Research Methods and Introduction to Statistics (CLNE0007)

This module has two components: (1) Research Methods, including Critical Appraisal of published research and (2) Introduction to Statistics.

At the end of the critical appraisal part of the module you will have an understanding of (i) research methods including formulating a research question and study design, (ii) the range of research methods available and be able to make an informed choice as to the most appropriate method(s) to answer the research question; (iii) the principles of evidence-based medicine, including an understanding of the ‘hierarchy of evidence’; (iv) an introduction to generic research skills

The statistics part of module aims to teach you the essential elements of research methodology and statistics. The focus is mainly on interpretation and understanding appropriate methodology. At the end of the statistics module you will have gained an understanding of: • The types of data generated in research studies • Test of hypothesis and non-parametric tests • The most common methods of analysis for categorical and continuous data, including regression methods • The various design possibilities for a research project, and the important considerations for observational studies and randomised trials • When particular methods are appropriate and how to interpret their results • How to analyse your own data using at least one statistical package (STATA)

ATOMS|IONS|MOLECULES|PERFECT GAS|REAL GASES|HEAT TRANSFER|ENTROPY|LAWS OF THERMODYNAMICS

Outline:

The module aims to develop, via a discussion of heat and the interaction of heat with matter, an understanding of the laws of thermodynamics. Simple...

Thermal Physics and the Properties of Matter (PHAS0006)

Outline:

The module aims to develop, via a discussion of heat and the interaction of heat with matter, an understanding of the laws of thermodynamics. Simple statistical ideas of heat are introduced which are fully developed in a later course. Students are able by the end to apply thermodynamics to simple systems. The course then introduces the concept of understanding properties of matter from the structure and interactions of the atoms that they are made of. Topics include phases and phase changes, mechanical properties and bonding and crystal structures and defects.

Aims:

Obtain predictions from the kinetic theory, and derive and apply the Maxwell–Boltzmann distribution;
	Introduce and apply the laws of Classical Thermodynamics;
	Discuss the symmetry and stability of the three primary phases of matter;
	Describe a crystal structure in terms of a lattice and a basis.
Teaching and Learning Methodology:

This course is delivered via weekly lectures supplemented by a series of problem solving tutorials and additional discussion.

In addition to timetabled lecture and PST hours it is expected that students engage in self-study in order to master the material. This can take the form, for example, of practicing example questions and further reading in textbooks and online.