enable them to take high-quality courses on their computers from the convenience of their home, workplace, or any other location connected to the internet. Jacques Monnard (Fribourg, Switzerland) How the Virtual Campus Will Change Future Education Wie der virtuelle Bildung verändert Campus die zukünftige Summary Zusammenfassung In recent years, there has been a parallel trend in distance education and traditional universities towards technology-mediated teaching and learning. Clearly, this evolution suggests that contemporary universities will change a lot in the years ahead. But how? In this paper, we suggest a number of themes that will likely characterize higher education in the coming decade. We also present a vision of what the student’s educational experience might look like in the future. Seit einigen Jahren lässt sich eine parallele Entwicklung beim Fernunterricht und bei traditionellen Universitäten hin zu technologieunterstützem Lernen beobachten. Die klassischen Universitäten werden sich offensichtlich erheblich verändern. Aber wie? Wir werden in diesem Artikel eine Reihe von Aspekten erörtern, die wahrscheinlich die universitäre Ausbildung des nächsten Jahrzehnts charakterisieren. Wir werden ebenfalls eine Vision vorstellen, wie die Lernerfahrung aus der Sicht eines Studenten in Zukunft aussehen könnte. 1 At the same time, traditional universities have also been adopting these new technologies – sometimes reluctantly – and applying them to many aspects of their mission, be it administration (online student registration), research (access to online genetic databases) or teaching (presentation software, web-based conferencing). With all the changes taking place in universities, many questions can be asked about the future of higher education, such as how traditional universities will be transformed, or who will pay the cost of these developments. The issues are broad and varied, and take place in a context of rapidly changing technology. Moreover, there is no agreement regarding the “best” way to use technology in teaching or the future structure and role of educational institutions servicing the different sectors. To predict the future of higher education in such an uncertain climate would be ambitious, to say the least. Rather, the aim of this paper is to propose a vision of what a student’s educational experience might look like in a few years. We make no claim about the accuracy of our predictions. Our hope is just that the ideas introduced here will serve as a background against which to discuss this important subject. Before we present our vision, it is worth briefly analyzing the main factors of change as they will play an influential role in shaping the educational landscape in the coming years. 2 The rush to distance education and technology-supported learning is being fueled by a number of technological and societal factors: Just as the Gutenberg press made knowledge widely available through the printed word, contemporary advances are creating new opportunities that permit the widespread availability of diverse forms of information, education, services and entertainment. These advances include, for instance, the development of new technologies arising from the convergence of computers, broadcast and communications, the growing availability of ever-faster wired and wireless access to the Internet, broad access to increasingly affordable personal computers and software, improvement in areas such as content compression and streaming, or the adoption of standard protocols for the exchange of data (e.g. HTML, XML). These advances make learning feasible without the requirement of having the teacher and the learner in the same place. They also add to the range and flexibility in approaches to learning. There is a growing demand for (higher) education, especially from adult learners (2). The Age of Knowledge requires workers in all sectors of the economy to be highly skilled and stay up-to-date, without interrupting work service for extended Introduction In October 1999, the Swiss Confederation launched the “Swiss Virtual Campus” program (www.virtualcampus.ch). According to this plan, Swiss universities should be encouraged to rethink some of their courses and make them available electronically on the internet. They should also allow their students to gain credits through courses taken on the net. The Swiss Virtual Campus is just another example of many similar initiatives, which have been started all over the world in recent years. The main objective of these distance learning programs is to take advantage of developments in information and communication technologies and provide students with a virtual mobility that will 1 ZSfHD 3/99 Factors of change ZSfHD 3/99 2 periods of time. So learning should be available at any time and wherever the people are. The hope is that the new information and communication tools will bring at least a partial solution to these needs and provide opportunities for lifelong learning. 