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Developing Countries, China and Advanced Countries are in robot and automation in a race to lower ma

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Developing Countries, China and Advanced Countries are in robot and automation in a race to lower manufacturing costs

A UN report outlines how the increasing use of industrial automation is impacting jobs in developing countries, and what strategies may help in overcoming the problem.

Advanced countries, China and developing countries all have to add more automation and robots and the supporting infrastructure and education in order to enable lower manufacturing costs

Key points
• Increased use of robots in developed countries erodes traditional labour-cost advantage of developing countries.
• Labor-intensive manufacturing in large developing countries with domestic production linkages is unlikely to be reshored to developed countries.
• Whatever the impacts, outcomes will be shaped by policies.
• Developing countries need to redesign education policies and embrace the digital revolution – this approach should be combined with supportive macroeconomic, industrial and social policies.

If robots are considered a form of capital that is a close substitute for low-skilled workers, then their growing use reduces the share of human labor in total production costs. Adverse effects for developing countries may be significant.

According to some estimates, for developing countries as a group, the “share of occupations that could experience significant automation is actually higher in developing countries than in more advanced ones, where many of these jobs have already disappeared”, and this concerns about two thirds of all jobs.

Reshoring economic activities to developed countries is one mechanism that could lead to shrinking output and employment in the manufacturing sector of developing countries.

A counterintuitive solution may actually be to introduce more robots. If developing countries had a sizable low-skilled workforce, comprised of both humans and robots, it might make them a more attractive option than other countries. Combining the two may actually create a better workforce than either human or robot alone, and mixing in other automation technologies, like 3D printing, might also help countries keep a competitive edge.






http://www.nextbigfuture.com/2016/11/developing-countries-china-and-advanced.html
 
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A UN report outlines how the increasing use of industrial automation is impacting jobs in developing countries, and what strategies may help in overcoming the problem.

Advanced countries, China and developing countries all have to add more automation and robots and the supporting infrastructure and education in order to enable lower manufacturing costs

Key points
• Increased use of robots in developed countries erodes traditional labour-cost advantage of developing countries.

• Labor-intensive manufacturing in large developing countries with domestic production linkages is unlikely to be reshored to developed countries.
• Whatever the impacts, outcomes will be shaped by policies.
• Developing countries need to redesign education policies and embrace the digital revolution – this approach should be combined with supportive macroeconomic, industrial and social policies.

If robots are considered a form of capital that is a close substitute for low-skilled workers, then their growing use reduces the share of human labor in total production costs. Adverse effects for developing countries may be significant.

According to some estimates, for developing countries as a group, the “share of occupations that could experience significant automation is actually higher in developing countries than in more advanced ones, where many of these jobs have already disappeared”, and this concerns about two thirds of all jobs.

Reshoring economic activities to developed countries is one mechanism that could lead to shrinking output and employment in the manufacturing sector of developing countries.

A counterintuitive solution may actually be to introduce more robots. If developing countries had a sizable low-skilled workforce, comprised of both humans and robots, it might make them a more attractive option than other countries. Combining the two may actually create a better workforce than either human or robot alone, and mixing in other automation technologies, like 3D printing, might also help countries keep a competitive edge.






http://www.nextbigfuture.com/2016/11/developing-countries-china-and-advanced.html


Well this is not good
 
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The fear of robots taking human jobs away is unfounded.
 
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Key points
• Increased use of robots in developed countries erodes traditional labour-cost advantage of developing countries.
• Labor-intensive manufacturing in large developing countries with domestic production linkages is unlikely to be reshored to developed countries.
• Whatever the impacts, outcomes will be shaped by policies.
• Developing countries need to redesign education policies and embrace the digital revolution – this approach should be combined with supportive macroeconomic, industrial and social policies.

If robots are considered a form of capital that is a close substitute for low-skilled workers, then their growing use reduces the share of human labor in total production costs. Adverse effects for developing countries may be significant.

The robotic revolution is going to take off. Good news is that labor-intensive jobs is still unlikely to be reshored to developed countries.

The easiest automation is to replace the low skill jobs. The low skill and uneducated population is going to be hardest hit.

Countries with the biggest segment of low skill population is going to be forever "in the dumps". This means most third world developing countries.

To be relevant third world countries "need to redesign education policies and embrace the digital revolution" and supported by "macroeconomic, industrial and social policies."

To enable this, you still need money, and plenty of it. It's still "Money talks, bullsh*t walks."


bots2018.png
If this chart is correct, China is the biggest beneficiary of the robotic revolution, thanks to their capable government in enacting the correct policies. The other beneficiaries are the developed countries and Asia except Japan (which looks to be already saturated with robots). The biggest losers are in South America and Africa.

If a country has a large low skill and uneducated population, it better do something now, or it will forever miss the boat.

A country does not become successful by accident, it needs to have capable government with a good system of governance.
 
.
The robotic revolution is going to take off. Good news is that labor-intensive jobs is still unlikely to be reshored to developed countries.

The easiest automation is to replace the low skill jobs. The low skill and uneducated population is going to be hardest hit.

Countries with the biggest segment of low skill population is going to be forever "in the dumps". This means most third world developing countries.

To be relevant third world countries "need to redesign education policies and embrace the digital revolution" and supported by "macroeconomic, industrial and social policies."

To enable this, you still need money, and plenty of it. It's still "Money talks, bullsh*t walks."



If this chart is correct, China is the biggest beneficiary of the robotic revolution, thanks to their capable government in enacting the correct policies. The other beneficiaries are the developed countries and Asia except Japan (which looks to be already saturated with robots). The biggest losers are in South America and Africa.

If a country has a large low skill and uneducated population, it better do something now, or it will forever miss the boat.

A country does not become successful by accident, it needs to have capable government with a good system of governance.
Please adds India into the big loser category.
 
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Automation, IoTs, AI, 3D-printing, VR, and many other aspects of the ongoing industrial revolution
are reshaping our life.
You like it or not, accept it or not, they are happening.
It will be a disaster for many developing and developed countries, especially for those with a huge jobless and ill-educated younger generation.

Industrial sectors in China will be mainly categorised in 2 types.
1, Massive automation. Such as cars, electronics, food, etc.
2. Semi-automation or no automation. High-end, low-volume, but with big profit margin, dependent on highly skilled workers. Such as the production of dedicate bearing, blade and TBMs.




Everybody in the manufacturing powers is talking about industry 4.0 or its equivalent terms unlike in some countries busy changing currency and begging around the world to join some useless organisations.

I'm pretty sure such labor will be not replaced by robots for at least 1-2 decades.
Their salary will be doubled or tripled in the next 10 years.

 
.
Automation, IoTs, AI, 3D-printing, VR, and many other aspects of the ongoing industrial revolution
are reshaping our life.
You like it or not, accept it or not, they are happening.
It will be a disaster for many developing and developed countries, especially for those with a huge jobless and ill-educated younger generation.

Industrial sectors in China will be mainly categorised in 2 types.
1, Massive automation. Such as cars, electronics, food, etc.
2. Semi-automation or no automation. High-end, low-volume, but with big profit margin, dependent on highly skilled workers. Such as the production of dedicate bearing, blade and TBMs.




Everybody in the manufacturing powers is talking about industry 4.0 or its equivalent terms unlike in some countries busy changing currency and begging around the world to join some useless organisations.

I'm pretty sure such labor will be not replaced by robots for at least 1-2 decades.
Their salary will be doubled or tripled in the next 10 years.




You people really can't stay without us, can you?

Please adds India into the big loser category.

Only time will tell that
 
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