Steel structures called "Skyline" provide a solution for India's lack of infrastructure by enabling the construction of high-rise buildings more quickly and efficiently. Skyline construction uses steel frames that can be assembled in factories, reducing construction timelines from 5-10 years for large concrete structures to 7-12 months. This standardized, modular approach could help address India's urgent need for infrastructure like housing and commercial developments, which has been hindered by a lack of investment. However, fully implementing Skyline construction on a wide scale in India would require addressing challenges such as a lack of trained workers, limited power and transportation infrastructure, and the large amounts of water required for steel production.

2. Skyline is an idea of implementation
of steel structures in modern India
feeding the lack of infrastructure in
less investment and less time.

3. India has long been touted as Asia’s next
economic super power. However its
development is being held back by a huge
shortage of basic infra structure. Fresh
investments are not forthcoming, and even
existing projects face implementation issues .
India's lack of infrastructure contributes greatly
to India's lack of large department and retail
stores. 98% of Indian shops are very small
family run businesses . And India's biggest
cities are feeling the problem most.

4. India has emerged as the fourth largest
steel producing nation in the world, as per
the recent figures release by World Steel
Association in April 2011. In 2012, India was
the 4th largest producer, after China,
European Union , Japan and USA with a
Crude steel production 0f 76.7 million tonns.

5.  Steel is lighter in weight and used to build high rise buildings
more efficiently and in less time.
 Steel members can be assembled in factories providing
better quality control.
 steel-frame construction helps reduce construction time.
 Steel may be recycled in its original or near-original state .
 Structural steel frames can provide longer spans, thus offering
column-free spaces and flexibility in space planning.
 Structural steel frames can provide longer spans, thus offering
column-free spaces and flexibility in space planning.
 Steel has the highest strength-to-weight ratio of any
construction material.

6. ADVANTAGES OF
SKYLINE

7.  Skyline uses less land space and cover
least land area with giving large living
space.
 For example:
 The Empire state building in New
york,USA has a base land consumption
of 8,094 m2 and it provides a total floor
area of 257,211 m2 .

8.  Use of thermal insulation in wall saving upto 70% heat loss
from the wall.
 CHP (cooling, heating & power) application (means no
need for energy supply for cooling & heating operation.
 One building cuts a major part of CO2 emissions for the
earth .

9.  Standardized design
• Modular production
• Good product quality
 management system
• Trained workers are employed.
• One company is responsible for all quality
assurances.

10.  Its Cost is 50% lower than that of similar
conventional buildings .
 Least construction material wastage.
 Damaged,unused or waste steel frames
and parts can be recycled with less
investment.

11. Super Tall Buildings made of concrete
demands 5-10 years to construct, whereas
Skyline needs only 7-12 months (after
foundation) and its size is as large as the
largest buildings in the world.
 About most of the work is carried out in
the factory by designing the building
frames and parts.The remaining work left
is to assemble the parts at construction
site which saves a lot of time.

12.  Steel materials are different from
concrete, with no aging issues.
 Anti-corrosion treatment can be done
after 60 yrs and the building becomes
new as ever

13. Investment is the biggest challenge.It can
comes from foreign countries and by our
country.
Investment of fully $1.2 trillion is needed over
the next two decades, six times current and
proper planning is also needed at spending it
at different levels.
Latest example is wallmart which was going to
invest about 100 million dollars in india but
couldn’t due to excessive restrictive rules of
india.

14.  Other problems are:-
 Lack of trained workers and professionals.
 India’s overstressed power grid is one of
the most obvious signs of lagging
infrastructure development.
 Lack of fast and proper transportation
facilities.
 steel production require huge amounts of
water and there is shortage of fresh water in
india.

15. Urbanization can not be materialized
at the cost of land and environmental
pollution and our idea also supports it.

16. THANK YOU
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