- Policy & Research
Policy & Research
Click here to access our publications library
Welcome to our policy and research page. Revolving Doors Agency works with policymakers in national and local government, across Whitehall and in local and regional authorities to improve responses for the revolving doors group. All our work is informed by our research, the work of our service user forum and our partnership and development work across the country.
This section provides a summary of our policy work, as well as briefings, consultation responses and information on key issues affecting the revolving doors group. We aim to provide a resource for politicians, their staff and decision makers.
Key issues
- Multiple needs
- Criminal justice & policing
- Health
- Offender health
- Drugs & alcohol
- Housing and homelessness
- Welfare
Current policy projects
Capital Gains is a three-year policy programme. Working with key decision makers in the capital, we aim to improve responses to people with multiple needs in contact with the criminal justice system. Read more about it here.
Revolving Doors Agency has developed a Financial Analysis Model with support from the Department of Health. It assesses the potential savings of partnership projects providing holistic support to people with multiple needs at different points of the criminal justice system. Read more about it here.
We recently published Turning the Tide: A Vision Paper for multiple needs and exclusions, a joint publication with Making Every Adult Matter (MEAM). The paper sets out our joint vision for a better response to people experiencing multiple needs, and sets out five building blocks to achieving this vision. Read more about the paper and how we are taking it forward here.
Revolving Doors Agency is part of the Transition to Adulthood (T2A) Alliance, a coalition of 14 leading criminal justice, health and youth organisations working to improve the life chances of young people in their transition to adulthood who are at risk of falling in to the criminal justice system. Read more about our work on T2A here .