3 The cost factor is also a major reason for the interest in distance learning. There is a widespread perception that distance learning can reduce the cost of education. The idea here is that once a distance course has been produced, it can be widely distributed at a minimal cost to a large number of students, according to the axiom “more students, less teachers, less classrooms”. But this is a dangerous and simplistic perception. Potential savings in the long term, for instance, might be offset by the significant investments that are usually requested up front. Still, this is a much debated issue, and a definitive answer is nowhere in sight. Another important factor, which is sometimes overlooked, is that there is also a growing demand from younger learners for technology-based education. These members of the so-called “digital generation” are computer literate and have spent their early lives surrounded by electronic media: television, video-games, home computers, cyberspace networks, etc. They combine this literacy with a facility for computer games. They are unaccustomed and unwilling to learn sequentially, and approach learning as a “plug-and-play” experience. Consequently, these students are not only more amenable to technology-based interactivity, but they are also more likely to expect technology-mediated learning as part of a more diverse set of learning approaches and modes of delivery. But what if what if all these problems were solved? What if we could combine the best of both forms of education? And how can we make the best use of learning technologies? To answer these questions, let us now imagine what the campus of the future might look like. An interactive, integrated service and learning environment In the campus of the future, the student’s learning experience starts with an innovative campus information system. This is an interactive, integrated service and learning environment which enables faculty, students, and staff to handle most if not all aspects of the campus life online, such as recruiting, admission, registration and fees, student life, etc. This system has the following characteristics: Virtually all administrative and academic information of interest to students can be found online. This includes such diverse data as registration information, course schedules, addresses of fellow students, grades and transcripts, etc. There is an online presence for every subject, staff member and student, and each course has a web site, which includes a variety of resources: learning and reference materials, communication tools, external pointers, etc. Since students know that all university related information and services they might be looking for are available online, this system will be much more fully integrated into the on-going campus life than today’s campus information systems. In fact, in many cases, learning will begin and end in the online environment. The system is interactive, in that it provides not only information, but information services. Students can, for instance, register online, apply for financial aid, drop and add courses or rearrange their schedules. The information is personalized for each student. For example, the system can provide a course catalog tailored to the student’s need. If a student goes online to register for classes, the system knows what the student’s degree program is, what courses he has taken and what courses he would likely choose from. Similarly, there is a self-service degree audit system (6), where students can call up their degree requirements. The system can also find out what the student’s degree requirements would be if he switched majors. Every student has his own home page in this environment, which he can customize to his needs. He can add other services to it, such as a news service or a personalized calendar. Of course, the student has a single login for access to all services provided by the system. Learning in the campus of the future The combination of the above factors has caused a parallel trend in distance education and traditional universities towards asynchronous and technology-mediated learning, so that the lines are sometimes blurring between these two forms of education. But the student’s experience with technology-supported instruction is still far from ideal. On the one hand, many of the current offerings from virtual universities fall short of the campus equivalent. Some of the problematic issues include: a passive learning style with “no real interaction, no real doing, no real excitement” (8) that comes from simply transferring the “knowledge transmission” model of teaching to the new media and makes no allowance for the interactivity allowed by the new technologies, a threat to the sense of community, and the potential isolation of learners. Similarly, there are many shortcomings in traditional universities regarding the integration of new technologies in the students’ daily life: not all information of interest to students is available online, they can’t plug their laptop into the university network (especially during classes), not all courses have a web page, etc. In short, 1 instead of a well articulated and homogenous strategy, universities have implemented patchy initiatives using piecemeal methods to deliver uncoordinated online services. ZSfHD 3/99 ZSfHD 3/99 2 Any service provided by the university which could possibly have an online presence is integrated in the environment. This includes, for instance, a digital library, where students can access electronic versions of most documents, or learner support systems (7). Links to additional references, like online encyclopaedias and similar resources also form part of the toolset to which learners have access through this system. All the elements of the application are consistently integrated and appear under a coherent if not uniform interface. This is in stark contrast with the current situation, where there is often no coordination between the various components (e.g. the administrative