Career coping styles: differences in career attitudes among secondary school students

The types of difficulties associated with career attitudes were studied using Super’s model of career maturity (1990) in a group of 620 Portuguese students from grades 9 and 12. A cluster analysis identified four styles with different patterns of association between time perspective, attributional beliefs, self-esteem and career attitudes. The adaptive style showed more committed career attitudes, and the other three styles—superficial, insecure and pessimistic—showed lower levels of career maturity. Implications for career counselling are further discussed.     

Preschool teachers’ literal and inferential questions and children's responses during whole-class shared reading

This study examined the extent to which preschool teachers used literal and inferential questions during classroom-based shared reading. Specific foci included (a) investigating the association among the level of literal or inferential language in the text, teachers’ text-related questions, and children's responses using sequential analysis, and (b) examining the relation between teachers’ inferential questioning and children's vocabulary outcomes. Participants included 25 preschool teachers and 159 four-year-old children. Teachers videotaped their whole-class shared reading of an informational narrative text. Teachers and children's extratextual talk was analyzed and children completed standardized vocabulary assessments in fall and spring of the academic year. When reading this informational narrative text, teachers posed, on average, slightly more inferential questions than literal questions. Significant sequential associations were observed between the level of teachers’ questions and child responses, with inferential questions consistently eliciting inferential child responses. Few characteristics of teachers’ questions were associated with children's vocabulary outcomes. Results suggest that preschool teachers can use inferential questioning to encourage children to participate in conversation at complex, inferential levels; informational texts appear to provide a successful context for this inferential discourse. Implications for teachers and allied professionals are discussed.     

Child effortful control,teacher–student relationships,and achievement in academically at-risk children: Additive and interactive effects

The joint contributions of child effortful control (using inhibitory control and task accuracy as behavioral indices) and positive teacher–student relationships at first grade on reading and mathematics achievement at second grade were examined in 761 children who were predominantly from low-income and ethnic minority backgrounds and assessed to be academically at-risk at entry to first grade. Analyses accounted for clustering effects, covariates, baselines of effortful control measures, and prior levels of achievement. Even with such conservative statistical controls, interactive effects were found for task accuracy and positive teacher–student relationships on future achievement. Results suggest that task accuracy served as a protective factor so that children with high task accuracy performed well academically despite not having positive teacher–student relationships. Further, positive teacher–student relationships served as a compensatory factor so that children with low task accuracy performed just as well as those with high task accuracy if they were paired with a positive and supportive teacher. Importantly, results indicate that the influence of positive teacher–student relationships on future achievement was most pronounced for students with low effortful control on tasks that require fine motor skills, accuracy, and attention-related skills. Study results have implications for narrowing achievement disparities for academically at-risk children.     

Next generation crosscutting themes: Factors that contribute to students' understandings of size and scale

This study examined the degree to which individual differences in students' (N = 232) concepts of size and scale are explained by factors such as students' innate sense of number, out‐of‐school science experiences, exposure to size and scale instruction, gender identities, and racial/ethnic identities. There is increasing emphasis being placed on the use of crosscutting concepts to promote deep learning in science. A multiple linear regression indicated students' racial/ethnic identities, experiences with scale outside of school, and exposure to size and scale instruction significantly added to the prediction model. Results from this study can both inform the movement toward incorporating crosscutting concepts into pedagogy as well as inform educators, administrators, and other stakeholders of the factors that may shape students' understanding of the cross‐cutting concept of scale, proportion, and quantity.     

An intensification approach to double-block algebra: A pilot implementation of Intensified Algebra in a large urban school district

Double-block instruction has become a popular strategy for supporting struggling mathematics students in algebra I. Despite its widespread adoption, little consistent evidence supports the attributes of a successful double-block design or the effectiveness of this instructional strategy. In this study, the authors examine a pilot implementation of a double-block strategy—instantiated in the program Intensified Algebra—that combines core algebra content with insights from research on how students learn mathematics and explicit noncognitive supports focused on key attitudes, beliefs, and behaviors essential to student success. The results of the study show that, when implemented with fidelity, participation in the program significantly increased student achievement on the state end-of-course algebra I assessment.     

Pedagogy and practice in STEM field experiences: intersections of student and mentor identity and impacts upon student outcomes

Practicums, internships and field experiences are essential components in many fields. These varied experiences embed both students and their mentors in immersive experiences. Such immersive experiences are essential for STEM students preparing for future jobs, yet little is known about how these research-intensive and immersive experiences impact the practice of teaching in the natural sciences. In order to evaluate the impact, opportunities and challenges associated with such experiences, our team collected and analysed end-of-semester reflections from five students and their faculty mentor. Thematic analysis related to inferences and implications about the impacts of the experience showed a need to formalize and further develop an understanding of both students’ self-identity and the cultural attitudes of the students and the mentor.     

A mentoring programme based on competency development at a Spanish university: an action research study

This article describes an action research (AR) project for designing and implementing a structured mentoring programme in a Spanish university. A student affairs unit, a team of researchers, faculty-mentors and student-protégés worked together on three cycles of AR. The result is a programmatic mentoring programme for the development of non-technical personal and professional competencies for undergraduate students. This paper describes the original situation that sparked the project, the iterative process followed, the tools and guides developed and the final programme designed. In addition to the increase in the level of satisfaction perceived by the entire university, the paper outlines the five critical factors that emerged from the AR project: the competency development process, programme value added, trust between mentors and protégés, the prominence of the student-protégé in the improvement plans and the continuous improvement culture generated.     

Teaching empathic concern and altruism in the smartphone age

Numerous studies show empathic concern promotes altruistic motivation and prosocial behavior. Here, we discuss empathic concern, its relation to altruistic motivation, and how empathic concern is invoked in experimental studies. We do this with an eye toward applying laboratory techniques in the classroom, and everyday life, to foster empathic concern and altruistic responding. This goes beyond teaching about empathic concern to setting up conditions that help people experience this psychological state, and its benefits, firsthand. Smartphone-based ecological momentary interventions (EMIs) can help us do this by raising self- and other-awareness, and by promoting empathic states and practices in daily life. While smartphones often pull us away from direct personal interaction, we explore ways of using these devices to redirect our attention to those around us. We end by suggesting that these ways of helping people regularly experience and act upon empathic concern in daily life might help nurture a compassionate disposition.