisions in industry, government, and in the financial sector.
You'll learn both pure and application-driven mathematics. By the time you finish your degree, you will be able to use mathematics to solve practical problems and apply this knowledge to accountancy.
As the accounting and financial reporting world becomes more globalised we concentrate on the developing international standards adopted by the key trading blocks.
You’ll discover the power and limitations of accountancy as a tool in society and the financial techniques you’ll need to help society function.
Dundee has close links with the accountancy profession. You’ll benefit from the experience of practicing accountants and understand their contemporary challenges through their insights and guest lectures.
A number of students opt to undertake an internship with an accountancy firm during their vacation, combining their study with work experience.
You will also be able to join DUMaS (Dundee University Maths Society), an active society open to all students studying mathematics.
Modules
Level 1
Core Modules
These modules are an essential part of your course.
Introductory Financial Accounting (BU11001)
International Business Environment (BU11002)
Introductory Management Accounting (BU12001)
Mathematics 1A (MA11001)
Mathematics 1B (MA12001)
Statistics and Probability (MA12003)
Personal Development Planning (SD10001)
Level 2
Core Modules
These modules are an essential part of your course.
Intermediate Financial Accounting (BU21002)
Intermediate Financial Management (BU22003)
Mathematics 2A (MA21001)
Computer Algebra and Dynamical Systems (MA21002)
Mathematics 2B (MA22001)
Personal Development Planning (SD20001)
Optional Modules
You need to choose one or more of these modules as part of your course.
Data Analytics for Financial Decisions (BU21001)
Statistics II (MA22004)
Level 3
Core Modules
These modules are an essential part of your course.
Advanced Financial Accounting I (BU30001)
Advanced Financial Management (BU30002)
Auditing (BU30004)
International Capital Markets (BU30007)
Differential Equations (MA31002)
Vector Calculus (MA31007)
Optional Modules
You need to choose one or more of these modules as part of your course.
Taxation (BU30005)
Analysis (MA32001)
Operational Research (MA32003)
Fundamentals of Scientific Computing (MA32005)
Complex Analysis (MA32006)
Differential Geometry (MA32007)
Mathematical Biology I (MA32009)
Mathematics Work Placement (MA33001)
Level 4
Optional Modules
You need to choose one or more of these modules as part of your course.
Sustainability Reporting (BU40001)
Financial Statement Analysis (BU40003)
Fiscal Studies (BU40006)
Corporate Governance (BU41002)
Security Analysis (BU41004)
Contemporary Issues in International Reporting (BU41007)
Corporate Restructuring & Finance (BU42002)
Portfolio Management (BU42003)
Financial Assurance and Ethics (BU42007)
Ordinary Differential Equations and the Approximation (MA41003)
Mathematics of Fluids and Plasmas 1: Fluid Dynamics (MA41006)
Graph Theory (MA41007)
Mathematical Biology II (MA42002)
Partial Differential Equations and their Approximation (MA42003)
Mathematics of Fluids and Plasmas 2: MHD and the Sun (MA42007)
Mathematical Statistics (MA42008)