1.0 INTRODUCTION The emergence of new technologies has led to increased interest in distance education. E-mail, electronic bulletin boards, and interactive computer networks now augment or replace mail carriers in delivering curricular materials, textbooks, and examinations to distance learners. New transmission media capable of providing twoway, full-motion, real-time (live) interaction between the student and teacher are increasingly replacing noninteractive, one-way systems. The MIT opencourseware has taken that to a whole new dimension. 2.0 MIT OPENCOURSEWARE MIT's OpenCourseWare is a free and open educational resource (OER) for educators, students, and self-learners around the world. MIT OpenCourseWare (MIT OCW) supports MIT's mission to advance knowledge and education, and serve the world in the 21st century. It is true to MIT's values of excellence, innovation, and leadership. MIT OCW: Is a publication of MIT course materials Does not require any registration Is not a degree-granting or certificate-granting activity Does not provide access to MIT faculty MIT OpenCourseWare makes the teaching materials used in virtually all MIT undergraduate and graduate courses available on the web, free of charge, to any user anywhere in the world. It is not a degree-granting or credit-bearing initiative, but a large-scale, web-based publication of MIT course materials. Users do not have to register to access OpenCourseWare course materials. Educators are encouraged to utilize the materials for curriculum development, and self-learners may draw upon the materials for self-study or supplementary use. As a free virtual educational resource for faculty, students, and self-learners around the world, OCW advances knowledge and education everywhere the Internet is available. In the words of MIT President Susan Hockfield, “OpenCourseWare expresses, in an immediate and far-reaching way, MIT's goal of advancing education around the world. Through MIT OCW, educators and students everywhere can benefit from the academic activities of our faculty and join a global learning community in which knowledge and ideas are shared openly and freely for the benefit of all.” 2.1 HISTORY AND ACHIEVEMENTS In 2002 MIT launched its OpenCourseWare (OCW) initiative —an unprecedented plan to use the World Wide Web to make the basic teaching materials for essentially all of its 2,000 subjects available to anyone, at any time and in any place, free of charge. MIT OpenCourseWare (MIT OCW) is an initiative of the Massachusetts Institute of Technology (MIT) to put all of the educational materials from its undergraduate- and graduate-level courses online, free and openly available to anyone, anywhere, by the end of the year 2007. MIT OpenCourseWare can be considered as a large-scale, webbased publication of MIT course materials. The project was announced in October 2002. The initiative has encouraged a number of other institutions to make their course materials available as open educational resources. As of November 2007, over 1800 courses were available online. While a few of these are limited to chronological reading lists and discussion topics, a majority provided homework problems and exams (often with solutions) and lecture notes. Some courses also include interactive web demonstrations in Java or Matlab, complete textbooks written by MIT professors, and streaming video lectures. OCW now stands as a new model for disseminating knowledge, serving as a sort of "shared intellectual commons" available to educators and learners around the globe. The accolades pour in from around the world. "Students need to know about this," says Kunle Adejumo, a student at Ahmadu Bello University in Nigeria. "I couldn't find the information I needed [for a metallurgical engineering course], so I went to OCW." "No one has to be lost in ignorance anymore all around the world," says Lorenzo Parini, a user from Milan, Italy. Shen Xin, an experienced engineer in Chengdu, China, was interested in the MBA program at MIT's Sloan School of Management but did not have time to go to school. He's studying online through OCW. "I am very happy to learn the MIT OCW program and visit your web site," he says. "It is very useful." As at April 2006, 1,285 sets of course material were available on the OCW web site at http://ocw.mit.edu/. There have been nearly 20 million unique visits to MIT OCW content since Oct. 1, 2003. In February alone, there was an average of more than 