This module aims to help you engage with more complex technical material delivered later in the Advanced Neuroimaging course by introducing you to essential...

Physical Sciences Module 1: Introductory Science and Methods (ANIM0003)

The most recent dictatorships in Argentina (1976-1983) and Chile (1973-1990) were also the most violent, characterised by the clandestine arrest, torture,...

Memoria, verdad y justicia in Argentine and Chilean Culture (SPAN0094)

Report on Humanities Education and Integrated Research Methods (CPAS0107)

In the first term of this module you will follow an online research methods course through which you will learn how to conceptualize and write a coherent research proposal, formulating relevant research questions on a topic of your choice within your chosen subject specialism, on the basis of relevant literature and/or observations of practice, and design systematic data collection and analysis strategies in order to help you answer your questions. In term two and three you will implement your research proposal, gathering and analysing data and presenting your conclusions systematically. The report will enhance your ability to read research in your chosen field, to devise investigative strategies and to develop new knowledge in your field and to communicate this through scholarly writing and argument.

You will be assessed on the basis of a portfolio comprised of a proposal, evidence of having peer-reviewed a proposal, an ethics approval application and a report. The portfolio will be assessed holistically. Students will write a 1,500-word proposal + 8,000-word report.

Applied Biology|Biochemical Engineering|Bioengineering|Biomedical Engineering and Clinical Engineering|Biotechnology|Regenerative Medicine

The aim of the module is to introduce students to tools and technologies that underpin manufacture of stem cell-based regenerative medicine products. These are...

Manufacturing Regenerative Medicines: from Lab Bench to Industry (BENG0011)

The aim of the module is to introduce students to tools and technologies that underpin manufacture of stem cell-based regenerative medicine products. These are becoming increasingly important for 21st century healthcare and which will require talented multi-disciplinary engineers and scientists able to create sustainable manufacturing pathways. Specific aims will be to ensure all students irrespective of their background discipline will have a fundamental understanding of the cell biology that underpins stem cell manufacture and an understanding of the process options and challenges for moving into industrial systems. This module can be taken as stand-alone or as part of the Regenerative Medicine Minor.

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

Develop an understanding of fundamental biology that underpins stem cell behaviour and that is critical to understand for successful manufacture of regenerative medicines
	Develop an understanding and working knowledge of manual cell handling, including those that are typically used at research scale
	Develop an understanding and working knowledge of typical technology platforms and unit operations used in regenerative medicine manufacturing pathways