Senior Design Project Course: A Case Study

The two‐quarter Senior Design Project course given in the Computer Science and Engineering Department of Auburn University gives undergraduate students a significant computer system development experience by working on a project from proposal to prototype. Heavy emphasis is placed on team‐ and project‐management principles, team presentations, the application of standard structured development methodologies, and the generation of formal deliverables after each project phase. Project ideas are canvassed from faculty, graduate students, local industry and community, and from the students themselves. We believe that the knowledge and experience acquired by students from working in a team on a substantial project gives them an insight and perspective that is unattainable through the standard lecture paradigm. The course has received enthusiastic endorsement from industry, accrediting boards, and participating students (albeit at the end of the course!).     

Including All Voices in the Classroom: Teaching Lesbian,Gay, and Bisexual Students

Abstract

A collaborative research project. which was offered as an alternative to traditional undergraduate independent study courses, is discussed. The authors describe the characteristics of traditional independent study courses and how collaborative research efforts differ from them. Such projects provide an in-depth exposure to the topic under study, produce outcomes of a scholarly paper or presentation at a professional meeting, and facilitate authentic interactions between student and teacher. Specific guidelines for establishing a collaborative research project are provided. The authors, a college faculty member and an undergraduate student, outline the benefits of collaborative projects and specific lessons learned from their experiences executing a project.     

Mentoring Undergraduate Interdisciplinary Mathematics Research Students: Junior Faculty Experiences

Abstract

To be successful, junior faculty must properly manage their time in the face of expanding responsibilities. One such responsibility is supervising undergraduate research projects. Student research projects (either single or multi-student) can be undertaken as a full-time summer experience, or as a part-time academic year commitment. With many potential undergraduate research formats, and with different types of students, junior faculty may find challenges in forming their research group, establishing a structure that promotes student productivity, picking an appropriate project, or in effectively mentoring their students. This article draws from the authors’ experiences to help junior faculty navigate these complexities so that all parties reap the benefits of undergraduate research in interdisciplinary mathematical disciplines.     

Organizing and Managing Software Engineering Team Projects

Industrial software development today requires a fundamental education in computer science as well as the ability to work productively and collaboratively in a team environment. Employers will therefore favor graduates who have mastered computer science and software engineering concepts and can apply them while developing a software system. To produce computer science graduates possessing the skills necessary to succeed in the workplace, team‐oriented software engineering courses with real projects (and with real clients) are increasingly emphasized. It is, however, difficult to successfully present a software engineering course that covers software engineering concepts and offers opportunities to apply them during a project in a team environment. The difficulties lie in project selection, team formation, team and project organization, process management, and, finally, grading. The objective of this article is to discuss these difficulties and provide suggestions for alleviating or avoiding them.     

Interactive Robotics Using the Internet

We report on a project currently under way within the department of Computer Science at the University of Reading exploiting networking and multimedia technology to provide a shared robotics laboratory on the Internet. The laboratory is for use by our own students and students at other Higher Education (HE) institutions in the UK. We present a mobile robot system we have developed to support teaching, and we describe how the Internet is being used to provide and control access to the robot. A case study is presented illustrating the use of the mobile robot in student project work. The key goal of the work we are pursuing is the provision of robots as networked resources similar to other computing resources, in this way making them accessible to many more students than would otherwise be able to gain access to this advanced technology.     

INTERDISCIPLINARY COLLABORATION AND PROFESSIONAL PREPARATION IN CAMPUS‐BASED CHILD DEVELOPMENT LABORATORY PROGRAMS

ABSTRACT

In an undergraduate families and communities course situated at a university in the borderlands of the United States and Mexico, early childhood majors have used Black feminist thought combined with photovoice to generate projects that explore family and community experiences with power and oppression. As a professor, teaching assistant, and student enrolled in the course, we share our conceptualization of Black feminist photovoice, student trends and issues engaging with photovoice throughout the semester, and provide an example culminating project that focuses on colonization. By describing students’ engagement with Black feminist photovoice, we illustrate how transformative spaces can be forged in early childhood teacher education, where students critically examine the struggles and empowerment of marginalized communities, and generate possibilities to serve as agents of social justice and change.     

