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The purpose of this paper is to evaluate pre- and post-formulation findings with multi-disciplinary staff within two secure children’s homes (SCHs) in the North East of England.

Multi-disciplinary staff teams involved in formulation across two SCHs were administered pre- and post-formulation questionnaires. The pre- and post-formulation questionnaires focused on five domains: knowledge; confidence; motivation; understanding; and satisfaction with treatment plan.

A total of 338 pre- and post-formulation questionnaires were administered across 43 formulation meetings. The highest proportion of formulation attendees were: residential staff (44%); mental health staff (17%); case managers (12%); and education staff (9%). Paired samples t-tests showed significant post-formulation improvements across all domains including: knowledge [t(337) = 22.65, p < 0.001]; confidence [t(337) = 15.12, p < 0.001]; motivation [t(337) = 8.27, p < 0.001]; understanding [t(337) = 19.13, p < 0.001]; and satisfaction [t(337) = 18.81, p < 0.001].

The SECURE STAIRS framework has supported formulation developments across the Children and Young People’s Secure Estate. Preliminary findings within two SCHs suggest multi-disciplinary staff teams find psychologically informed formulation beneficial. Future directions are considered including future evaluation of young person involvement in formulation meetings.

There is a notable lack of existing research within the child and young people secure estate evaluating the impact of SECURE STAIRS trauma-informed care developments including the impact of team formulation. This paper adds to the evidence base.

Although women are obtaining and maintaining leadership positions in health, education, and social care services, women from Black, Asian and Minority Ethnic backgrounds remain a minority and on the margins. In particular, services working therapeutically with marginalised and oppressed communities often fail to represent the population they serve. In this chapter, the authors will outline the development of an innovative therapeutic service for disenfranchised young people with Black women as leaders. The authors will outline and reflect on how they developed a leadership style drawing on Afrocentric practice, social justice, emancipatory practice and community psychology as they attempted to bring about systems change. The authors will draw on ideas of ‘marginality’ (Collins, 1986) to make visible their experience of ‘be-coming’ leaders, and the challenges that they experienced on several different levels: personal, professional, institutional, political and cultural. It will also examine how race, gender and class intersect in Black women’s leadership experiences, and how they tackle stereotyping in the making of Black female leaders. The chapter will examine how Black female leaders make creative use of their marginal positions to influence and reflect a radical standpoint on self, children, young people, families and community.

The purpose of this paper is to present a numerical solution for the problem of steady laminar flow and heat transfer characteristics of viscous incompressible fluid.

For this purpose a two dimensional code has been developed to simulate the natural convection heat transfer along a vertical cylinder, for four different geometries: from vertical cylinder in infinite medium; from a vertical flat plate in an infinite medium; from an open assembly of a finite vertical cylinder; and from an open rectangular pitch assembly of cylinders.

The effects of various parameters of interest have been discussed through simulations. The Nusselt numbers of constant wall temperature and constant heat flux cylinders calculated numerically and compared with Lee et al. and Heckel et al., respectively, and are found within reasonable agreement. For large radius, a vertical cylinder has been treated as a vertical flat plate, so that the curvature effects become negligible. For the case of vertical flat plate, Nusselt number has been compared with analytical relation for the local Nusselt number given by Jaluria.

The natural convection has been studied for four different geometries: the flow regime in all the case studies has been assumed to be Laminar.

Computer code developed for current study can be applied to many other geometries to simulate natural convection heat transfer.