A Masters Programme in telecommunications management – demand-based curriculum design

This paper presents a curriculum design approach for a Masters Programme in Telecommunications Management based on demand data obtained from surveying the needs of potential students of the proposed programme. Through online surveys disseminated at telecom companies in Jordan, it was possible to measure the demand for such a programme and to determine the required programme contents and specifications. The curriculum design is based on definition of programme outcomes and on using a house of quality approach (HOQ) to determine the list of courses required in the programme. Surveyed competencies are mapped to a long list of proposed courses in a HOQ in order to determine the importance of each of these courses. A final list of core and elective courses is then developed considering the contribution to programme outcomes and the academic standards.     

Why Engaging in Mathematical Practices May Explain Stronger Outcomes in Affect and Engagement: Comparing Student-Driven With Highly Guided Inquiry

This article investigates why students reported liking a student-driven learning design better than a highly guided design despite equivalent gains in knowledge assessments in both conditions. We created two learning designs based on the distinction in the literature between student-driven and teacher-led approaches. One teacher assigned each of her two 5th-grade classes to one design (n = 52); both designs addressed the mathematical concepts for the same amount of time. Data were collected using written assessments, surveys, and video. Students in both classes improved equivalently on assessments. On surveys, students in the student-driven condition were significantly more positive about learning. Video was coded to examine why students were more positive in the student-driven design. This analysis showed students engaging more frequently with data in discussing strategies, questioning peers, and aligning outcomes with prior experiences. We trace the association between students’ positive responses to learning and richer engagement in mathematical practices to specific features of the student-driven design. Furthermore, we reject competing explanations (e.g., amount of off-task behavior or adult intervention). We conclude that designing learning opportunities that promote mathematical practices affords opportunities to cultivate students’ disciplinary interest. We discuss implications for teachers and curriculum designers who are responding to new mathematics standards.     

Beyond the GRE: Using a Composite Score to Predict ?the Success of Puerto Rican Students in a Biomedical ?PhD Program

The use and validity of the Graduate Record Examination General Test (GRE) to predict the success of graduate school applicants is heavily debated, especially for its possible impact on the selection of underrepresented minorities into science, technology, engineering, and math fields. To better identify candidates who would succeed in our program with less reliance on the GRE and grade point average (GPA), we developed and tested a composite score (CS) that incorporates additional measurable predictors of success to evaluate incoming applicants. Uniform numerical values were assigned to GPA, GRE, research experience, advanced course work or degrees, presentations, and publications. We compared the CS of our students with their achievement of program goals and graduate school outcomes. The average CS was significantly higher in those students completing the graduate program versus dropouts (p < 0.002) and correlated with success in competing for fellowships and a shorter time to thesis defense. In contrast, these outcomes were not predicted by GPA, science GPA, or GRE. Recent implementation of an impromptu writing assessment during the interview suggests the CS can be improved further. We conclude that the CS provides a broader quantitative measure that better predicts success of students in our program and allows improved evaluation and selection of the most promising candidates.     

A critical investigation of the nature and extent of cyberbullying in two post-primary schools in Northern Ireland

This study aimed to investigate internet usage among post-primary pupils in years 9, 11 and 13 in two contrasting post-primary schools in Northern Ireland, the nature and incidence of cyberbullying among these pupils, and the ways in which their schools are currently addressing the problem. A mixed methodological approach was adopted: a paper questionnaire was completed by pupils in Years 9, 11 and 13 (n = 425) in the two post-primary schools; focus group interviews were conducted with pupils from each year group (n = 18); and individual semi-structured interviews were carried out with the pastoral care coordinators (deputy heads with responsibility for pupil wellbeing) of each school (n = 2). The findings confirm that the post-primary pupils in these two schools own a range of internet-capable media devices and spend considerable time online. The incidence of cyberbullying among these pupils was relatively low, and most often consisted of hurtful or nasty comments sent via texts or posted on social networking sites. The study reveals inconsistencies between the approaches taken by the two schools, but also generally low levels of staff training, little engagement with parents, a lack of pupil confidence in the school’s ability to discuss cyberbullying openly, and a worrying absence of any systematic evaluation of the effectiveness of the schools’ current strategies for tackling this complex issue.     