36,000 visits to the site daily. "We're getting traffic from virtually every country on earth. From a very simple but profound idea, OCW has grown into a global movement" now used daily by thousands of people worldwide, according to Jon Paul Potts, communications manager for OCW. Visitors include educators elsewhere (17 percent), students everywhere (32 percent) and a huge audience defined as "self learners" (49 percent). The program has won numerous awards, including the 2005 Tech Museum of Innovation Laureate, honouring the use of educational technology to solve global problems, and the Computerworld Laureate, honouring OCW as the best IT education initiative of 2004. 2.2 THE CREATION OF OCW The Provost of MIT, Bob Brown had charged a committee of faculty, staff, and alumni to define the role of information technology in MIT’s educational interactions beyond the campus. The committee considered revenue-generating possibilities, but found a conundrum: MIT is good at teaching the very best and brightest in an intense, rigorous, fast-paced, hands-on manner. It was not obvious that they could, or should, teach large numbers of different kinds of students distantly through information technology. On a pro bono basis, the consulting firm Booz Allen Hamilton provided crucial findings to inform the Institute discussion. Succinctly summarized, their report said, high-level university distance education is complex, very competitive, and unlikely to make money. A committee on the decision finally made a recommendation to give all basic teaching materials away on the web for free. This resolved the conundrum and was absolutely consistent with MIT’s tradition of knowledge sharing and advancing education beyond our campus. In the 1950s and 1960s MIT launched the “engineering science revolution,” moving away from “handbook” approaches to establish a strong scientific foundation for engineering analysis, synthesis, and practice. Armed with lecture notes, problem sets, examinations, experiments, and demonstrations, newly minted MIT PhDs spread this approach across the country wherever they taught. Therefore, the proposed use of the World Wide Web as a modern incarnation of the same phenomenon only magnified many times over because the Web would allow these concepts and approaches to be made available anywhere in the world, instantly, and 2.3 independent of any faculty connections to MIT. FUNDING This project is jointly funded by the William and Flora Hewlett Foundation, the Andrew W. Mellon Foundation, and MIT. 2.4 HOW TO USE THE MIT OPENCOURSEWARE 2.5 ADVANTAGES AND DISADVANTAGES The following examples illustrate some of the factors that influence distance education and show the demand for distance learning opportunities. 1. In sub-Saharan African countries, there is a tremendous shortage of classrooms, qualified teachers, and instructional materials. Distance education has the potential to contribute to national reconstruction by providing economically feasible educational opportunities to people in disparate geographic regions. 2. In response to rapid population growth and a high cost per capita for higher education, China developed a national distance learning program for higher education in the late 1970s and early 1980s. Because China could not afford to meet the higher education needs of its expanding population, the government developed a national radio and television university system. 3. Distance education has a long history in European countries. The continuation of this tradition is evident in the vast array of programs offered by European Union countries such as Spain and France. Enrolment in these programs was almost 23 million in 2000. France, for example, offers university-level distance education through 22 offices within traditional universities. France is also a leader in providing substantial opportunities for distance education training that does not lead to a university degree. Therefore the MIT OCW plays an advantageous role in: Providing materials of high standards for students and educators all around the world. Eradicating ignorance to the best of its ability Improving the standards of education around the world by aiding students and lecturers with supplemented materials. Reducing the cost of quality education Removing the burden of providing classrooms, teachers etc and still provide superior tutoring. Gives the student exposure to world-class learning and tutoring without travelling costs. However, certain disadvantages exist. They are: MIT OCW is only useful where there are consistent and affordable internet facilities. 