Fostering Instructor Knowledge of Student Thinking Using The Flipped Classroom

Abstract

In this article, we share a model of flipped instruction that allowed us to gain a window into our students’ mathematical thinking. We depict how that increased awareness of student thinking shaped our mathematics instruction in productive ways. Drawing on our experiences with students in our own classrooms, we show how flipped instruction can be used to design experiences that help students make sense of mathematics during class sessions.     

Up or down and out? A systemic analysis of young people's educational pathways in the youth justice system in England and Wales

Many young people in the youth justice system in England and Wales are educationally marginalised and systemic barriers to their engagement with education persist. This article presents an analytical framework for understanding how education and youth justice practices shape young people's educational pathways during their time in the youth justice system with the aim of understanding the systemic dynamics that encourage or impede young people's engagement with education. It draws on data from a case study of 32 young people who were serving either a community or a custodial sentence under the supervision of one youth offending team in England and Wales. Using as analytical starting points Bourdieu's and Wacquant's conceptualisations of competing dynamics within the ‘bureaucratic field’ of state governance and Hodkinson's careership theory, this article discusses the interplay between exclusionary and inclusionary interests operating within and between the agencies of education and youth justice and the extent to which they play a role in sustaining young people's involvement in education or compounding their educational and social marginalisation.     

Hong Kong university teachers’ conceptions and articulation of teacher care: towards building a model of caring pedagogy

Higher Education - This paper addresses university teachers’ conceptions and articulation of teacher care as informed by their teaching practice within the Hong Kong university context. The...     

The impact of the first COVID-19 lockdown in the UK for doctoral and early career researchers

Higher Education - Doctoral researchers and early career researchers (ECRs) are crucial to producing scientific advancements and represent the future of academic leadership. Their research...     

French teachers' intentions to use accommodated materials in learning and assessment

The implementation of inclusive practices in mainstream education remains particularly difficult in the French context and is influenced by various factors including the types of disability labels, and the type of assessment practices that are used. Indeed, how student disability is labelled could impact teacher attitudes by notably disfavouring students labelled with autism. Moreover, normative assessment is strongly linked with selection at schools—a function that works against teacher attitudes towards inclusive education. This article reports on a study in which we examined teacher intentions to use materials accommodated to special educational needs students, as a function of special needs labelling. Specifically, this refers to the use of labels for either a disability or special educational need, in connection to tasks associated with learning or assessment. The results of our study revealed that, for both types of labels, the intentions to use accommodated materials are lower when teachers are asked to assess student competence than when prompted to teach this competence. These findings are discussed with consideration to the incompatibility between selection in schools—which is aligned with the principle of meritocracy—and efforts to promote inclusive education practices.     

Optical chromatographic sample separation of hydrodynamically focused mixtures

Optical chromatography relies on the balance between the opposing optical and fluid drag forces acting on a particle. A typical configuration involves a loosely focused laser directly counter to the flow of particle-laden fluid passing through a microfluidic device. This equilibrium depends on the intrinsic properties of the particle, including size, shape, and refractive index. As such, uniquely fine separations are possible using this technique. Here, we demonstrate how matching the diameter of a microfluidic flow channel to that of the focusing laser in concert with a unique microfluidic platform can be used as a method to fractionate closely related particles in a mixed sample. This microfluidic network allows for a monodisperse sample of both polystyrene and poly(methyl methacrylate) spheres to be injected, hydrodynamically focused, and completely separated. To test the limit of separation, a mixed polystyrene sample containing two particles varying in diameter by less than 0.5 μm was run in the system. The analysis of the resulting separation sets the framework for continued work to perform ultra-fine separations.     

Conductive Education: towards an 'educational model'

Caroline Coles, Headteacher of Horton Lodge School in Staffordshire, and Liz Zsargo, Lecturer in Conductive Education at Keele University, consider the development of Conductive Education (CE) in the UK, and place it in the context of some of the sociological analyses of disability. They argue that CE can provide the basis for an educational model of disability (in which disability is seen as a result of a complex interaction between the environment and the individual), that all children have the right to an education suitable for their needs, and that a lack of access to an appropriate education can be a disabling factor.