A DISTANCE EDUCATION INFRASTRUCTURE by Lucy C. Morse, Ph.D. and Barbara Truman MC Journal: The Journal of Academic Media Librarianship, v4#1, Summer 1996:10-24. INTRODUCTION Within the state of Florida current resources for education are insufficient to meet the projected needs of current and potential learners. In 1995 the Florida Department of Education released the following statistics: between 1985 and 1990, headcount enrollment within the State University System increased by twenty percent, and by forty-five percent in the Community College System. The projected growth in the number of high school graduates from 1990 to 2000 is thirty-five percent. In addition to the "typical" college age student increase, both minority and non-minority, there is an increased demand for higher education, lifelong professional and vocational continuing education, and personal development from the adult population. This latter group often includes students that have not obtained a higher education degree because of cultural and economic barriers and are often geographically bound by job and family. To address these needs Florida is exploring the use of distance learning technology. As a part of this process the Florida State University System funded five demonstration projects to explore the options of distance learning within the state. In February 1995, the Central Florida Consortium of Higher Education's proposal for a Distance Learning Demonstration Project (DLDP) was funded. The Central Florida Consortium of Higher Education, Inc. (CFCHE), a non-profit corporation in Florida, was established in 1988 with the six community colleges of the University of Central Florida (UCF) service area, which are: Brevard, Central Florida, Daytona Beach, Lake-Sumter, Seminole and Valencia, together with UCF as members. These Central *Page 10* Florida institutions serve eleven of the sixty-seven counties of the state. The purpose of the organization is to forge strong articulation activities among the institutions and to develop collaborative efforts to improve undergraduate education. Without this partnership, effective systemic long-lasting improvements in undergraduate education within Central Florida are unlikely. Changes in the undergraduate program must be systemic rather than local because 70 percent of the upper division UCF students begin their postsecondary education in the local community colleges. Although geography ultimately will not be a factor in distance learning, the benefits of working with the CFCHE institutions at this early stage is significant for implementation of a distance learning infrastructure that can be disseminated throughout the state and the country. BACKGROUND Though no ideal model of distance education exists, several are innovative for very different reasons. Philosophical approaches to distance education differ. Some researchers and practitioners feel that to be successful, distance education must replicate face to face classroom interaction. Others assert that learner characteristics diminish the need for real-time interaction. The Open model at the British Open University has teachers and support staff located at a central site without classrooms. Students determine where and when they learn (Thach 1994, 12). In direct contrast is Iowa's fully interactive two-way video, two-way audio network. *Page 11* In 1987 the Iowa legislature approved a plan for the Iowa Communications Network connecting the state with a high-speed, two-way interactive, fiber optic network for voice, video and data communications. Part One of the plan connected the state's public television stations, three public universities and fifteen community colleges; Part Two connected at least one site within the state's ninety-nine counties. Now under construction Part Three will connect four hundred schools, libraries, armories, hospitals and area educational agencies. This 1987 network was used in the Iowa Distance Education Alliance, Iowa's Star Schools project (K-12) from the US Department of Education, to encourage improved instruction in various subject areas and to reach out to under served populations using telecommunications (Simonsen and Schlosser 1995, 14). Trends in distance education include attention to multiculturalism, humanities, and world affairs (Sherry 1996, 3). Using the Internet for e-mail and searching the World Wide Web are two ways to bring the global village to the desktop at the learner's convenience. Barker and Baker (1995, 18) state that networked-focused learning is a result of the exponential growth on the Internet of student-initiated data gathering and interactive communication. The authors project the possibility that network-focused distance learning will one day eclipse the practice of classroom-focused distance learning. Other trends expressed by Twigg (1994, 1-5) are the changing definition of learning, new learning environments, and the new attention paid to the diverse learning styles. New skills must be learned by faculty to meet the needs of quality distance education. Sherry (1996, 13) cites Schlosser and Anderson's 1994 literature review for the Association for Educational Communications and *Page 12* Technology (AECT ) which identifies these distance learning teaching skills as: understanding the nature and philosophy of distance education; identifying learner characteristics at distant sites; designing and developing interactive courseware to suit each technology; adapting teaching strategies to deliver instruction at a distance; training and practice in the use of telecommunications systems; evaluating student achievement, attitudes