2.6 MIT OCW provides an MIT education without an MIT degree. THE USEFULNESS FOR THE STUDENT OF ARCHITECTURE AND THEIR LECTURERS The Department of Architecture of the Massachusetts Institute of Technology (MIT) was established in 1865. It is the oldest architecture department in the United States and is consistently ranked as one of the top programs in the U.S. It is a place where the individual creativity of a student can be cultivated and nurtured in a framework that is humanistically, socially, and environmentally responsible. The Department offers degree programs in the areas of Architectural Design, Building Technology, Design Technology, History, Theory and Criticism and the Visual Arts This heritage of excellent courses by experienced lecturers (called faculty in MIT) is made available for the student of architecture and other lecturers in any part of the world to supplement their studies and lecture notes to one of the very highest standards in the world. Department of Architecture links To visit the MIT Department of Architecture home page on the internet, go to: http://architecture.mit.edu/ To review the MIT Department of Architecture curriculum, go to: http://ocw.mit.edu/OcwWeb/web/resources/curriculum/index.htm#4 The following are the courses available from the MIT Department of Architecture curriculum on the opencourseware Available Courses Undergraduate Courses Course # Course Title Term 4.001J CityScope: New Orleans Spring 2007 4.101 Experiencing Architecture Studio Spring 2003 4.104 Architectural Design: Intentions Spring 2004 4.104 Architecture Studio: Intentions Spring 2005 4.125 Architecture Studio: Building in Landscapes Fall 2002 4.125A Architecture Studio: Building in Landscapes Fall 2005 4.125B Architecture Studio: Building in Landscapes Fall 2005 4.170 Ecuador Workshop Fall 2006 4.171 Ecuador Workshop Fall 2006 4.183 Sustainable Design and Technology Research Workshop Spring 2004 4.191 Introduction to Integrated Design Fall 2006 4.206 Introduction to Design Computing Spring 2004 4.211J The Once and Future City Spring 2006 4.243J Media Technology and City Design and Development Spring 2002 4.250J Introduction to Urban Design and Development Spring 2006 4.296 Furniture Making Spring 2005 4.301 Introduction to the Visual Arts Spring 2007 4.302 BSAD Foundations in the Visual Arts Fall 2003 4.322 Introduction to Sculpture Fall 2003 4.341 Introduction to Photography Fall 2002 4.351 Introduction to Video Spring 2004 4.366 Advanced Projects in the Visual Arts: Personal Narrative Spring 2004 4.401 Introduction to Building Technology Spring 2006 4.411 Building Technology Laboratory Spring 2004 4.42J Fundamentals of Energy in Buildings Fall 2003 4.440 Basic Structural Theory Spring 2003 4.493 Emergent Materials II Spring 2005 4.500 Introduction to Design Computing Spring 2006 4.501 Architectural Construction and Computation Fall 2005 4.520 Computational Design I: Theory and Applications Fall 2005 4.521 Computational Design I: Theory and Applications Fall 2005 4.602 Modern Art and Mass Culture Spring 2004 4.608J Topics in the Avant-Garde in Literature and Cinema Spring 2003 4.614 Religious Architecture and Islamic Cultures Fall 2002 4.615 The Architecture of Cairo Spring 2002 4.651 20th Century Art Fall 2002 4.A21 Stories Without Words: Photographing Fall 2006 the First Year Table 1: list of undergraduate courses available on the MIT opencourseware Source: http://ocw.mit.edu Graduate Courses Course # 4.107 Course Title MArch Portfolio Seminar Term Fall 2003 4.123 Architectural Design, Level I: Perceptions and Processes Fall 2003 4.131 Architectural Design, Level II: Material Essence: The Glass House Fall 2003 4.131B Architectural Design, Level II: Material and Tectonic Transformations: The Herreshoff Museum Fall 2003 4.132 Architecture Design, Level II: Cuba Studio Spring 2004 4.143 Immaterial Limits: Process and Duration Fall 2002 4.144 Architectural Design, Level II: New Orleans Studio Spring 2006 4.155B Architectural Design, Level III: A Student Center for MIT Fall 2004 4.163J Urban Design Studio: Providence Spring 2005 4.163J Urban Design Fall 2003 4.166 Beijing Urban Design Studio Summer 2006 4.170 Ecuador Workshop Fall 2006 4.171 The Space Between Workshop Fall 2004 4.171 Ecuador Workshop Fall 2006 4.173 Digital Mock-Up Workshop Spring 2004 