The Field System Eco-Map

Abstract

Rapid changes in social services have altered the organizational context of student practicum experiences. Field experiences have become increasingly complex, requiring that students demonstrate independent practice skills earlier in practicum than was required previously. As a result students need a tool to assist them in understanding the complexities of agency-based practice. The Field System Eco-map, an extension of the traditional eco-map, was developed to help students create a schema for organizing practicum experiences. Additionally the Eco-map can be used to assist students in developing strategies for independent, constructive problem solving in the face of baffling organizational systems and practicum dilemmas.     

Teacher perception of professional skills in a project-led engineering semester

This study explores the perceptions of teachers with regard to professional skills in project-led engineering education experiences for first year engineering students at the University of Minho, Portugal. Their perception on which professional skills to include, how to develop these skills and how to assess them is studied through six semi-structured interviews with experienced teachers of the first year programme, who served as tutors as well as teachers in at least four projects. Analysis of their perceptions reveals a strong commitment to professional skills for engineering students, and also a lack of confidence in the support they can offer to help students develop these skills.     

A blended approach to learning: added value and lessons learnt from students' use of computer-based materials for neurological analysis

This paper examines BSc Physiotherapy students’ experiences of developing their neurological observational and analytical skills using a blend of traditional classroom activities and computer‐based materials at the University of Birmingham. New teaching and learning resources were developed and supported in the School of Health Sciences using Web Course Tools combined with a wide range of video clips of patients with neurological disorders on CD‐ROM. These resources provided students with the opportunity to observe “real patients” prior to clinical placements, thus bridging the gap between their theoretical understanding of these disorders and their practical experience of evaluating abnormal movement in the clinical setting. This paper considers how this blended approach to learning enhanced students’ experiences of developing their neurological skills and of preparing for their clinical placements. This paper also discusses the lessons that have been gained from students’ experiences to provide future or similar projects with the opportunity to learn from these experiences.     

Connecting students to the real world: Developing gifted behaviors through service learning

Learning in today's classrooms can be disconnected from students' real world experiences. Providing students the opportunity to address real‐world problems may provide avenues for students to engage in their communities while developing academic skills and knowledge. Additionally, for students whose interests are piqued by the nature of their community's problems, these activities have the potential to offer students meaningful, motivating work in a supportive environment. This article explores how providing students with interest‐based service‐learning opportunities may help them develop and demonstrate gifted behaviors. In addition, methods for integrating student interests and service‐learning projects are presented. © 2012 Wiley Periodicals, Inc.     

To Each Their Own: Students Asking Questions Through Individualized Projects

Abstract

As mathematics educators we want our students to develop a natural curiosity that will lead them on the path toward solving problems in a changing world, in fields that perhaps do not even exist today. Here we present student projects, adaptable for several mid- and upper-level mathematics courses, that require students to formulate their own questions and to begin to develop the basic research skills needed to answer these questions. These projects, where each student is given an individualized object to study, allow students to take ownership over their own learning while introducing them to the joy and challenge of discovery and research. Each student is directed to use the concepts and techniques presented in class as a set of tools to guide the investigation of their object. We discuss our experiences–both positive and negative–with these inquiry-based projects.     

‘Out of the Box’ leadership: action research towards school improvement

The contribution of Action Research (AR) to school improvement is well-documented. This study records the accounts of two primary school leaders, involved in AR projects that focused on the development of students’ oral communication skills. Drawing data from diaries with fieldnotes and systematic reflections, the study presents leaders’ experiences, as they translated feedback into modifications and redefinitions to bring about change. Despite difficulties encountered, the leaders acknowledged the value of collaborative school-based enquiry for teachers, students and themselves, mainly reflecting notions of catalytic and democratic validity. The paper highlights that AR as a tool for individual and school improvement, can enhance understandings of school performance and empower participants to focus on school outcomes in an educational context that does not implement accountability measures. AR can certainly help principals in Cyprus reconceptualise and rediscover their pedagogical role as instructional leaders to improve teaching and learning. Yet, to address outcome and process validity, the paper argues about the need for evaluative tools.     

Bringing the World to the Classroom through Videoconferencing and Project-based Learning

The focus of this paper is a case study of a Texas-based school that implemented global projects to connect their students with many states and countries as a platform for integrating collaboration and communication skills, technology tools, and cultural diversity into an existing curriculum. The school introduced videoconferencing at every grade level K-8 in a school-wide initiative to bring the world to the classroom through the engagement of global learning projects with distant partners. A rubric is presented that provides a framework for improvement of interaction and engagement in videoconferencing experiences to develop best practices. For the purposes of this paper, the value of global projects in K-4 will be discussed.     