and perceptions at distant sites; and dealing with copyright issues. Eight major areas of knowledge necessary to distance learning were identified in the International Journal of Instructional Media: communication and feedback, promoting interaction between and among learners, teamwork and collaboration, administrative and support services, conducting learner needs assessments, distance learning technology and its impact on learners, identifying learning styles, and developing a systems perspective of thinking (Thach and Murphy 1994, 16). Barker and Baker (1995, 19) assert "Distance education instructors of necessity must be master teachers." They add that the key to success in distance learning is the teacher. Instructors must challenge the students to use their higher thinking to research, problem solve, and inquire about their own answers (Mizell 1994, 6). The structure for learner support systems within institutions must be varied based upon the student clientele, available resources, leadership, and imagination. If a coherent whole is not fashioned from discrete pieces that fit together from the standpoint of the student, the system's objective cannot be achieved (Sewart 1992, 6). Thach and Murphy (1994, 13) cite the example of the network, which is thought to be the management structure of the future, as appropriate for distance education with faculty and staff usually centralized and students scattered in hubs. *Page 13* METHODOLOGY The Distance Learning Demonstration Project focuses on creating an infrastructure system to support distance learning and instructional enhancement, not on hardware or courses to be used. The first building block is the development of the program infrastructure to support the life cycle of instructional enhancement and distance education. The infrastructure includes, but is not limited to: training faculty, establishing access for the learner, and, in the process, developing a plan for marketing distance education and assessing the benefits of distance education. As the first building block is developed, these questions need to be considered by an institution before making a commitment to distance education: Is the institution interested in pursuing a distance education path in addition to a traditional college student path? Who is the target audience? What are the programs/disciplines that faculty and students believe need a distance education option? Is the purpose of distance education to make the institution more accessible for the current students or to attract new students? Process Knowing the answers to the above questions enables the activities for distance learning to then be integrated into one management system. The *Page 14* steps are: . Define program objectives . Allocate resources to each objective . Combine objectives and resources into program schedule . Execute the program . Monitor progress . Validate the results . Factor lessons learned into future program planning efforts. Understanding how to use technology in teaching, distance learning, and creating effective distance learning tools for organizational use are critical elements to the success of this process. These tools need to be defined, and institutions must then be trained on how to properly apply them. The program objectives that are established to define the boundaries of the DLDP system are given below. Training Faculty Course Development: The purpose of these instructional resources for educational technology is to produce a vehicle for change advocacy, to create enthusiasm, and to energize faculty and staff about distance learning and instructional technology. The videos and support material showcase local faculty members who have distinguished themselves as innovators or exceptional users of these technologies. Faculty Development: The faculty development team provides workshops related to conducting distance education courses and instructional enhancement within current classroom courses *Page 15* Instructional technologists: The funded technologists on each campus provide faculty workshops and individual instruction sessions in the actual use of, (versus simply knowledge of), distance education and instructional enhancement tools. Working in concert with the specific and general needs of each campus, instructional technologists will deliver appropriate instruction to support existing campus faculty educational technology initiatives. Learner Support System: This advisory committee has examined systems and components of systems that allow distance learning to successfully function in higher education. A workshop to brainstorm for solutions within student services was sponsored by Sprint. Since the DLDP is a collaborative effort within the CFCHE, allocating the human resources to each objective has been an important focus. The course development, faculty development, and learner support components of the project each have an advisory committee with equal representation from each of the seven institutions. These advisory committees meet on a monthly schedule and facilitate communication, coordination, and direction among all participants. A management chart of the complex collaboration has assisted with the understanding of the resource allocation. Each Advisory Committee has planned and agreed on specific tasks, processes, deliverables, and schedules. All of the schedules have been aggregated into an overall Gantt chart. As work progresses on each of the components, the timelines are used to monitor progress. Monthly meetings *Page 16* of the management team, which is composed of the team leaders of each of the