Why did industrial revolution starts? All about industrial revolution. It's a beginner friendly blog. It contains explanation about Industrial_Revolution_1.0 , Industrial_Revolution_2.0 , Industrial_Revolution_3.0 , Industrial_Revolution_4.0 with effective animations. for real ppt with animation contact me :)

1. Why did industrial revolution start ?
Before industrial revolution manufacturing took place in homes or rural areas and it was done by hand.
Some products made in home (including clothing, furniture, tools, cloth, hardware, jewelry, leather, silverware, and
weapons) were even exchanged for food.
But, people lived in fear that the crops they grew might fail, as many of them already suffered from malnutrition.
In addition, diseases and other epidemics were unfortunately common .
Hence machines were introduced to enhance the effective production.
Industrial revolution specifically
emerged from Britain because
it had natural resources like
coal ,iron ore and developed
framlands.
It also had a stable population growth due to the boosting agricultural system
Causes of
Industrial revolution
Dependency on technology
Impact of education
Protestant Reformation

2. The first Industrial Revolution Started in Britain around 1760
It was powered by a major inventions ,the steam engine The results?
New manufacturing processes, the creation of factories and
a booming textiles industry.
The first industrial revolution helped enable mass production by using water and steam power instead
of purely human and animal power.
Development of all metal machine tool in the first two decades of the 19th century.
Facilitated the manufacture of production.
Effects spread throughout Western Europe and North America during the
19th century, affecting most of the world a process that continues as
industrialization.

3. The second industrial revolution introduced assembly lines and the use of steel, oil, gas and elect
These new power sources, along with more advanced communications via telephone
and telegraph, brought mass production and some degree of automation to manufacturing proces
From the late 1800s, the second industrial revolution was marked by mass production
The light bulb, and internal combustion engine were a few of the major inventions of this era.

4. The third industrial revolution, sometimes known as the digita
which began in the middle of the 20th century, added compute
advanced telecommunications and data analysis to manufactu
processes.
The digitization of factories began by embedding programma
controllers (PLCs) into machinery to help automate some pro
collect and share data.
First Lapt Super
In just a few decades we saw the invention of the semiconduc
the personal computer and the internet.

5. The term fourth industrial revolution was coined
by the founder of the world economic forum,
A former professor named Klaus Schwab
Flexibility is improved so that manufacturers can
better meet customer demands using mass
customization—ultimately seeking to achieve
efficiency with, in many cases, a lot size of one.
Industry 4.0, which is characterized by increasing
automation and the employment of smart
factories informed by data to produce goods
more efficiently and productively.
Schwab wrote a book with that title to describe
an era marked by a::
Technological revolution that is blurring the lines
between the physical spheres.

6. Technology is making changes across all over society
We also find that our workplaces digitally evolving with more process now being undertak
using technology this change is known as Industrial Revolution 4.O
Industry 4.O will see many tasks that were once performed by us no
With increased automation our time will be freed up for concentrating on more complex ta
The future job market will be looking for high skille
1.higher prodectivity:- Apparantly productivity of each industrial era goes up
50 times over the preceding age. this is mainly because of increased automation.
Technologies is one of the main reason why income have stagn
even decreased for a majority of the population in high income
The demand for highly skilled workers has increased,
while the demand for workers with less education and lower skil

7. Internet of
Things (IoT) Cloud
computing
Artificial
Intelligence
& Machine learning
The Internet of Things (IoT) is a
key component of smart factories.
Machines on the factory floor are
equipped with sensors that
feature an IP address that allows
the machines to connect with
other web-enabled devices.
This connectivity makes it possible
for large amounts of valuable
data to be collected, analyzed and
exchanged.
Cloud computing is a
cornerstone
of any Industry 4.0
strategy.
Full realization of smart
manufacturing demands
connectivity and
integration
of engineering, supply
chain,
production, sales and
distribution, & service.
It can also reduce
startup
costs
AI and machine learning
can create insights
providing visibility,
predictability and
automation of operations
and business processes.
Using data collected from
these
assets can help
businesses perform
predictive maintenance
based on machine
learning algorithms,
resulting in more uptime
and
higher efficiency.
Cybersecu
rity
Manufacturing
companies
have not always
considered
the importance of
cybersecurity.
When undergoing a
digital transformation
to Industry
4.0, it is essential to
consider a
cybersecurity
approach that
encompasses
IT and OT
equipment.
Big data analytics is the use of
advanced
analytic techniques against very large,
diverse data sets that include
structured,
semi-structured and unstructured data,
from different sources, and in different
Big Data