Discourse complexity of college writers with and without disabilities: a multidimensional analysis

The purpose of this study was to examine specific word- and sentence-level features most frequently used in the expository writing of four groups of college writers. Three groups were writers who demonstrated disabilities. Group 1 students (n = 87) demonstrated learning disabilities (LD); Group 2 (n = 50), attention-deficit/hyperactivity disorder (ADHD); and Group 3 (n = 58), combined LD and ADHD. Group 4 consisted of writers with no history of a documented disability (n = 92). Computer-based analysis and structural equation modeling were used to group specific linguistic features identified in the expository essays across all four groups. The frequency of linguistic features, not errors, was analyzed. Four communication dimensions (factors) were identified for the four groups of writers, but the factor loadings and correlations were significantly different across groups. Furthermore, the relationships of specific linguistic features were studied as to their impact on the verbosity, quality, and lexical complexity of students' expository essays. It is interesting to note that very high correlations were found between verbosity, quality, and lexical complexity, suggesting that these constructs are not as separate in their functioning as might be supposed. Implications for assessment and instruction are provided.     

Teacher Performance Assessment (edTPA): An Instructor’s Development and Evaluation of an Embedded Signature Assessment in an Early Childhood Literacy Course

As of May 2014, all candidates for teacher certification in New York State must successfully complete the teacher performance assessment (edTPA). This article describes an assignment piloted in an early childhood literacy class as an embedded signature assessment and has three goals: to explain the context that led to the development of the assignment, to describe how the assignment was created and piloted, and to describe the methodology and results of an action research project intended to collect data on candidates’ perceptions of the challenges and value of the assignment. Implications for candidates’ understanding and utilization of developmentally appropriate practice, academic language, and self-reflection, as well as for the design of embedded signature assessments are discussed.     

Connections as a Focus for Model-Building Learning in Engineering

Learning to create and use models of real-world situations is an important goal for under-graduate engineers. Engineers today use computer models to explore design problems and test solutions before actually building anything. Learning to create and use models of real-world sit-uations is a challenging task. Most efforts to teach modeling are essentially a means of teach-ing students programming, which is recognized as difficult. In the approach described in this paper, we sought to simplify the task as much as possible away from programming, while still requiring students to learn to use the mathematical models necessary to understand a given sit-uation. We worked in the domain of Chemical Engineering with a tool called DEVICE (Dynamic Environment for Visualization in Chemical Engineering). What we found through an iterative development effort is that emphasizing connections between the real world and the mathematical model led to learning and transfer benefits.     

They Don't Show Nothing I Didn't Know: Emergent Tensions Between Culturally Relevant Pedagogy and Mathematics Pedagogy

This article describes data from the Community Mapping Project, a set of statistical activities and inquiry projects within a summer seminar for high school students. In designing the Community Mapping Project, we attempted to create conditions under which urban students themselves would come to recognize how mathematics is relevant to their lives and their communities. Using mixed methods, we analyzed the pre- and postassessments and final projects of 25 high school students to investigate what students learned from their experience. We also analyzed the data from video case studies to begin to understand how learning was organized. Our qualitative analysis revealed several tensions that emerged between the goals and norms of our instantiation of a culturally relevant pedagogy and the goals and norms of our mathematics pedagogy. We argue that how these tensions are navigated mediate what opportunity students have for learning statistics. This article provides some considerations and lessons learned that may help inform both teachers who wish to rethink their mathematics pedagogy, and the designers who wish to create culturally relevant curricula.     

Increasing access to learning for the adult basic education learner with learning disabilities: evidence-based accommodation research

Accommodating adult basic education (ABE) learners with learning disabilities (LD) is common practice across many instructional, testing, and work settings. However, the results from this literature search indicate that very few empirically based studies are available to support or reject the effectiveness of a great deal of accommodation implementation. In addition, in light of the profound changes to literacy taking place in today's digital, networked, and multimodal world, technology is redefining traditional concepts of accessibility and accommodation.