components, result in formative evaluations and suggest immediate and future improvements to the system. Constant communications have reinforced all these activities. The communications have had three foci: communications with each other on the advisory committees, communications within each institution, and communications outside the Consortium. From the beginning, electronic mail has been used for those with access to the Internet and faxes have been sent to the rest. This electronic list has been updated constantly as more people come on-line. A web page (http://pegasus.cc.ucf.edu/~cfche) has been es tablished with links to all CFCHE institutions and with copies of notes of all DLDP advisory committees. The DLDP approach allows institutions to build distance learning capabilities in phases, with each phase building upon the past. Steps are included that allow for issues to be addressed and corrections made. In addition, it is important that not only is the academic portion of distance learning developed, but that there is a continuous contact with the technology of distance learning. Trends in the distance learning technologies also need to be addressed. With this in mind the goals for a Distance Learning system within the CFCHE for years one through four are: . Year 1 -- DLDP: Establish program infrastructure, and conduct pilot projects . Year 2 -- Refine components of project and conduct Distance Learning demonstrations and training . Year 3 -- Establish initial distance learning capability . Year 4 -- Continue program growth and expansion *Page 17* A detailed yearly listing of the strategies for each of the program objectives is presented as an addendum to this article. One reason for the success of the DLDP is that the CFCHE has a historical record of working together. The opportunity to build on the system that has been established by this year's activities is here. Distance education is also here and if higher education institutions fail to stake a claim in this world, they could lose students to other institutions and for-profit organizations (DeLoughry 1995, A21). The physical universities, the traditional universities, will remain, but distance education and computer technology are new tools to augment the educational process (Schwartz 1995, 22-26). Access to computer technology alone will not improve education; technology is only an enabling tool which teachers must be taught to use in innovative and effective ways. The design for the infrastructure system will be usable in any organization or institution. With only limited modification the same structure and processes can be used in academic settings, hospitals, government organizations, and corporate settings. The definition of these elements and the creation of this model are of real consequence and represent the challenge to those who believe in distance learning. The opportunity for the development of corporate strategic partnering with educational institutions is exceptional. This union is the future of education. *Page 18* According to the visionary Stan Davis, "The megaindustry created by the union of computers, communications, entertainment, media and publishing will deliver education and learning in such new ways that it will parallel, rival, and in some instances displace schools as the major deliverer of learning." (Davis 1994, 65) CONCLUSION Much has been accomplished during this year of the Demonstration Project. Using technology in the learning process is the beginning of use of the technologies that will open the future to a broader educational paradigm, a value-added education, and one in which education will be less formal and more open to the general population. Several lessons have been learned as this system has been created. They include: the importance of communication at all levels, the need for administrative support at all in stitutions, the importance of making decisions collaboratively, and the benefits that come from the sharing of ideas and resources. The seven institutions of the CFCHE have learned to work together as teams toward the common goal of creating an infrastructure to support distance learning and instructional enhancement. The objectives for Year 1 are being met and the framework for a successful Distance Learning System is in place for future development. *Page 19* REFERENCES Barker, B. and M. Baker. 1995. "Strategies to ensure interaction in telecommunicated distance learning." Paper presented to Teaching strategies for distance learning, 11th Annual Conference on Teaching and Learning. Madison, Wisconsin. 17-23. Davis, S. and J. Botkin. 1994. The Monster Under the Bed. New York: Simon and Schuster. DeLoughry, T. J. 1995. "Making connections." The Chronicle of Higher Education. December 8:A21. Mizell, A. 1994. Graduate education through telecommunications: the computer and you. AECT National Convention, Nashville, Tennessee. Schwartz, R.A. 1995. "The virtual university." ASEE Prism. 5(4):22-26. Sewart, D. 1992. Student support systems in distance education. Paper presented at the World Conference of the International Council for Distance Education, Bangkok, Thailand. Sherry, L. 1996. "Issues in distance learning." International Journal of Distance Education, 1(4):337-365. http://www.cudenver.edu/public/education/edschool/issues.html Simonsen, M. and C. Schlosser. 1995. "More than fiber: distance education in Iowa." Techtrends. 12. *Page 20* Thach, L. and K. Murphy. 1994. "Collaboration in distance education: from local to international perspectives." American Journal of Distance Education. 8(3):5-21. Twigg, C. 1994. "The need for a national learning infrastructure." Educom Review. 