A summer program designed to educate college students for careers in bioinformatics

A summer program was created for undergraduates and graduate students that teaches bioinformatics concepts, offers skills in professional development, and provides research opportunities in academic and industrial institutions. We estimate that 34 of 38 graduates (89%) are in a career trajectory that will use bioinformatics. Evidence from open-ended research mentor and student survey responses, student exit interview responses, and research mentor exit interview/survey responses identified skills and knowledge from the fields of computer science, biology, and mathematics that are critical for students considering bioinformatics research. Programming knowledge and general computer skills were essential to success on bioinformatics research projects. General mathematics skills obtained through current undergraduate natural sciences programs were adequate for the research projects, although knowledge of probability and statistics should be strengthened. Biology knowledge obtained through the didactic phase of the program and prior undergraduate education was adequate, but advanced or specific knowledge could help students progress on research projects. The curriculum and assessment instruments developed for this program are available for adoption by other bioinformatics programs at http://www.calstatela.edu/SoCalBSI.     

Proportional Reasoning among 7th Grade Students with Different Curricular Experiences

Contextual problems involving rational numbers and proportional reasoning were presented to seventh grade students with different curricular experiences. There is strong evidence that students in reform curricula, who are encouraged to construct their own conceptual and procedural knowledge of proportionality through collaborative problem solving activities, perform better than students with more traditional, teacher-directed instructional experiences. Seventh grade students, especially those who study the new curricula, are capable of developing their own repertoire of sense-making tools to help them to produce creative solutions and explanations. This is demonstrated through analysis of solution strategies applied by students to a variety of rate problems.     

用"说课"在教学中落实能力培养目标

高职院校开展计算机应用基础课程教学,要注重对学生实际操作技能的培养,要根据计算机应用基础课在专业培养能力中的地位和要求,确定课程各部分内容所形成的能力培养目标。通过对教材加工、教法研究、项目引导、分组操作、考核采用自评互评,充分调动学生积极性,突出学生在教学中的主导地位。在提高计算机实际操作技能的同时也明确专业方向。     

SERVING STUDENT NEEDS THROUGH WRITING CENTERS

Many community colleges have writing centers to help students develop their writing skills because the ability to communicate ideas clearly and accurately is essential for college success. Writing centers are staffed by faculty members, paraprofessionals, and peer tutors who assist students with planning, drafting, and revising essays and research projects. Many centers also offer computer programs and word processing as writing tools. These findings resulted from a study of 13 writing centers in community colleges belonging to the League for Innovation in the Community College. We used a questionnaire to collect data on the design and operation of each center. Although many similarities exist, each campus has modified such features as staffing, hours, and services to meet the needs of its student body. Usage rates indicate that students need and seek out services that can help them achieve academic success.     

Why 3D Print? The 21st-Century Skills Students Develop While Engaging in 3D Printing Projects

The emergence of 3D printing has raised hopes and concerns about how it can be used effectively as an educational technology in school classrooms. This paper presents the results of a survey asking teachers from multiple grade levels and subject fields about the impact of 3D projects on student learning. Teachers were asked about the kinds of 3D projects they were doing with students and what skills or knowledge students were developing by participating in those projects. Participants reported that their students developed a number of skills while working on 3D printing projects, including 3D modeling, creativity, technology literacy, problem-solving, self-directed learning, critical thinking, and perseverance. Parallels between teacher-identified skills and widely cited lists of 21^st-century skills suggest that 3D projects are a promising approach to preparing students for life and work in a digital age.     

Teaching the Use of Complex IT in Specific Domains: Developing, Assessing and Refining a Curriculum Development Framework

Information technology holds the promise of increased productivity. However, rapidly evolving tools require a professional able to incorporate these tools into their careers effectively, which signals the need for IT curriculum development initiatives that incorporate the use of complex, domain-specific IT applications in specific professional fields. This paper reports on a study that addresses this need, by developing, assessing and refining a curriculum development framework. The Information Technology Fluency (ITF) framework is a methodology for constructing components (case studies) for inclusion into existing or newly proposed courses to help students develop the skills needed for this challenge. Results obtained using the framework are reported, compared to similar work at a different institution, and used to suggest improvements to the framework.     

‘Please remember we are not all brilliant’: undergraduates’ experiences of an elite,research‐intensive degree at a research‐intensive university

Undergraduate research experiences are being incorporated into degree programs with increasing frequency. However, there has been little study into their effectiveness in preparing students for research or into the learning gains that students realise from one or more research experiences. We surveyed science students in an elite, research‐based undergraduate degree program at a research‐intensive university. These students complete six research projects during their degree and we aimed to delineate factors that students perceive as leading to either good or bad experiences. Two factors stand out as contributing to a successful research experience: the supervisor, with students reporting both pedagogic and affective benefits of good supervision; and the feeling that they are doing authentic science. Surprisingly, given the research‐intensive nature of this degree, the learning gains students report relate to both an appreciation of what research is like and life skills, such as time management, rather than scientific thinking skills.     