Using Examinations to Promote Learning

Abstract

The article describes the authors' experiences team teaching two sections of the same undergraduate social studies/language arts methods course using a model in which both instructors are present at all class meetings. One section was composed of predominantly older, nontraditional students; the other section included more typical college students. The majority of students in both sections enjoyed the experience. A narrative detailing the creation of the teaching team and suggestions for a successful team teaching experience also are included.     

Social Justice in Sport and Exercise Psychology: A Position Statement

ABSTRACT

There are varied approaches that have been used in sport for development (SFD) projects. This article is focused on the move by sport and exercise psychology researchers toward community-based SFD projects where marginalized groups are centralized. The authors have chosen two of their projects to exemplify different approaches to SFD. An initial project with an Aboriginal community is critically examined to reveal cultural missteps that perpetuated cultural colonization–something antithetical to community capacity building. The second project is then considered because of its closer alignment with cultural praxis and community capacity building. This second project focuses on the initial developments of a YMCA physical activity project designed to meet the needs of forced immigrants (a self-titled name developed by the refugee community members) and the staff who work with them. We culminate with five postulates proposed for SFD project teams derived from our vantage in sport and exercise psychology, where community engagement and eventual self-governance are imperatives.     

The impact of diversity,prior academic achievement and goal orientation on learning performance in group capstone projects

ABSTRACT

Capstone projects are common in undergraduate programmes, providing students with a culminating educational experience designed to draw on the knowledge and skills accumulated over the course of their studies. While there are many benefits to capstone projects, they are not without challenges. In particular, when these projects are conducted in groups, forming groups to optimise the learning outcomes and managing group dynamics can be challenging. In this article, we report on the analysis of data collected from 346 undergraduate business students who completed capstone projects at a Hong Kong university. Measures included students’ learning goal (mastery and performance), satisfaction with their supervisor and group diversity in relation to gender, prior academic achievement, self-report nationality and programme of study. Analysis of this data in conjunction with student grades for the project was conducted to inform improvements in design and delivery of the capstone subject to improve students’ learning outcomes. The results showed that for groups consisting of three students, group diversity in respect to prior academic achievement as measured by grade point average (GPA) is positively related to the grade achieved in the capstone project. However, diversity in respect to the nationalities in the group was related to poorer performance. Furthermore, the more teacher-focused the group supervisor’s approach was, the worse the grade achieved for the project. The results suggest that groups made up of students of different nationalities tend to have lower grades compared to homogeneous groups. In contrast, having a group with a mix of GPAs can result in higher grades on the project. While these findings have informed our understanding of group performance on capstone projects, work is needed to fully understand what underlies the diversity effects identified which will be explored with future cohorts.     

Introduction to the Special Issue on Perspectivesand Experiences on Mentoring Undergraduate Students in Research: Part II

Abstract

This issue is the second of a special PRIMUS two-part issue collecting articles on undergraduate research from experienced faculty mentors. We offer it as a valuable resource for faculty leading undergraduate research programs. This issue presents a collection of papers offering advice on a variety of specific topics important for leaders of undergraduate research programs. Issues of finding and designing appropriate and accessible research projects, assessing undergraduate research, and publicizing it in the media are addressed.     

Year-long Undergraduate Research Projects

Abstract

Undergraduate research has become the centerpiece of many institutions of higher education’s efforts to attract and recruit high school graduates. Since 1987, throughout my tenure at Bloomsburg University, I have involved over 20 students in my research. In my experience, there is clear evidence that students of mathematics substantially benefit if they engage in research during their undergraduate studies. Whether the student plans to apply for employment after graduation or continue with graduate studies, the undergraduate research experience has a tremendous effect on the student’s success. In this paper, I will provide some personal insight on my experience in working with undergraduate students. In most cases, my experience has been in working with one student on a long term (one semester or mostly year-long) research problems. I will discuss my approach to identifying students, the type of projects, providing guidance, and finally the challenges that we face in supervising undergraduate research. To exemplify, emphasis will be placed on the status of a recent 1-year research project, which was funded by the Pennsylvania State System of Higher Education, and a senior undergraduate student worked on it for one year.     

