I could not do what I do for the GIRFT programme without having done the course; it has proved to be invaluable.
Consultant Rheumatologist, Nottingham University Hospitals NHS Trust
Hospital episode statistics (HES) contains details of all admissions to NHS hospitals and all NHS outpatient appointments in England and is a main data source for a wide range of healthcare analyses for the NHS, government and many other organisations and individuals. There is also an increasing role for this observational dataset in providing evidence-based parameters which are not collectable in trials for the economic evaluation of new technologies. Admitted patient care data is available from 1989 onwards, with more than 18 million new inpatient records with over 350 data items per record added each year. Outpatient attendance data has been collected since 2003, with more than 90 million new records added each year. Recent HES data also includes Patient Reported Outcome Measures (PROMs) for a limited number of conditions.
However because of the size and complexity of HES, it is one of the most challenging and difficult datasets to get to grips with: complex coding of data items, data provided at a level which is not immediately amenable to analysis, missing data, duplicates, costing episodes via HRGs and other data issues mean that the analyst has significant upfront investment costs in learning to come to terms with the data before being able to produce meaningful analyses that are free from common errors.
I really liked the fact that the course gave a really good insight into HES (HES is amazingly complicated!)
Taught by academics with extensive experience in using HES for a wide range of outputs, this intensive workshop introduces participants to HES data and how to handle, manipulate and begin to analyse these very large datasets using computer software. Participants will engage in problem-solving exercises, analysing the information in highly interactive sessions. At the end of the course, the participants should understand the complex nature of the HES datasets, understand the importance of approaching HES with a disciplined programming structure and have the tools required to manipulate and re-code data from the raw form to that required for analysis. Participants will be provided with Stata codes and artificial datasets that resemble the HES data which they can copy and take away.
This course includes instruction on how to:
The tutors have worked extensively with HES data and will guide participants through the potential pitfalls using case studies, practical examples and problem-solving exercises.
This workshop is offered to people working in the public sector, academia and the private sector. It is suitable for analysts who wish to harness the power of non-randomised episode level patient data to shed further light on such things as patient costs and pathways, re-admissions and outcomes and provider performance. The workshop is suitable for individuals working in NHS hospitals, commissioning organisations and the Department of Health, pharmaceutical companies or consultancy companies and for health care researchers and PhD students. Overseas applicants may also find the tuition can be applied to similar scenarios in their own country, but must be aware that the tuition and exercises relate directly to HES data which is created for, and used in, England.
Participants should have some knowledge of introductory statistics and familiarity with computer software (e.g. SAS, Stata, SPSS). In this workshop we will be using Stata but other software users should not be discouraged. All codes we show rely on the same logic and can be easily translated from one software to another. In addition, for those who are new to Stata or want to brush up their Stata knowledge we offer a Stata introduction session (optional) where we cover the basic Stata commands that we will be using to demonstrate HES data manipulation methods. For more information about Stata and Stata resources please visit the Stata tab.
Please, don’t forget to indicate on the registration form if you will attend the Stata introduction session.
The tutors for this course are researchers in the Centre for Health Economics, University of York
Nils Gutacker (Senior Research Fellow)
Maria Jose Aragon (Research Fellow)
James Gaughan (Research Fellow)
Katja Grasic (Research Fellow)
Panos Kasteridis (Research Fellow)
Dan Liu (Research Fellow)
Rita Santos (Research Fellow)
and Professor Chris Bojke from the Academic Unit of Health Economics, Leeds Institute of Health Sciences, University of Leeds
Registration has now closed. If you wish to be added to the waiting list for information about the next workshop, plese email firstname.lastname@example.org
Fees are fully inclusive of tuition, lunches, drinks reception, course dinner and course materials, but do not include accommodation. VAT is not payable. Transferring between courses is not possible.
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A full refund of course fees (less 10% administrative charge) will be made for cancellations received in writing at least one month prior to the workshop. Substitutes can be made but please email new delegate's details when known to email@example.com. Cancellations made less than one month prior to the workshops are non-refundable/non-changeable.
In the unlikely event that, due to unforeseen circumstances, the course has to be cancelled by the University of York, our liability is limited to refund of workshop fees. We recommend delegates have adequate insurance cover to claim any travel or personal expenses.
Once registered, the course administrator will give further information about accommodation available on campus and in York in your registration confirmation. There are a large number of hotels and guest houses in York, and workshop participants will be personally responsible for making their own accommodation arrangements.
To make the most of the introductory session and enhance your hands-on experience you may also read a Stata introductory tutorial prior to the workshop. There is an abundance of Stata resources including the official Stata documentation, Stata books, the Stata Journal, the Stata Blog and Web resources. All can be accessed through https://www.stata.com/support/
Different tutorials and lecture notes emphasize different coding aspects (data analysis, statistical analysis etc). While you can choose the one that looks most suitable for your programming background, we recommend the following because it emphasises data analysis and is simple and relevant to the workshop material.
For a book reference one of the simplest to follow is:
Who to contact
- Gillian Robinson
Tel: +44 (0)1904 321436
- 11 - 13 December 2019