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The provision of high-quality feedback is crucial to student experience, but it is increasingly challenging for academic staff to fully meet student expectations. One response is to use simple, freely available screen capture technology to offer individual video assessment feedback at no extra cost to staff time. This article will outline exactly how this relatively new technology can be harnessed and how students have responded to feedback delivery in this form at the University of Reading. The article will argue that screen capture software has significant potential to enhance the student experience of feedback provision but is currently highly underutilised in UK Higher Education.
Existing literature has focused on the influence of organizational settings on volunteers’ intention to remain but failed to explore the effects of external feedback. From an integrated perspective of task design and feedback, this study, based on the affective events theory, explored the influencing mechanism of illegitimate tasks, recipients’ feedback, and emotional exhaustion on volunteers’ intention to remain. This study collected 649 cases from poverty alleviation volunteers. Results showed that illegitimate tasks have had a negative impact on their intention to remain with emotional exhaustion taking a certain mediating effect. It has also been noted that the moderating effect of recipients’ feedback is significant, which can alleviate the negative impact of emotional exhaustion on the intention to remain. This study indicated the positive effects of positive and negative feedback, enriched the research on the influencing factors of volunteers’ intention to remain, and provided suggestions for organizations to retain volunteers from an integrated perspective of task design and feedback.
The use of simulations in European Studies is becoming more widespread, given the possibilities of immersing students in complex issues and building substantive knowledge and affective understanding. We identify a number of barriers to the full realisation of this potential. Drawing on observations from various games, it is suggested that for a successful simulation there must be: learning objectives clear to all participants; alignment between those objectives, game play and assessment; and a meaningful feedback process.
There is now a rich pedagogical literature that attests to the absolute centrality of assessment and feedback in effective student learning at undergraduate and postgraduate levels. And yet – despite this consensus in the pedagogical literature over the crucial importance of assessment and feedback – they are not, it seems, fulfilling their purpose or potential for students or lecturers alike. This symposium starts from the premise that assessment and feedback matter, that they are not working at present and that we need to find ways to do them differently. The symposium brings together five original articles from contributors who all want to explore alternative ways of thinking about, and doing, assessment and/or feedback so that they work better both for our students and for us as their lecturers.
This article evaluates the use of audio feedback on assignments through the case study of a politics course and argues that audio feedback provides a more personal feel to feedback. Criticism, it appears, is easier to accept in the spoken word. In addition, the article highlights the chief practical benefit of audio feedback, namely that it reduces the overall time spent by lecturers in providing comments. But while the article is positive in favour of audio feedback, it also discusses some potential challenges that include anonymous marking and the fact that one size does not fit all, with different students preferring different types of feedback. Finally, the article identifies a number of practical tips that relate to the adoption of this method of feedback.
Research undertaken on student feedback has pointed to the difficulties that students have in understanding written feedback. However, little attention has been given to understanding student views on verbal feedback. This article aims to fill this gap by reporting on the findings of verbal feedback practices among 114 History, Politics and International Relations students obtained from a questionnaire survey. These findings were supported by five in-depth semi-structured interviews. The findings show variance in student views with regard to different aspects of verbal feedback. The research outlines a number of suggestions that assist in developing verbal feedback opportunities further. It is argued that ‘feedback-dialogues’ provide a mechanism for improving student understanding of feedback.
Despite attempts by higher education institutions to improve the quality of feedback on assessed work, dissatisfaction expressed by students remains visible. This article draws upon the preliminary findings of a Higher Education Academy Collaborative Research Project on assessment feedback within two large political science and international relations departments. It offers a critical review of current feedback practices and processes and identifies four key issues – negativity, transferability, intelligibility, and consistency – that require attention in order to deliver more effective assessment feedback. The article also suggests practical ways forward in addressing these issues, highlighting in particular the importance of both structure and timing in helping to produce high-quality feedback efficiently.
Empirically demonstrating the association of metal-line absorber lines with galaxies has a long, rich history from the earliest theoretical predictions in the mid 1960s to observational confirmation in the 1990s. From that point onward, quasar absorption line studies became a powerful tool for characterizing the gaseous halos of galaxies. Countless works have provided valuable insights into the chemical, ionization, and kinematic conditions of what is now called the circumgalactic medium. A new concept called the baryon cycle was birthed in which the balance of accretion modes, stellar feedback, gas recycling, and outflow dynamics of galactic gas was found to be closely linked to how baryons respond to dark matter halos of a given mass. Modern theory known as halo abundance matching has helped us empirically connect the average stellar mass to dark matter halos of a given mass. Powerful hydrodynamics simulations tell a story in which the average baryon cycle processes in a galaxy are closely linked to dark matter halo mass. In this chapter, we discuss how synthesizing both the observational data and theoretical insights has yielded a simple composite model of the baryon cycle.
