In a bid to solve
future employment crisis, Tanzania is investing nearly 100 billion/-
towards the
construction of 43 new technical colleges across the
country, with the one being planned at Dodoma to serve as an exemplary
training institution.
Deputy Minister for
Education, Science and Technology, William Ole Nasha, stated here that,
the government was aware of the importance of technical training in
empowering the youth for self-employment, productivity and essential
skills.
"While we are doing
everything possible to create employment among young people, it is also
important to facilitate them to become self-reliant and create their
own jobs based on skills earned from technical training," Ole Nasha
maintained.
The deputy minister
was speaking during the occasion to lay the foundation stone at
Kikuletwa Hydro-Electric Power Centre, which is the country's first and
advanced training facility and research base which doubles as a college
as well as centre for churning electrical power through the use of the
gravitational force of flowing water.
The government of
Norway is collaborating with Tanzania in the development of the
auxiliary Kikuletwa Power Station located between Arusha and Kilimanjaro
regions, making it the country's alternative electricity churning plant
as well as centre for provision of hydro-electric power production
training.
The envoy of the
Royal Norwegian Embassy in Tanzania Ambassador Elisabeth Jacobsen,
lauded Tanzania's initiative in investing in technical studies, pointing
out that by the year 2030, the world population will be in need of 600
million jobs, a problem that can only be solved through technical
training.
"In line with that,
Norway will continue to support the Arusha Technical College as well as
the Kikuletwa power project," she assured.
Previously, the
Acting Rector for ATC Engineer Masudi Senzia revealed here that for many
years the country has been sending its hydro-power technicians to study
in Zambia or overseas but now that the Kikuletwa facility is in place,
it will be the turn for the overseas experts to come to study here in
Tanzania.
Fields of training
at the Kikuletwa hydropower facility, according to the Acting Rector,
include hydropower plant operations and maintenance, domestic electrical
installation, plumbing and pipe fitting and masonry brick work.
The Arusha
Technical College feels that while other alternative sources of energy
are being introduced worldwide, hydroelectricity, being renewable and
relatively cheaper, will remain the ultimate power choice on the
continent.
Six years ago, the
Tanzania Electric Supply Company (TANESCO) handed the ownership of the
dormant Kikuletwa Power Station to the Arusha Technical College for it
to convert it into serious research and training base.
Constructed in the
1930's the Kikuletwa plant was one of the first hydroelectric power
plants in Tanzania, located at a section where the Kware River from
Mount Kilimanjaro meets the Kikuletwa River from Mount Meru, providing
good hydrological conditions for hydropower production.
Kikuletwa Power
Station provided electricity to Arusha and Moshi municipalities for many
years and later supplied electricity into the national grid but ceased
operations in 1984.
Arusha Technical
College rehabilitated and developing the power station to start serving
as an international hydro-electricity training centre to supply the
national grid.
Previous
feasibility studies have indicated that the entire Kikuletwa cascade may
potentially provide up to 17 MW of electricity.
The college is also
using Kikuletwa as a training centre for hydropower technicians and
artisans and as a test centre for its own micro-turbine generator.
Hydro-power is the
most widely used form of renewable energy, accounting for 16 per cent of
global electricity generation - 3,427 terawatt-hours of electricity
production in 2010, and is expected to increase about 3.1 per cent each
year for the next 25 years.
Hydropower is produced in 150 countries, with the Asia-Pacific region generating 32 per cent of global hydropower in 2010.
China is the
largest hydroelectricity producer, with 721 terawatthours of production
in 2010, representing around 17 per cent of domestic electricity use.
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