29:4-6. http://www.educom.edu/program/nlii/keydocs/monograph.html ADDENDUM Year 1 Strategies addressing each of the program objectives for establishing the program infrastructure are given below: Training of Faculty: . Present innovative and effective applications of technology-enhanced instruction . Encourage use of educational technology by faculty in higher education institutions . Provide insight and instruction regarding various modes of education technology-in place-dependent environments (i.e., classrooms, open computer labs) or extended learning settings (i.e., two-way interactive teleclassrooms), and in time-and place-independent environments using distance learning delivery systems . Assess Community College and UCF needs of Distance Learning and instructional enhancement . Develop workshops as determined by the assessments and input provided by the Advisory Committee . Develop appropriate workshops and individual training sessions . Training will be designed and delivered in a revolving manner, considering the strengths of each individual instructional technologist and participating campus and sharing same among CFCHE member institutions *Page 21* . Develop personal technology profiles for interested faculty members detailing a comprehensive plan for their successful, ongoing integration of appropriate instructional enhancement and distance education tools and techniques into their teaching practices . Implement workshops and individual training sessions Learner Support: . Examine systems and components of systems that allow distance learning to successfully function in higher education . Investigate accreditation rules to see how Southern Association of Colleges and Schools treats distance learning . Review the literature for learner support models at other institutions . Develop and distribute a survey instrument to allow Consortium members to record their institution's level of learner support services and systems . Review and verify surveys of learner support systems at Consortium institutions . Investigate the areas of support services, which have been identified as: admissions, advising/counseling, bookstore, computer services, financial aid, library, registration, and testing . Survey focus groups of students for their perception of the learner support systems . Begin to build a data base of distance learning "lessons learned" for application to the program Marketing: . Make presentations on the DLDP system . Sponsor a workshop to brainstorm for solutions to provide appropriate support services to learners/students that elect to access post-secondary public institutions within Central Florida *Page 22* . Design a Framework for planning and delivering distance learning courses and instructional enhancement -- Have one day, three days, or four days options . Develop a marketing plan for the Distance Learning system that can be used with community sponsors The objectives and strategies for marketing were not developed as completely as for teaching and learning. As time has progressed, this deficiency has become more apparent and should be taken into consideration to a greater degree at the onset of the process. Years 2, 3, 4 These years will continue training faculty, establishing access for the learner, developing the marketing plan, and evaluating the different components with an emphasis each year on specific objectives. Some of the strategies during these years will be: . Survey learners/students for course needs via distance learning . Establish which courses would be converted to distance learning . Establish a reward system reflecting administrative support of distance education curriculum development . Develop a conversion plan for existing course and develop new ones . Determine who is the target audience for the instructional resources and which delivery method is best suited to each group . Determine the medium to long term effect of the faculty workshops on the use of technology in the classroom . Evaluate the change in the support services at each of the CFCHE institutions following the Workshop . Factor lessons learned into future planning efforts . Evaluate the aggregated distance learning infrastructure *Page 23* . Train faculty in the course conversion process . Continue to encourage the use of educational technology by faculty at higher education institutions . Establish quality standards for distance learning courses . Continue to build databases of lessons learned . Continue marketing the benefits of distance learning Dr. Lucy Morse is the Director of the Central Florida Consortium of Higher Education, Inc. She also serves as Principal Investigator and Project Manager of the CFCHE Distance Learning Demonstration Project. She earned her Ph.D. in Industrial Engineering at the University of Central Florida and was a member of the Industrial Engineering faculty prior to going to the National Science Foundation as a Program Manager in the Engineering Directorate. Barbara Truman has served as Webmaster of the Distance Learning Demonstration project while completing her Master's degree in Instructional Systems Technology at the University of Central Florida. She was recently hired by UCF as a course developer for interactive distance learning and she is enrolled in the Curriculum and Instruction doctoral program. MC Journal: The Journal of Academic Media Librarianship ISSN 1069-6792 v.4 #1, Summer 1996 July 1996 This article copyright (C) by Lucy C. Morse and Barbara Truman. All Rights Reserved. All commercial use requires permission of the author and the editors of this journal. *Page 24*