The bipolar junction transistor is introduced and its operation is explained. DC and switching applications are given. The need for DC biasing for AC amplification is illustrated and then satisfied by the Universal DC bias circuit. The thermal stability of this circuit is discussed and resulting constraints on resistor selection are developed. Amplifier gain, input impedance, and output impedance are defined and their usefulness is explained. The AC equivalents for the bipolar transistor are developed and then used to derive the properties of the common-emitter, common-collector, and common-base amplifiers. The concepts of distortion and feedback are introduced.
Sometimes employee performance will be below that established or expected by the organisation in the first stages of the performance management process. In this chapter, we examine how to diagnose the causes of underperformance. We then investigate the mechanism through which an employee is given feedback about their performance (the formal performance ‘review’ and check-ins). We focus on the provision of negative performance feedback: why it can be problematic for supervisors and employees, as well as tactics for its effective delivery. The chapter concludes with a discussion of performance development strategies and practices. We examine coaching and its impact on employees and organisations.
With research showing the benefits of feedback, teachers have come under increasing pressure to provide more, including more personalised, and more detailed responses to students. This often places heavy demands on teachers and with ever-larger class sizes and heavier workloads, teacher fatigue and burn-out are common. Automation has the potential to change all this and new digital resources have already proven to be valuable in supporting L2 writing. In this paper I look at the contribution of Automated Writing Evaluation (AWE) programmes and Generative Artificial Intelligence (GenAI) to feedback. The ability to provide instant local and global feedback across multiple drafts targeted to student needs and in greater quantities promises to increase learner motivation and autonomy while relieving teachers of hours of marking. But haven’t we heard this all before? Are these empty claims which raise our expectations of removing some of the drudgery of mundane grammar correction? Most importantly, what is the role of teachers in all this, and can AI really improve writers and not just texts?
Declining participant engagement threatens human subjects research. Participant feedback systems (PFS) may combat this decline by empowering participants to evaluate their research experiences and share that feedback with researchers to identify targets for improvement. PFS signal that participant experiences are prioritized, making the request for feedback itself an intervention. PFS design work remains largely confined to clinical research. This exploratory study investigates the design parameters of extending PFS to nonclinical research. We conducted focus groups with nonclinical stakeholders: Experienced research participants (ERP) and research team members (RTM).
Methods:
ERP focus groups were organized by affinity (LGBTQIA+, BIPOC, persons with disabilities, neurodivergent, and a general group). RTM focus groups were organized by unit within the University of Michigan. Transcripts were analyzed using inductive thematic analysis.
Results:
Ten focus groups (ERP: 5, n = 25; RTM: 5, n = 26) identified key PFS design considerations: (1) motivations for feedback, (2) feedback collection, and (3) feedback delivery. ERP and RTM collectively preferred anonymous web-based surveys with six potential topic areas: communication, respect, being valued, receiving value, burden, and safety. Feedback delivery faced two key design tensions: balancing institutional standardization with study-specific insights and aligning leadership’s preference for high-level summaries with frontline staff’s need for detailed, real-time feedback.
Conclusion:
Expanding PFS to nonclinical research requires balancing centralization and study-specific flexibility. While centralization enhances consistency, the diversity of nonclinical studies necessitates adaptable implementation. A hybrid model is proposed to optimize feasibility. Future research should refine and test this model.
In recent years, there has been an increasing interest in motivated memory as a psychological determinant of economic outcomes. According to motivated memory, people tend to better recall pleasant information because it serves their psychological needs. Another phenomenon, however, predicts the same pattern: According to mood congruence, pleasant information is easier to recall for individuals in nonnegative mood, regardless of any psychological needs. Since most people tend to have some need for self-esteem and to experience more positive than negative feelings during the day, the two phenomena predict similar outcomes in most ordinary situations, but not all. To test the predictive power of these two phenomena, we collect data from a laboratory experiment and from a nationally representative survey. We study how individuals in a temporarily induced negative mood (via a video clip) or those who report a low baseline mood (relative to the population) recall negative feedback. Our results meet the predictions of motivated memory: Individuals better recall positive than negative feedback, even when they are in negative mood. Motivated memory is not just a matter of mood.