4.175 Case Studies in City Form Fall 2005 4.181 Architectural Design Workshop - Rethinking Office Development Spring 2003 4.181 Architecture Design Workshop: Researching User Demand for Innovative Offices Fall 2002 4.183 Sustainable Design and Technology Research Workshop Spring 2004 4.184 Architectural Design Workshop: Collage Method and Form Spring 2004 4.184 Architectural Design Workshops: Computational Design for Housing Spring 2002 4.185J Beijing Urban Design Studio Summer 2004 4.195 Special Problems in Architectural Design Spring 2005 4.196 Architecture Design, Level II: Cuba Studio Spring 2004 4.212 Design Fabrication Spring 2003 4.213J Advanced Seminar: Urban Nature and City Design Fall 2005 4.215J Sensing Place: Photography as Inquiry Spring 2006 4.215J Sites in Sight: Photography as Inquiry Fall 2003 4.220 Urban Housing: Paris, London, New York Fall 2004 4.235J Urban Design Politics Spring 2003 4.240J Urban Design Skills: Observing, Interpreting, and Representing the City Fall 2004 4.241J Theory of City Form Spring 2004 4.252J Introduction to Urban Design and Development Fall 2006 4.255J Site and Urban Systems Planning Spring 2006 4.257J Property Rights in Transition Spring 2005 4.273 Introduction to Design Inquiry Fall 2001 4.273 Introduction to Design Inquiry Fall 2004 4.285 Research Topics in Architecture: CitizenFall 2002 Centered Design of Open Governance Systems 4.285 Power of Place: Media Technology, Youth, and City Design and Development Spring 2001 4.296 Furniture Making Spring 2005 4.297 Special Problems in Architecture Studies Fall 2000 4.303 Dialogue in Art, Architecture, and Urbanism Fall 2003 4.303 The Production of Space: Art, Architecture and Fall 2006 Urbanism in Dialogue 4.343 Photography and Related Media Fall 2002 4.367 Studio Seminar in Public Art Spring 2006 4.370 Interrogative Design Workshop Fall 2005 4.406 Ecologies of Construction Spring 2007 4.430 Daylighting Fall 2006 4.441 Building Technologies II: Building Structural Systems I Spring 2003 4.442 Building Technologies III: Building Structural Fall 2002 Systems II 4.448 Analysis of Historic Structures Fall 2004 4.461 Building Technology I: Materials and Construction Fall 2004 4.462 Building Technologies II: Building Structural Systems I Spring 2003 4.463 Building Technologies III: Building Structural Fall 2002 Systems II 4.463 Building Technology III: Building Structural Systems Fall 2004 4.491 Form-Finding and Structural Optimization: Gaudi Workshop Fall 2004 4.493 Natural Light in Design January (IAP) 2006 4.493 Emergent Materials II Spring 2005 4.510 Digital Design Fabrication Fall 2005 4.511 Digital Mock-Up Workshop Spring 2006 4.520 Computational Design I: Theory and Applications Fall 2005 4.521 Computational Design I: Theory and Applications Fall 2005 4.580 Inquiry into Computation and Design Fall 2006 4.607 Thinking About Architecture: In History and At Present Fall 2002 4.608J Topics in the Avant-Garde in Literature and Cinema Spring 2003 4.638 Drawings & Numbers: Five Centuries of Digital Design Fall 2002 4.645 Selected Topics in Architecture: Architecture from 1750 to the Present Fall 2004 4.661 Theory and Method in the Study of Architecture and Art Fall 2002 4.665 Contemporary Architecture and Critical Debate Spring 2002 Table 2: list of graduate courses available on the MIT opencourseware Source: http://ocw.mit.edu 4.0 CONCLUSION The truth remains that the age of industry has passed and the age of information is here, but in most developing countries like Nigeria, there is still much to be desired where the facilities to aid it are concerned. There is therefore a need for all stakeholders: the government, educators, and students to improve and explore the available and existing facilities to ensure that we maintain pace with the developed world as far as different endevours are concerned. With more information available on current trends in technology in architecture, more can and will be done to combat and relieve the current pressure facing housing and architecture in Nigeria and other African nations. REFERENCES Michael R. Simonson (2007): Guide to Distance Learning, Microsoft Encarta encyclopedia. Microsoft Corporation. Microsoft Encarta Encyclopeadia (2007): Computer Aided Instruction, Microsoft corporation. Peter Newsam (2007): Teaching and Learning, Microsoft Encarta encyclopedia. Microsoft corporation. www.wikipedia.com http://ocw.mit.edu/
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