This module is about developing digital products and services to support patients&#039; and the public&#039;s health. Users of healthcare are increasingly...

This module is about developing digital products and services to support patients' and the public's health. Users of healthcare are increasingly expected to take responsibility for their health and wellbeing, supported through a growing range of online sources of information and connected devices. This module covers current thinking on personal health informatics and the involvement of citizens as co-producers of health. It will provide an opportunity to reflect on long-term trends in healthcare and their possible impact on how organisations work with their communities to design services adapted to a changing world.

At the end of this module, you will have:

1. An understanding of the personal use of digital health and barriers and facilitators to engagement.

2. Understand evaluation and clinical risk management in relation to digital health.

3. Understand the socio-technical aspects of informatics focused on the consumer and the public.

4. An understanding of the theories of behavioural change and interaction.

5. An understanding of the organisational and human factor challenges to the effective use of digital health technologies.

The module is delivered through web-based distance learning in the UCL Virtual Learning Environment plus a 3-day face-to-face teaching session.

Module Outline:

The aims of this course are to give students an understanding of the methods by which organic reaction mechanisms are studied, an ability to...

Module Outline:

The aims of this course are to give students an understanding of the methods by which organic reaction mechanisms are studied, an ability to plan and interpret mechanistic studies, and a broader knowledge of reaction mechanisms in organic systems.

Module Aims:

At the end of the module students should be able to:

Understand the various methods which are used in elucidating reaction mechanisms.
	Interpret the results of kinetic, labelling, and other mechanistic studies.
	Understand the meaning of linear free energy relationships, and know the meaning of the parameters σ and ρ.
	Understand the experiments and spectroscopic techniques employed to study reactions that involve radical species.
	Understand the concept of electron transfer (ET) reactions and how they are distinguished from two-electron processes
	Suggest experimental studies that could be used to decipher mechanisms in unfamiliar systems.
Teaching and Learning Methods:

Lectures: The topics will be introduced through a blended delivery of asynchronous videos with online activities, and support hours.

Workshops: This course relies heavily on workshops to give students experience of the type of problem solving skills that are required in investigating reaction mechanism. Workshop questions are available in advance although students are not required to attempt them prior to the workshops. Attendance at workshops is compulsory.

Self-study: In addition to timetabled hours it is expected that you engage in self-study in order to master the material. This can take the form of practicing example questions (additional questions available on Moodle and past exam questions) and further reading in textbooks and online.