Meta-assessment in a project-based systems engineering course

Project-based learning (PBL) facilitates significant learning, but it poses a major assessment challenge for assessing individual content knowledge. We developed and implemented an assessment approach and tool for a mandatory undergraduate systems engineering PBL-based course. We call this type of assessment student-oriented meta-assessment. Research participants included 131 undergraduate engineering students who carried out team projects requiring conceptual modelling of complex systems. Next, individual students assessed their peer team projects. Finally, the course staff assessed students individually, based on the content knowledge that was reflected in students’ comments to their peers, by using the new meta-assessment tool. The research findings validated the meta-assessment tool which can serve for assessing various PBL courses. Our contribution is twofold: a new approach for assessing project-based undergraduate engineering courses, and classification of meta-assessment methods into three types, where a student-oriented meta-assessment as one of the three meta-assessment methods is our newly introduced and validated method.     

Using Contests to Provide Business Students Project‐Based Learning in Humanitarian Logistics: PSAid Example

Business students appreciate working on classroom projects that are both enjoyable and useful in preparing them for future careers. Promoting competition among project teams is also used as a method to motivate students. The Humanitarian Logistics Project (HLP) teaches undergraduate students the logistical implications of unsolicited material donations in disaster relief. To encourage competition, students are organized into teams of three and tasked with designing humanitarian public service announcements (PSAs) that improve their understanding of humanitarian issues in the general public. These announcements are then submitted to the national PSAid (Public Service Announcements for International Disasters) contest for American college students. The exercise is rigorous because it requires students to collect logistical data and use it to communicate the principle of smart compassion to the public in a creative fashion. Moreover, not only do students learn about topics related to humanitarian logistics by competing with other college students nation‐wide, but also do they make a socially responsible contribution to the public. Analysis of survey data shows that students’ learning outcomes from the HLP are significantly greater than those for other supply chain topics covered in class, and that student satisfaction with the HLP is high.     

Starting and Sustaining an Undergraduate Research Program: The SURIEM Experience at Michigan State University

Abstract

Mentoring undergraduate students in research is both rewarding and challenging. In this paper we present how we established a summer Research Experience for Undergraduates (REU) program in the mathematical sciences at Michigan State University. A goal of our REU is to include students who are at an early stage of their study of mathematics. We share our experiences in recruiting students, designing research projects, and mentoring our participants. We discuss the challenges we faced and the solutions we found while working with a diverse group of undergraduate students from across the nation.     

Research and a professional development programme on teaching learning strategies as part of course content

Abstract

There is evidence that many students leave university without effective learning strategies and skills that would facilitate their learning in the future. For example, they can complete their university courses without developing information skills or a love of learning, with only a limited repertoire of learning strategies, and with no intention of engaging in further learning. While these findings indicate a need for universities to review the structure of courses and the way that they are taught and assessed, it is not necessary to wait for this to happen. Within existing course structures, universities can help prepare students for lifelong learning by teaching them learning strategies. This is best done if the strategies are taught by university teachers in the context of their regular coursework. We have confirmed in our research and professional development projects that this can be done. In an experimental study, we investigated the effects of explicidy teaching students learning strategies in the context of their regular coursework. This research indicated that students who were taught learning strategies in the context of their regular coursework used them effectively and achieved better results than students who were taught in the conventional way. In a professional development project, we taught university teachers from a variety of subject areas to teach learning strategies to students in their own courses. These teachers were successful in helping students develop a repertoire of effective learning strategies and display greater commitment to their learning.     

Quantitative analysis of approaches to group marking

Abstract

Group work, where students work on projects to overcome challenges together, has numerous advantages, including learning of important transferable skills, better learning experience and increased motivation. However, in many academic systems the advantages of group projects clash with the need to assign individualised marks to students. A number of different schemes have been proposed to individualise group project marks, these include marking of individual reflexive accounts of the group work and peer assessment. Here, we explore a number of these schemes in computational experiments with an artificial student population. Our analysis highlights the advantages and disadvantages of each scheme and particularly reveals the power of a new scheme proposed here that we call pseudoinverse marking.