information system, learning management systems, etc.). This online environment becomes the hub of the student’s work and learning, communication and informational needs. It represents the first step towards what McKey calls “the Total Student Experience, a consistent framework which integrates all the elements of the system a student interacts with when they enter into a course of study” (5). Classrooms without walls While the online environment described above will play an important part in the student’s learning experience, on-campus learning will certainly not disappear. Rather, the “connected” campus of the future will seamlessly integrate physical and virtual components. Courses may remain classroom-centric as opposed to web-centric (which puts too much focus on the technological aspect), but the classroom will be both extended and transformed in the process (9). It will become a “classroom without walls”. For instance, one professor might be in a physical (but wired) classroom and have an online interactive interview with an expert on chemical hazards, while the students annotate his slides on their laptop, which is wirelessly connected to the university network. Another student might work in the virtual classroom, doing his homework with an online database at home and preparing an assignment he will post on the course web site. In this model, the course web site plays a key role: it bridges the distance between the physical classroom (if there is one) and the “metaphysical” classroom that teachers and students create together each semester, and provides continuity from week to week (3). This web site contains all the learning resources pertaining to the course, but more importantly, it also includes various social and intellectual spaces where online communication can take place, such as a discussion area, a virtual cafe, or a help area. The combination of these spaces provides faculty and students with a sense of community, a community that comes together for learning for a specific period of time. This is especially important when teachers and learners never meet face to face, as is the case in virtual only universities. 1 ZSfHD 3/99 Another critical element is that each student has a laptop (or maybe an electronic book or a Personal Digital Assistant). With a laptop, students never truly leave the learning environment, and have always access to the virtual classroom. They are also encouraged to integrate the computer into their daily activities. If teaching and learning take place in classrooms, libraries, or social spaces on campus, then it is important that the students have the tools of learning with them at all times, very much like a book. Indeed, these new tools are becoming the students’ books, notebooks, and pencils. Not only do students use their computers to download class notes, participate in chat groups, and email their professors, but they also use them to explore the world via the Internet and apply the information they find there in class. More active and collaborative learning How will learning activities themselves be transformed in the new “classrooms without walls”? In fact, the new information and communication technologies will permit an increase in the amount of interaction and communication experienced by faculty and students during a course, whether students are on campus, at home, at the office or hundreds of miles away. They will allow a strengthening of the three types of dialogue which are the core of education: the dialogue between the faculty and the students, the dialogue between and among students, and the dialogue between a student and instructional resources (1). The dialogue between faculty and students, and between and among students, might be facilitated by online electronic discussions, or two-way audio-video conferencing. The dialogue between students and instructional resources might be facilitated by the use of information resources on the web or joint research projects. Accordingly, there will be less of the traditional lectures, where the professor stands in front the class and “recites his lesson”. Instead, teachers will take advantage of technology to deliver meaningful content in whichever mode is more appropriate to the student. They will use multiple set of communications media to enable and encourage active and collaborative learning. Courses will employ simulations, audio, video, electronic mail and communications, the web, on-line discussions with external experts, and content resources as appropriate for the goals and objectives of the learning, the characteristics of the students, and available resources. Today’s (and tomorrow’s) learners will need to be able to process complex information, solve problems, make decisions against the background of uncertainty, relate their knowledge and skills to novel and ever changing situations, and work in teams. Learning therefore should be constructive, goal oriented, systematic and collaborative. Information and communication technologies are a tool which will give students the opportunity to become such constructive and creative learners. They will learn by doing and discovering, often with their peers. They will also have more choices in the way they learn. They will have to choose the learning resources they want to use among the many available to them. In many cases, they will be able to set ZSfHD 3/99 2 and pursue their own learning goals at their own pace. Thus, they will need to become more independent and