Intermediate Modern Icelandic Language B (SCAN0065)

Applications of Biomedical Engineering A (MECH0041)

ART HISTORY|LONDON|MODERN ART|CONTEMPORARY ART|MIDDLE EASTERN ART|

This module is designed as a challenging introductory course and is specifically for non-History of Art students. It examines modern and contemporary art...

Modern and Contemporary Art in London (HART0021)

This module is designed as a challenging introductory course and is specifically for non-History of Art students. It examines modern and contemporary art focusing on objects in London's galleries and museums. The specific content of this module changes each year but its aim is to introduce students to key issues and themes in British, European and North American from the mid nineteenth century through to the present day, by focusing on works in institutions such as Tate Britain and Tate Modern as well as smaller contemporary galleries such as The Whitechapel. It is assessed by two essays, of 2,500 words, equally weighted.

Modern and Contemporary Art in London (HART0020)

Modern and Contemporary Art in London (HART0019)

ART|CONTEMPORARY ART|MODERN ART|HISTORY OF ART|

Modern and Contemporary Art in London (HART0018)

Chaucer and his Literary Background A (ENGL0007)

To provide students with an introduction to the basic transport phenomena required to analyse and design processes handling labile biological materials. Focus...

Fluid Flow and Mixing in Bioprocesses (BENG0083)

To provide students with an introduction to the basic transport phenomena required to analyse and design processes handling labile biological materials. Focus is on the development of a physical understanding of the underlying momentum transport phenomena and upon the ability to apply transport analysis to practical bioprocess-oriented problems. The physical interpretation of the problem will be emphasised via the understanding of the problem’s mathematical solution.

Upon completion of the course, a student should be able to:

Mathematically analyse and interpret given experimental data analysis of a fluid in a viscometer and provide a physical explanation of the results obtained.
	Design a generic pipe network based on specifications and constraints, verify the assumptions made and quantify the pump requirements.
	Analyse and design a complete chromatography system based on fluid flow specifications.
	Calculate the power input required for agitation in a stirred-tank fermenter under a range of operating conditions.
	Define conditions for the successful scale-up or scale-down of a fermentation process for different biological systems.