The chapter will help you to be able to explain the structure of CBT as a whole, including the purpose of each stage of therapy, effectively structure a treatment session of CBT, so as to ensure the best possible experience for patients, and develop a strong therapeutic alliance with this process, based on active collaboration and genuine empathy, warmth and unconditional positive regard
While research shows that public preferences across policy domains tend to move in parallel, the mechanisms behind this dynamic remain unclear. We examine four explanations: (1) alignment in preferred policy levels; (2) parallel policy movement combined with domain-specific thermostatic feedback; (3) feedback to global policy across domains; and (4) responsiveness to presidential partisanship. These mechanisms matter for how we interpret public opinion change and policy responsiveness. We develop and test a theoretical model using data on four social spending domains in the USA. Our findings suggest that spending mood reflects both parallelism in preferred policy levels and responsiveness to overall social spending and presidential party affiliation.
The way in which listening in a second language has been taught and learned has changed dramatically as a result of advances in technology. The evolution of technology over the past several decades has meant that learners have a broad range of authentic materials that can supplement their learning experiences. This chapter briefly explores how technology has altered the ways in which learners listen to the target language, and it goes on to show that these technologies also make it possible to enhance the input through the addition of textual cues or through altering the speed to assist them with comprehension. Along with these changes, the chapter points out the need for training to be able to use the range of technological functions in a way that can support their learning, as well as to make use of various help options and feedback that the technology makes available to them. The chapter goes on to explore the pedagogical and technological perspectives of current research and practice, and then concludes with recommendations for research and practice that can allow teachers and researchers to make the most of the affordances that technology provides them both now and in the future.
Cells regulate their proliferation, differentiation, and motility in response to external stimuli. Often, these responses involve a complex interplay of association, dissociation, and catalytic reactions, characterized by highly specific intermolecular interactions. This chapter examines cellular responses arising from such chemical reactions from a mathematical standpoint. As examples of input–output relationships, we introduce the Hill equation, Adair equation, and the MWC model concerning allosteric regulation, which describe cooperative behaviors. We discuss the Michaelis–Menten equation in enzyme reactions, covering activation, inactivation, push–pull reactions, zero-order ultrasensitivity, and positive feedback switches. Furthermore, we present the formation of a bell-shaped input–output curve by feed-forward loops, and the mechanisms of adaptation and fold-change detection utilizing feed-forward loops, or negative feedback. We explore bacterial chemotaxis mechanisms through models such as the Asakura–Honda model and the Barkai–Leibler model.
Chapter 6 builds on unit planning and analyses the fundamentals of modern foreign languages lesson planning and the features of a successful lesson. It emphasises the importance of planning learning across a series of lessons and walking through your planning in advance. Successful lesson planning must be based on a sound knowledge of pedagogy and teachers need to know the most effective ways of learning and teaching languages. This in turn needs to be coupled with skilled use of the appropriate modes of teaching used at the appropriate time. This all needs to happen within a planned framework, which allows and supports pupils’ development and progress across a sequence of learning goals. Chapter 6 gathers these factors together and leads student teachers through the essential steps of effective lesson planning.
Assessment is a key aspect of teaching and fundamental to student and teacher learning. As a teacher, you will use syllabuses, Australian Curriculum content and the local cultural knowledge that is valued in your community to develop tasks and provide classroom experiences that foster quality learning. You will need to understand that there are a range of assessment types, with different purposes and tools available that you can use to assess student learning and progress. As you grow in your career, you will continue to develop the skills and knowledge required to activate a collaborative classroom culture that promotes student ownership of learning and enables students to foster each other’s learning through classroom assessment. You will work in partnerships with students, colleagues and parents/caregivers to curate authentic evidence of learning. In this chapter, we examine forms of assessment, the most effective types of feedback and how teachers use assessment data in teaching, planning and reporting practices.
This chapter explores “predictive coding” models, which challenge classic theories of perception and brain function. By incorporating details of both the connectivity between brain areas and the levels of microcircuitry within cortical regions, these models suggest a radical new way to conceive of perception and cognition. Whereas classic models assume that feed-forward, or bottom-up, processing is mainly responsible for our perception, predictive coding theories suggest that top-down models determine our perception, with bottom-up processing simply correcting errors in those models. Neuroscience evidence is presented for the abundance of top-down connections, the efficiency of neural coding, the role of expectancy in attention, and how the balance of top-down and bottom-up processing is related to the dysfunctional attention processes in some clinical groups. The allocation of attention is thought to be a dynamic and changing process wherein top-down hyper-priors are integrated with current priors that are being continually updated within and across levels. According to such models, attention affects the expected precision (reliability) of bottom-up information and the likelihood that this information will be used to update the current top-down models. Predictive coding theories that are opening new ways of thinking about the neural mechanisms that drive our attention are discussed.