self-disciplined in their learning. They won’t necessarily find this new learning process easy, but the teachers will be there to support them. A new role for teachers In the traditional lecture mode of delivery, a faculty member is cast as a “sage on the stage”, whose role is to transmit knowledge to the students. In the new teaching and learning model described above, with less lectures and more autonomous students, there is no doubt that this role will change. Will the teacher become the “guide on the side”, as is often predicted? Maybe not. This second model, which may also be called the “Call me if you need me” or “I’ll be stopping by” approach, may be well suited to programmed learning and stand-alone distance courses. But Boettcher (1) suggests another model which seems more appropriate for the information age. It is called “mentoring”. Mentoring is a more facilitative model of teaching that more closely approaches the Socratic method, as opposed to more traditional lecture-based models. A mentor encourages, stimulates, guides his students and helps them select and structure concepts and information. He converses with them and inspires them to experiment so that they feel involved in their learning. For those who would think this is a radical change in the role of teachers, it is worth recalling that the classroom lecture is a relatively recent form of pedagogy. Throughout the last millennium, the more common form of learning was through apprenticeship, which is in fact a form of mentoring. While this certainly represents a challenging task for teachers, new technologies provide tools that make it possible. First, online communication, rather than depersonalizing the learning process, often permits stronger intellectual bonds between professor and student than is possible in the traditional classroom (at least in large classes). As a student in an online course comments, “the instructor made me feel as if we were old friends within the first two weeks of class” (4). Another advantage of online communication is that each party can send and receive messages at times convenient to them. And technology can also support the creation of the experiences needed to build knowledge and perspective (e.g. with simulation software or virtual laboratories). Expanding learning options Based on the above premises, we can also predict that the organization of the learning process will change in the future. Firstly, we will see a much greater mix of residential and distance learning. Residential universities will always be in demand, but technology will expand the reach and range of these traditional settings (for instance with online communication). Hybrid organizations will also be formed where students 1 ZSfHD 3/99 can synthesize on-campus with online experiences. Other learners, particularly working adults, constrained by time, location or other factors, may opt for online educational experiences that provide them with the education and flexibility they need. There will also be new forms of partnership between teaching institutions. Universities will collaborate to deliver modules, courses and degrees to individuals and groups of learners who interact with faculty and with learning material, both in real-time and asynchronous mode. Their audience will consist of the distant learner, the on-campus student who wishes a more individualized, self-paced learning experience, and the student who wants to combine both approaches to learning. Students will have the option of completing their degree by taking online and oncampus courses from different universities in such a consortium. As for the courses themselves, many of them will consist in a mixture of synchronous and asynchronous delivery. The obvious advantages of the asynchronous mode is the “anytime, anywhere” aspect that fits the learners’ schedules. The limitation, of course, is the real-time interaction with others, whether the professor, teammates on a group project, or classmates in general. Thus, there is great value in mixing asynchronous with synchronous. For example, one course might start and end at the same time for everybody. For the most part, the students do their homework and study on their own schedules and to their own habits. They can jump into the fray of a discussion thread any time day or night, for example. But the professor also programs a few fixed schedule events: an online seminar, a classroom session where students can ask questions to an external expert through videoconferencing, the final exam, or even a closing dinner that brings all the participants together face-to-face. The professor also works in a project involving groups of three or four students where sufficient brain-storming is required that the groups meet online or in person to accomplish the assignment. 4 Infrastructure and support Even though we are talking about a vision for the future, it might still be worth briefly considering some of the factors that will help make it a reality. How can universities best facilitate the migration towards the new model of education? At a general level, campuses will need to be technology-friendly and supportive to students, faculty, and staff. This means they will have to provide the appropriate infrastructure and support: A full network access for faculty and students will be essential to participation in an electronic information rich environment. Network access (wired or wireless) must be available all over the campus, so that students and faculty can use their laptops anywhere, and have always access to the now twenty-four-hour virtual ZSfHD 3/99 2 classroom. Remote access to the campus network must also be offered to students and faculty working off-campus. 