This is a first course at the advanced undergraduate level in mathematical finance; centring on the mathematics of financial derivatives which relies on both...

This is a first course at the advanced undergraduate level in mathematical finance; centring on the mathematics of financial derivatives which relies on both probability theory and PDE based approaches. It assumes no prior knowledge of finance. The module begins with an introduction to the type of language and terminology used in the investment banking arena, followed by the essential elements of probability theory and stochastic calculus required for the pricing of options later in the course.

This course concerns the geometry of smooth curves and surfaces in R3. We will begin by looking at local properties, i.e., properties such as curvature, which...

This course concerns the geometry of smooth curves and surfaces in R3. We will begin by looking at local properties, i.e., properties such as curvature, which are defined using a small neighbourhood of a point. We will go on to prove global results in which we study the curve or surface as whole. For example, the Gauss-Bonnet Theorem relates the geometry and topology of a surface. We will study special surfaces such as minimal surfaces, which are natural models for soap films.

Digital Humanities|Library and Information Studies

The delivery of content and information online is becoming increasingly dynamic and device-driven. This module reviews the history of the internet and of...

The delivery of content and information online is becoming increasingly dynamic and device-driven. This module reviews the history of the internet and of the web, introduces students to the concepts of markup for web pages, website structuring and design, and the issues involved in generating, delivering and evaluating content effectively. Topics include the design, construction and delivery of valid online content; best practice and standards for technical, accessibility and usability 
issues; information architecture and user experience; and emerging technologies on the web.
Learning outcomes: by the end of the module, students will have an understanding of how content can be ported across different online environments thorough adherence to  standards; be able to assess and evaluate the effectiveness of website 
design and implementation, especially with regard to usability and accessibility for different audiences; have a practical understanding of the real-world applications of content covered in the module.

Core module for: MA and MSc in Digital Humanities.

Optional for:  MSc in Knowledge, Information and Data Science

Prerequisites: There are no formal prerequisites for this module, although some familiarity with HTML is assumed.