The dynamics of connecting universities,non-governmental organizations and community members by means of academic projects directed at people in need

In this article we discuss an action research experience that took place from 2002 to 2015. We analyze the inception and progress of several project-based learning-centered academic courses that were aimed at developing the project management skills of graduate and undergraduate students. The experience involved approximately 1800 students from two universities and 40 community partners. The students developed real-life projects on behalf of institutions and non-governmental organizations located in the area that help people in need; we refer to these agencies as ‘community partners.’ We analyze the development of the course from a systemic perspective, making use of causal loop diagrams in order to understand the main driving dynamics. We discuss the results achieved by these projects and the benefits brought to the community partners. We also present testimony from the community partners themselves. We conclude by presenting the lessons we learned over the years we have been running this course.     

The Efficacy of Consulting Practicum in Enhancing Students’ Readiness for Professional Career in Management Information Systems: An Empirical Analysis

Consulting practicum (CP) is a form of experiential learning technique to prepare students for professional careers. While CP has become a popular way to help students acquire the essential practical skills and experience to enhance career readiness and ensure a smooth transition from college to employment, there is a lack of empirical studies that establish any link between CP and the career readiness of students. This study seeks to fill this gap. Undergraduate students enrolled in practicum classes undertook consulting projects for several organizations in the areas of management and information systems (MIS) with the purpose of implementing projects and solving real‐life business problems while gaining valuable professional experience and career specific skills. Each team had a mentor who was also the contact person representing the client organization. At the end of the projects, the teams’ supervisors evaluated the performance of the consulting teams based on 10 criteria, classified into behavioral and technical skills. The results show that students developed essential career‐related competencies and behavioral skills as an indication of career readiness, thus affirming CP as an innovative pedagogical strategy that can enhance students’ readiness for professional careers in MIS.     

Learning by Hypermedia Design: issues of Assessment and Implementation

Educational research emphasizing constructivist perspectives and the role of integrated technologies is converging on the value of students actively designing knowledge, particularly in the context of designing media presentations for real audiences. To date, little documented progress has been made in this area because of the significant assessment problems involved in evaluating complex high-level skills across large groups of students engaged in a wide range of activities over a long period of time. We have used cognitive techniques to develop a model of design skills that has been embedded into the curriculum in two qualitatively different hypermedia learning environments. The model is also used as the basis for a wide range of assessments aimed at documenting the amount of exposure to design skills students actually get, the conceptual understanding of design skills they develop, and the extent to which they can actually use their design skills in novel contexts. Common results from both sites support the virtues of design experiences for improving student motivation and effort, as well as the ways in which hypermedia tools can facilitate student learning. Contrasting results from our two sites reveal the importance of master teachers who have a thorough understanding of design skills and can embed explicit discussion and practice of the whole process of design into daily classroom activity. From an assessment standpoint, experiences from both sites converge on the importance of targeting assessments at the design process itself and the need for better theories of assessment design and improved administration practices.     

工科毕业设计指导教师的作用及其对学习投入与学习成效的影响

经济增长模式转型要求工科人才培养的转型升级.毕业设计作为工科人才走向工作岗位或继续深造前最重要的工程实践与综合素质的锻炼平台,是培养创新实践人才的关键环节.如何优化毕业设计过程,充分发挥指导教师的作用从而实现毕业设计的教学目标是本科工科人才培育的改革重点.本研究整合了教师角色的相关理论,聚焦教师角色与作用,从教师专业素...     

Developing Research Skills for the Future Workplace through Interdisciplinary Near-Peer Mentoring

Abstract

Experiential learning is touted as an effective way of imparting research skills. This suggests that master’s students undergoing training in research psychology should be exposed to managing projects and supervising interdisciplinary research teams and projects before entering the workplace. The Department of Psychology and Department of Town and Regional Planning at a South African university developed a near-peer mentoring programme in which the psychology master’s students mentored undergraduate urban planning students who were writing their final-year research reports. Focus group discussions with the psychology students about their experiences of the programme were analysed using phenomenography. The psychology students experienced their role as mentor in five hierarchical variations. The first four were seen as challenging, while the benefits were only experienced at the highest level of the hierarchy. Lessons learnt from the mentoring relationship that mirror certain workplace research skills are discussed followed by recommendations for improving the mentoring programme.