5 Universities will need more campus spaces that accommodate the new teaching and learning paradigms. Classrooms will have to be fully wired, and new types of seminar rooms or auditoriums will be created. Some of these spaces will be specially equipped, for instance with sophisticated presentation systems or video conferencing facilities. Faculty support is essential. Learning technologies support centres must be established, with expertise in instructional design and pedagogical practices, among other areas. They should develop and support templates that facilitate the creation of technology-mediated learning, and provide in-house training, “train the trainer” and pilot projects. There should also be support persons who can deal with issues ranging from the securing of copyright clearances to managing technical resources. Discipline specific technical staff needs to be available, using the same model that libraries use of having a humanities reference librarian, a social science reference librarian and so forth. Students should receive support through access to equipment, software, related services and a help service. Some of the support services might be delivered with the same methods that will be used for instruction, i.e. remotely and/or asynchronously. Finally, there should be a campus-wide and concerted effort, through seminars and workshops, to keep the campus community – students, faculty and administrators – informed about new developments in the technology as well as providing ways to update skills. Conclusion The many challenges facing higher education in the digital age suggest strongly that the university will change in very fundamental ways, but they do not suggest a particular form for universities. Rather, the ever-increasing diversity characterizing higher education worldwide makes it clear that there will be many forms, many types of institutions serving our society. For now, we can suggest a number of themes that will likely characterize higher education in the years ahead: 1 The way in which the curriculum is designed and delivered will change. More teaching will take place using computing technologies in many different ways, and there will be a greater mix of residential and virtual learning. Asynchronous learning – anytime, anyplace, for anyone – will break the constraints of time and space and make learning opportunities more compatible with lifestyles and needs. ZSfHD 3/99 Information technologies will enable students to have more choices in the way they learn, with different modes and paces of learning which fit their individual needs and cognitive styles. Students will use these technologies to get access to information from a variety of sources (many of them networked), and have access to a wide variety of learning resources which will make for a more active learning experience. The process of student-faculty and student-student communication, enriched through computer conferencing and online discussion groups, will be more interactive and collaborative. While there will still be face-to-face meetings, communication tools will allow faculty and students to discuss, debate, and work in teams without being present in the same place at the same time. With less time spent in lectures, professors will have more time for two-way discussion, for helping students build on what has been learnt, and for the mentoring and interaction which should be a key part of higher education. In the transition to this new teaching and learning paradigm, higher education will evolve to create a culture of learning for our society, a culture in which educational opportunities become pervasive through the use of information technology. 6 References 1. Boettcher, Judith V., Distance Learning: Looking into the Crystal Ball, Corporation for Research and Educational Networking, July 1996, at http://www.cren.net/~jboettch/jvb_cause.html. 2. Hailes, Stephen, and Hazemi, Reza, The Digital University: Reinventing the Academy, London: Springer, 1998. 3. Keating, Anne B., with Hargitai, John, The Wired Professor: A Guide to Incorporating the World Wide Web in College Instruction, New York: New York University Press, 1999. 4. Kettner-Polley, Richard B., The Making of a Virtual Professor, ALN Magazine, Vol. 3, No. 1, July 1999, at http://www.aln.org/alnweb/magazine/Vol3_issue1/Kettner-Polley.htm. 5. McKey, Paul, The Total Student Experience, White paper, NextEd Pty. Ltd, 1999, at http://www.nexted.com/news/papers/TSE_McKey.html. 6. Olsen, Florence, Smart Software lets Universities offer “self service” Degree Information, The Chronicle of Higher Education, November 9th, 1999, at http://chronicle.com/free/99/11/99110901t.htm. ZSfHD 3/99 2 7. Radford, Allyn, The Future of Multimedia in Education, First Monday, Vol.2, No.11, November 3, 1997, at http://www.firstmonday.dk/issues/issue2_11/radford/index.html. 8. Schank, Roger, The Disrespected Student - or - The Need for the Virtual University, Edge Foundation, 1999, at http://www.edge.org/3rd_culture/schank/schank_index.html. 9. Wood, Robert E., Beyond the Electronic Reserve Shelf: Pedagogical Possibilities and Resources in Web-Enhanced Courses, Syllabus Magazine, Vol. 13, No. 14, November/December 1999, at http://www.syllabus.com/syllabusmagazine/nov99_magfea3.html. 1 ZSfHD 3/99 ZSfHD 3/99 2