Textile engineering, also known as
textile technology, is the study of various principles form
engineering and scientific methodologies. These principles are then implemented for the processing and production of all kinds of
textile fabric and yarns from
textile
fibers. The disciple involves extensive study of chemical and physical
principles, which is then utilized for the detailed study and analysis
of the behavior of polymers involved in the formation of
textile fiber.
This field is part of the larger textile industry that is also referred to as "rag trade" in Australia and England. Other than
textile engineering, the working mechanics of this industry involve design, manufacture, distribution, and sales of clothing and apparels. The
textile
industry developed and progressed in Britain during the Industrial
Revolution of 18th century, and from there spread to Germany and then
America. More advanced technologies in these countries led to the
development and innovation of
textile industry on more advanced scientific principles.
Textile engineering
is an innovative field as it is a scientific realm. It involves the
creative research, study, and exploration of new techniques for
production and improvisation.
Textile
manufacturers not only seek to develop and find new techniques for the
production of new fabrics of better quality, but they also constantly
work on improving existing
textile fibers.
The
same components that once went into
making your jacket are now helping to provide arteries and aortic heart
valves. Carbon fibre and Polyester,
braided together, are providing the same properties as human ligament.
Other
sectors that are drastically reshaping the industry are geotextiles, involved
in engineering projects like reinforcing embankments, and protective clothing,
providing suits that block heat and radiation, give stab protection and make bulletproof
vests.
According
to global manufacturing statistics, production of technical textiles is now
growing at four percent a year, while home and clothing textiles is growing at
one percent.
It’s
a trend that’s well noted by the National Institute of Textile Training
Research and Design, known as NITTRAD, in Bangladesh. It now includes the teaching of technical
textiles as part of its BSc course in textile
engineering, at its campus in Savar, near Dhaka.
The
institute has been undergoing a transformation of its own since the operation
was handed over by the government to the Bangladesh Textile Mills Association
in 2009 as a public-private partnership.
The reborn institute, now privately managed, is much better equipped,
with the latest high-tech training installations.
Help
has come from the Better Work and Standards programme of the United Nations
Industrial Development Organisation, BEST, funded by the European Union and the
Norwegian development agency, Norad. As
well as providing equipment for the campus, the programme has been particularly
useful in providing international expertise, in the form of tutors and other
professionals, and arranging foreign visits for staff.
The
principal of NITTRAD, Dr Ayub Nabi Khan, has high ambitions for his new dynamic
institute, but faces a daunting task in supplying a market so hungry for
textile talent.
“The
government has given priority to private enterprise, and this place has become
a role model for education, research and training in the textile industry. The
problem is we have a huge manpower shortage,“ said Dr Khan.
There
are currently 15 universities in Bangladesh with textile departments, and they
will double the number of graduates to 6,000 a year within the next three
years. Over the same period, the
projected need for graduates will reach 65,000.
The gap will have to be filled with expensive foreign engineers, so
anybody leaving NITTRAD or any of the other training institutions is guaranteed
a good job.
Dr
Khan is well aware of this challenge facing the country’s textile industry but
can see great progress being shown by NITTRAD and is excited by the enormous
potential. “We hope to become the
biggest exporter of garments in the world,” he said.
For
the country to get the most from its overall textile potential it will need to
keep up with modern trends such as technical textiles. For this it has the help of one of the
leading scientists in the field, Professor Subhash Anand from the University of
Bolton in the UK, who lectures at NITTRAD as part of the UNIDO support
programme.
“Although
at the moment Bangladesh is producing basic textiles, I think in time as
education and awareness increases they will be able to produce these kind of
products which are now being made in Europe,” he said.
The
Bangladeshi textile industry has long had to work to the patterns sent to it
from abroad but now it is designing an ambitious one of its own, all about its
own future.
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