The
Water Virtual Learning Centre Website

UNU/INWEH has
joined with the UN Department of Economic and Social Affairs (DESA) to develop an Internet-based "Virtual Learning Center for Water" (WVLC). This initiative provides distance learning opportunities and information on best water management practices for
developing countries. The intent of the
WVLC Program is to provide adult (remedial) training in Integrated Water
Resources Management (IWRM), through a core curriculum in distance
learning. The program is intended as a
specialized, undergraduate-level program for individuals, usually with
undergraduate degrees, but with little or no previous training in the
IWRM-related aspects of environmental engineering, natural science and social
science. Other individuals may take the
courses as part of a self-directed learning experience.
The
curriculum offers broad-based coverage of the principles and practices of
IWRM, providing the students with core knowledge in the natural sciences, engineering,
health, governance, public administration, social sciences, economics, resource
conservation, strategic planning, as well as aspects of program and project
management. Students will be exposed to
alternative approaches to issue management and programmatic responses. Integration within the program is reinforced by reference to the UNU/INWEH “Four Pillars” framework for capacity
development and to other key integrative themes.
The curriculum
is CD-ROM based and Internet-supported. It consists of 10 courses, totaling approximately 250 learning
hours. A UNU
“Diploma in Integrated Water Resources Management” will be given on successful
completion of the entire program. The Rector and Governing Council of UNU have
approved the creation and presentation of the UNU Diploma to program graduates,
the first offered in the history of UNU.
The WVLC curriculum will be available starting in
2004. The developmental pilot program has been
conducted in Canada and
involved Canadian-based African and Asian students,
supported by key course developers. A complete survey of the 28 student
participants attending the sessions has been administered and analysed and this feedback
will be used to finalize the program for its initial offering during 2004.
The curriculum
includes:
Course #1: An Introduction
to Integrated Water Resources Management
This course
provides a basic introduction to the fundamental concepts, techniques and
knowledge required to understand and manage water resources. Students will gain
an overview of the more detailed information presented in subsequent courses.
Course #2: Water Transfer
The course is
designed to provide a basic understanding of the hydrologic cycle; processes
and measurements; the factors affecting movement and behaviour in terrestrial,
riparian and lacustrine environments; surface and
groundwater environments; the watershed concept and; the impacts of weather and
climate.
Course #3: The Terrestrial Ecosystem and the Impacts
of Land Use Changes
This course will
introduce the student to fundamental ecological concepts; the role of the
natural environment in the hydrologic cycle; the effects of changes in land use
on water processes; the impacts of water on land; tools of watershed analysis;
aspects of land use planning, control and conservation.
Course #4: The Aquatic Ecosystem
This course is
designed to provide a basic understanding of the physical, chemical, biological
and ecological aspects of streams, rivers, lakes, wetlands, estuaries and
groundwater systems.
Course #5: Aquatic Ecosystem Health and Impact
Assessment
This course
builds directly on the knowledge gained in the previous course to examine the
impacts of anthropogenic activities on the aquatic environment and the methods
of measuring those impacts.
Course #6: Water Use
This course
examines the various direct anthropogenic uses of water and the many impacts of
such uses. In addition, the course
examines human consumption of water and aspects of public water supply.
Course #7:
Wastewater
This course
examines in detail the problems resulting from point and non-point discharges;
waste treatment processes; best management practices, monitoring and assessment
approaches and; urban versus rural environments.
Course #8: Governance and Community Based Approaches:
This course is designed to introduce the
concepts and practices of community based water resources management; domestic
and international governance, community involvement and gender issues.
Course #9: Organizational Infrastructure and Management:
This course examines the issues, concerns
and the various approaches to finance, budget, infrastructure, management and
planning, as well as public health administration and project management.
Course #10: Applying Integrated Water Resources Management:
Customized case studies, practical
illustrations of the concepts and procedures of IWRM, and investigative
techniques for students to assess their own IWRM needs, conducted in tutorial
format.
Collaboration
on curriculum development has thus far involved over 60 academics and
professionals from a wide range of organizations worldwide, including:
Regional WVLC
Training Centres will be established, in concert with regional partners, to
serve as teaching and resource centres for the program. The initiative will
rely primarily on the technical capacity of the regional partner. Where possible, live course
presentations will be given to small groups, especially for the first
(introductory) and final (laboratory-style, tutorial) courses. They will also function as examination
centres and provide training on personal computer use.
Computer servers
and other technical support will be provided to Regional Centres to service
remote course participants through the Internet. The resident servers will also act as “WVLC
regional Web sites” and as “shadow” replicates of the core server. As such, they will receive updates of course
materials in the classroom environment, serve as software repositories and
provide conferencing, e-mail and “web-board” facilities for course participants
and instructors. Depending on the
capabilities and available technology in the Regional Centres, video
conferencing, "white-board" interaction and other on-line facilities
could also be provided to participants.
To assist local
personnel with teaching and mentoring duties, a cadre of experts from the
Regional Centres, DESA, UNU and other agencies will be organized and made
available as required. Initially, they
will assist with the actual teaching duties (training trainers) and eventually
serve as remote “resource people” for course participants. Most of their
ongoing interaction will be through e-mail and conferencing systems.
The WVLC project
will provide capacity building beyond its educational component. It will assist agencies to identify training
needs and deficiencies in organizational expertise. Furthermore, the establishment of WVLC
training nodes at INWEH’s centres of excellence and
elsewhere will provide regional focal points for aquatic research and
education. This, in turn, will attract
and expand local expertise in the water sector, increase international
scientific exchange and provide a resident focal point for science-policy
advice.
Over time,
UNU/INWEH’s distance education program will also offer training courses for water specialists, as well as
short courses for non-water professionals. Existing courses from INWEH’s
partners will be used where possible, with appropriate regional customization. Examples include courses on drinking
water contamination, hydrology, decision support technologies and water
governance. Support and outreach will be
provided through our partnerships with water information and training networks,
in particular the GWP, UNDP/CAPNET, WATERNET in southern Africa, AWARENET in the Middle East and The UN Water, Education and Training
Support Group (WET).
To ensure curriculum quality and balance, an International
Advisory Committee of
eminent water academics has been established and has approved the framework organization
of the WVLC. The committee membership is
as follows:
 |
Professor Janos Bogardi,
Department of Hydraulics and Hydrology, Wageningen
Agricultural University and Senior Educational Specialist, IHP, UNESCO, Paris,
France. |
 |
Dr. John Hobbie, Senior Scientist and Co-Director, the
Ecosystems Centre, Marine Biological Laboratory, Woods Hole, Massachusetts, USA. |
 |
Professor Saburo Matsui, Graduate School of Global Environmental
Studies, Department of Technology and Ecology, Kyoto University, Otsu City, Shiga, Japan. |
 |
Professor Bruce Mitchell, Department of Geography and Associate VP Academic, University of Waterloo, Waterloo, Ontario, Canada |
 |
Professor John Okedi, Environmental Consultant and former
Executive Director, National Environment Management Authority, |
 |
Dr. Andras Szollosi-Nagy, Deputy Assistant Director General
Secretary of the International Hydrological Program, UNESCO, Paris, France. |
 |
Professor Jose Tundisi,
President, International Institute of Ecology, Săo Carlos, Brazil. |