Abbreviations

SOPP: Self organised peer assessment; RA: Reflexive accounts; MRA: Mark-adjusted reflexive accounts; NPA: Normalised peer assessment; PR: Peer ranking; PiM: Pseudoinverse marking     

SERVICE-LEARNING AT THE EDGE OF CHAOS

This paper discusses the implementation of an intergenerational service-learning (IS-L) project by Western Michigan University's Gerontology Program. Two classes of students, one graduate and one undergraduate, taking introductory gerontology courses were brought together to complete IS-L projects of their own designs. Students were placed in teams. Key project components included: negotiation with community partners to construct a viable one-semester project, collaboration on a team, and analysis of the team development process. A Critical Incident Questionnaire was used to collect data on student perceptions of project and class progress. While challenging, most students found the intergenerational service-learning projects and team format valuable and rewarding.     

Service learning as a tool to enhance future teachers’ media competence / Aprendizaje-Servicio como estrategia favorecedora del desarrollo de la competencia mediática en futuros docentes

Abstract

This paper presents a study of service learning (SL) as a methodology to facilitate the development of media competence in future teachers. The SL methodology fulfils a training and service need for two different populations: in our case, a preschool/primary school and students from the Bachelor’s in Education degrees at the Universidad de Jaén. The study involved 193 university students who carried out 63 projects involving new technologies. The goal of these projects was to produce materials to be used on smartboards, advertising materials, picture-reading materials or multimedia resources, among others. These materials were designed and created in the university classes as a part of the practical sessions of a course and were then given away to be used at a preschool/primary school. At the end of the project, the university students filled out a questionnaire that required them to compare SL to traditional activities in terms of how well each type of practice helps them to achieve the 20 competences of the course. The results show that students recognize the value of the SL methodology more than traditional practice, which suggests the relevance of this methodology for university students.     

‘On the outside I’m smiling but inside I’m crying’: communication successes and challenges for undergraduate academic writing

Abstract

Student difficulties with the transition to writing in higher education are well documented whether from a ‘study skills’, an ‘academic socialisation’ or an ‘academic literacies’ perspective. In order to more closely examine the challenges faced by students from widening participation backgrounds and diverse routes into undergraduate study, this project focuses on first-year undergraduate experiences of developing academic literacies on an Education Studies programme at one university in England. It highlights the impact of different support and guidance within and beyond their degree programme where attempts to embed academic literacy development are part of subject modules. The paper reports the findings generated using a mixed methods interpretive approach. Questionnaires were collected at the beginning (n = 48) and end of the students’ first year (n = 44), and interviews and visual data collection methods (n =19) were used at the mid-point of the academic year. Key findings highlight students’ expectations of achievement on entry to university and the influence of the emotional journey of students as they begin to make progress as academic writers. Identifying, selecting and applying academic reading were an enduring concern whilst some students struggled with the digital literacy implicit in undergraduate work. Importantly, some strategies developed to support student transition to academic writing in higher education may have unintended consequences as they progress through the first year.     

Technology in Teacher Education: examples of integration and implementation in early childhood courses

Abstract

This article explores a number of ways in which information and communications technologies (ICT) have been incorporated and integrated in a teacher education program in order to extend opportunities for students to interact with ICT as part of their preparation for becoming early childhood professionals. It describes three examples where ICT have been utilised in different contexts to promote understanding of the implications of technologies in educational settings, to engage students with powerful conceptual ideas and as a means of communication between students on campus and those in remote areas. The examples reveal that both undergraduate and graduate students indicated that they were at a novice stage of use and understanding before embarking on the courses. In addition, the examples show that participation in the courses helped students to come to terms with computer technology as a device that could help them both to acquire new forms of knowledge as well as extend the possibilities for interactions with other early childhood professionals who were located in remote areas. The examples also highlighted the need for teacher educators to become aware of the variety of ways in which ICT can complement and extend teaching and learning contexts in new and dynamic ways rather than be used to perpetuate existing pedagogical strategies that need to be reconceptualized in the information age.