Reimagine your onboarding experience to better serve incoming students

2021 ◽  
Vol 24 (7) ◽  
pp. 1-6
Author(s):  
Amelia Pavlik
Keyword(s):  
2003 ◽  
Vol 8 (3) ◽  
pp. 15-20 ◽  
Author(s):  
Linda J. Sax

How do entering students compare with their counterparts from ten, twenty, even thirty years ago? The director of the Cooperative Institutional Research Program looks at some current trends.


2017 ◽  
Vol 21 (2) ◽  
pp. 156-169 ◽  
Author(s):  
Lukas Graf ◽  
Justin J. W. Powell ◽  
Johann Fortwengel ◽  
Nadine Bernhard

Dual study programs are hybrid forms of work-based higher education that have expanded very rapidly in Germany—a country traditionally considered a key model in both higher education (HE) and vocational education and training (VET). The continued expansion of these hybrid programs increasingly raises questions if, how, and why they may be internationalized. Although comparative research suggests that this could be challenging due to the uniqueness of the German education and training system, strong forces support internationalization. This study examines the current state and the future prospects of internationalization of such innovative dual study programs by focusing on student mobility, a key dimension of internationalization. We find growing interest in but still relatively little mobility related to dual study programs, whether among German (outgoing) or international (incoming) students. Based on expert interviews and document analysis, we extend existing typologies of student mobility regarding specific features of work-based HE programs. Furthermore, we discuss opportunities—at home and abroad—for increasing student mobility in this rapidly expanding sector.


Anales AFA ◽  
2013 ◽  
Vol 24 (1) ◽  
pp. 13-15
Author(s):  
Claudio M. Enrique ◽  
Carlos R. Esterkin ◽  
Gloria E. Alzugaray
Keyword(s):  

Author(s):  
Angela Duckworth ◽  

It's been a long day. A good day, but a long one. And I'm tired. So, how am I feeling? Green. That is, on the Mood Meter developed by the Yale Center for Emotional Intelligence, I'd put myself in the lower-right quadrant, where emotions that are low-energy and positive are color-coded green. Earlier in the day, right after my morning coffee, I was feeling…yellow: high-energy and very positive about the meetings I'd scheduled and a lecture I was preparing to give to incoming students at my university. Of course, four categories does not do justice to the many kinds of emotions each of us experiences in a lifetime, or even in a single day. There are nuanced differences between feeling serene versus satisfied (both green), or furious versus frightened (both red, high-energy and negative). But when you're a rookie at emotional intelligence, the four quadrants defined by energy (high or low) and valence (positive or negative) are a great way to begin to recognize how you're feeling from moment to moment.


Author(s):  
Mark Conway

Several thousand universities worldwide participate in industry-academic partnerships as a way to expose their students to “real-world” issues and technologies and to provide them skills that will facilitate their transition from the university to the workplace. This chapter highlights several of the leading IT-focused, industry-academic programs such as Hyperion’s Academic Alliance Program, the Teradata University Network, and SAP’s University Alliance Program; and references similar initiatives from Cisco, SUN, and IBM. The focus of the chapter is from an industry practioner’s perspective; it covers what motivates companies to launch these types of programs, what the programs’ goals are, and what benefits accrue to the participating company and university. Information systems and technology (IS&T) are evolving so quickly that universities are continually challenged to keep abreast of the latest developments to ensure that their curricula and programs are current. On one hand, IT programs are pressured by various stakeholders—deans, incoming students, parents, businesses recruiting on campus, and so forth—to keep their programs current and relevant to these constituents’ needs. On the other hand, faculty and IT programs cannot chase the latest fads and each new innovation, if they are to offer a stable learning environment. The significant costs—in terms of time, training, technical support, curriculum revisions, and so forth—involved in deploying commercial software in an academic setting makes selecting which partnerships to pursue an important and far-reaching decision. The benefits can be significant, but the faculty need to understand up front, the expectations and level of commitment needed to make these kinds of collaborations successful. By gaining a better understanding of how industry views these programs, academics will be better able to assess these alliances and determine which best support and align with their programs’ goals and learning objectives. Developing students who can join companies as new employees and IT leaders and quickly contribute to a firm’s success is something that both universities and businesses strive for. But, it requires a mutual understanding of the skills that will be needed, vehicles for developing those skills within the students, and a buy-in from faculty to develop the necessary curriculum and teaching resources. This chapter contends that successfully managed industry-academic partnerships can be a vehicle for developing these capabilities, while enriching learning opportunities for students.


Author(s):  
Jill Harrison ◽  
John Ryan

Technology use is contextual and tends to follow, often invisible, ground rules. Within the situational context of a higher education classroom the rules and sanctions regarding technology use become increasingly complex. Many universities in the United States now require that all incoming students have laptops, with the rationale being that technology is an important tool used to help students organize and catalogue knowledge. Laptops allow students to connect to library and campus resources. Further, requiring laptops on a networked campus creates a sense of digital unity rather than digital divides among students and faculty. The message to students is that personal laptops are important and even required. However, within the context of the higher education classroom, laptop use is often being limited or banned by classroom instructors, a contradiction of the larger university message. As Marcuse (1982) noted, technology is a social process. The diffusion of laptop technology into higher education has altered the modes of producing knowledge and the social relationships organized around that production process. The purpose of this chapter is to highlight how the use of this technology is negotiated between faculty and students and how issues of engagement, the self-production of knowledge, and security influence this negotiation. The authors argue that issues of laptop use in the classroom are rooted in concerns of power, legitimacy, and identity associated with the production of knowledge.


Author(s):  
Steve Mahaley ◽  
Robin Teigland

Higher education institutions and corporations are increasingly exploring new pedagogical methods to align with learning styles of incoming students and employees, who are amazingly adept at using Web 2.0 applications. This chapter explores the use of virtual worlds, in particular that of Second Life, in educational activities by organizations such as higher education institutions or corporations. We begin by introducing virtual worlds with a particular focus on Second Life. We then provide an overview of the benefits of this environment for learning activities before presenting a set of potential learning activities that can be conducted within Second Life. We then discuss an in-depth example of 3D teaming-one learning activity within Second Life conducted by the authors. After a discussion of implementation challenges, we then present areas for future research.


1994 ◽  
Vol 74 (1) ◽  
pp. 239-242 ◽  
Author(s):  
Barbara A. Rothlisberg ◽  
Ruth Hill ◽  
Rik Carl D'Amato

Students' willingness to befriend a child with mental retardation was investigated using written vignettes of students said to be enrolling in the subjects' school. In the control condition, all stories described the incoming students as non-labeled peers. In the experimental condition, half of the descriptions of new classmates included the addition of the label mentally retarded. Subjects were asked to make a behavioral commitment to befriend an incoming student assuming that the child would be joining their class. Chi-squared analysis indicated that the addition of the label to a description of a child significantly reduced the frequency of that child's being selected by subjects, particularly boys. The data suggested that the label may inhibit students' willingness to accept labeled peers socially.


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