Summary 

The research project may be either laboratory-based, clinically-based or literature-, statistics- or bioinformatics-based.

In the first term your...

Applied Mathematics|Applied Research|Applied Statistics|Digital Humanities|Experimentation|Fine Art|Information and Data Science|Mathematics|Quantitative Analysis|Remote Sensing|Sensors and sensing|Software Engineering|Sustainability|Sustainable Heritage

In this module you will develop an understanding of the use of imaging methods in heritage characterization and visualization, and the subsequent image...

In this module you will develop an understanding of the use of imaging methods in heritage characterization and visualization, and the subsequent image analysis. We will aim to cover a broad range of imaging techniques. This optional module is taught over 11 weeks during Term 2. Practicals will be held in a variety of imaging facilities to demonstrate a range of techniques.

Creative Writing|English Language|English Literature|Interdisciplinary Studies|Interdisciplinary Thinking

Weekly workshop-seminar sessions will engage students in identifying and exploring the basic principles of successfully writing and reading prose fiction,...

This module grounds students in an understanding of urbanism as ways of coming to know and experience the urban, with a focus on methodologies and...

analytical (simulation and sensing) and synthetic (making) skills

This module will serve to teach the use of designing &amp; making toolsets (digital and physical). With this will come knowledge of manufacturing processes and...

This module will serve to teach the use of designing & making toolsets (digital and physical). With this will come knowledge of manufacturing processes and materials relevant to the course.

Each year will bring a slightly different mix of tools and skills based on the selection of projects available in the design studios. The tuition will start from scratch, so no previous knowledge is required to enrol, although some self-led digital learning may be expected before the physical lessons begin.

A few examples from previous years:

· Design software

o Rhinoceros 3D & Grasshopper (direct & algorithmic 3D modelling, manufacturing data generation and analysis, robot kinematic simulation)

o Fusion 360 (parametric modelling, mechanical & physical simulation/analysis, machining tool path generation, machine kinematic simulation)

· Manufacturing processes

o CNC Milling (machining of various materials to create structural components, using industry standard CNC machines, or experimental robotic setups)

o Casting (Ceramics, metals, pattern & mould design and making, machining of cast parts)

o 3D Printing (ceramics, plastics, using robot mounted nozzles or industry standard machines)

The module will be marked as a weighted average over a series of course works made up of written content, and any digital files relevant to the process in question. The course works are handed in at various learning milestones, on average 5 hand-ins over the module, relatively evenly spread out