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It's started: Robot Uprising Begins as China Turns to Machines to Fill in Gaps in the Workforce

With every day passing Machines (Robots) getting cheaper and cheaper on the other hand labour getting pricer and pricer with so many demands and strikes blackmails if not met, this is bound to happen. With passing time even more speed.
 
Don't worry, Trust Humans to create as many New Jobs as one can think of to remain busy and productive.

BTW You will be surprised to know how few jobs are actually needed for human race to survive on this planet.

Very valid observation! The question, however, is what the humans are going to do? You insight is most welcome.
 
Very valid observation! The question, however, is what the humans are going to do? You insight is most welcome.
Humans have already accumulated Nuclear Weapons to wipe this planet off many times over.

All actions of our present world leaders are taking us and our future generation to the worst possible end, sooner that later.

Therefore humans will in the meanwhile keep themselves busy one way or the other to keep their mind away from realizing and acknowledging this impending outcome.
 
http://www.todayonline.com/singapore/robots-put-several-skilled-jobs-spore-risk-study

Robots put several skilled jobs in S’pore at risk: Study

SINGAPORE — In Scotland, companies are trying out robots that can read the financial market to dispense advice to investors, as automation in the services sector takes off.

Such technological advancements might bring about more opportunities for Singaporeans, but some jobs here, even ones perceived to be higher-skilled, may not survive into the future, said researchers behind a new International Labour Organisation (ILO) study on Association of South-east Asian Nations (Asean) members.


Looking at the impact of technology on five key sectors in the region — automotive and auto parts, electrical and electronics, textiles and footwear, business process outsourcing and retail — the study estimated that about 56 per cent of all salaried jobs in Cambodia, Indonesia, the Philippines, Thailand and Vietnam is at “high risk of displacement” due to technology, in the next two decades. Although the risk of this happening in Singapore is lower as it has a smaller proportion of low-skilled labour, there are technologies that can displace even highly skilled labour, said researchers.

“The financial industry in Singapore, a lot of that can be done by robots that are much more accurate in terms of assessing financial markets. It’s not based on personal judgments, but mathematical equations that these robots use to assess if the stock market is going to rise,” said Ms Jae-Hee Chang, regional project coordinator of the Bureau for Employers’ Activities at the ILO. She added: “A lot of the European countries, like Scotland, have incorporated robotic financial advisers. So globally, there are technologies that can come in and challenge these Singapore workers.”

The study surveyed over 4,000 companies across Asean, including 507 companies in Singapore. Among its findings was that companies found labour with the right Stem skills — science, technology, engineering and mathematics — to be lacking here.

About 40 per cent of respondents here pointed to a lack of high-skill workers when asked what they perceived to be the biggest threats facing their company, up to 2025. This is higher than the Asean average of about 20 per cent. Ms Chang, however, noted that this could be because the demand for such skilled workers is higher in Singapore than in the rest of Asean.

Mr Stephen Yee, assistant executive director of the training group at Singapore National Employers Federation, said that the shortage may be exacerbated by the fact that graduates might not necessarily enter the fields that they studied.

Industries with a shortage of skilled labour include bioscience and aerospace, which need engineers, and e-commerce, which needs programmers, he said. There is also a demand for computer and robotic engineers.

Companies here are ready to adopt robotic technologies, but they find it challenging to do so. “They are asking, ‘where can we find these robot providers, and are they able to customise solutions for my business?’ Also, ‘can we find the skilled labour to operate the robots?’ We are trying to help them connect, but we find that this automation industry is so vast,” said Mr Yee.

On the whole, Asean also faces a shortage of female workers with Stem skills. Only 17 per cent of female students surveyed indicated they were enrolled in such courses, out of a survey of 2,700 students done as part of the study.

It is not all doom and gloom, however, as technology will still bring about opportunities for Singapore, especially in the electrical and electronics sector, leading to increasing exports. The Internet of Things — spanning technologies that connect everyday gadgets — would likely drive growth in this sector, via demand for sensors, connectivity and memory devices.
 
It is happening.
Any country which has not realised such trend will fail, i.e. nearly all developing countries and a lot of developed countries. In the new technological revolution, excessive low-skilled labor is becoming a bomb!
 
China int'l robot show highlights service and industrial robots
(CRI Online) 09:42, July 10, 2016

This year's China International Robotics Show has come to an end in Shanghai.

Hundreds of companies took part in the 3-day exhibition that began on Thursday, highlighting mostly service and industrial robots.

The service robots on display mostly focused on early childhood education and entertainment.

Equipped with voice and facial recognition capabilities, the robots are able to respond to people by language, emotional features and dance.

"Chinese household intelligent robots are now in a leading position in the world. They can perform through verbal communication and can be integrated into the internet of things, sometimes via a connection to a cellphone. We've now been able to realize the development of such capabilities."

This year's International Robotics Show in Shanghai drew around 26-thousand visitors.
 
http://www.wsj.com/articles/chinas-factories-count-on-robots-as-workforce-shrinks-1471339805

China’s Factories Count on Robots as Workforce Shrinks

Rising wages, cultural changes push automation drive; demand for 150,000 robots projected for 2018


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ENLARGE
Robots are assembled in the production hall of robot manufacturer Kuka in Augsburg, Germany. PHOTO: KARL-JOSEF HILDENBRAND/DPA/ZUMA PRESS
By
ROBBIE WHELAN in Stockholm and

ESTHER FUNG in Suzhou, China
Aug. 16, 2016 5:30 a.m. ET
98 COMMENTS

A Chinese factory near Shanghai is relying on a new breed of workers to maintain its competitive advantage in assembling electronics devices: small robots designed in Germany.

Suzhou Victory Precision Manufacture Co.’s chairman, Yugen Gao, said the days when the company drew its strength from China’s cheap and hardworking employees are gone.

“We’ve been losing that edge in the past three years,” said Mr. Gao in his office, overlooking rows of buildings where a battalion of robots was cranking out computer keyboards. “It’s one of the effects of the one-child policy.”

China’s appetite for European-made industrial robots is rapidly growing, as rising wages, a shrinking workforce and cultural changes drive more Chinese businesses to automation. The types of robots favored by Chinese manufacturers are also changing, as automation spreads from heavy industries such as auto manufacturing to those that require more precise, flexible robots capable of handling and assembling smaller products, including consumer electronics and apparel.

At stake is whether China can retain its dominance in manufacturing.


“China is saying, ‘we have to roboticize our industry in order to keep it,’” said Stefan Lampa, chairman of the robotics division of Kuka AG, a German automation firm and a supplier to Suzhou Victory.

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ENLARGE
The rush to buy robots comes in part because China’s population of workers aged 15 to 59 is starting to shrink, forcing manufacturers to turn to automation. The United Nations estimates the number of the country’s workers peaked in 2010 at more than 900 million and will fall below 800 million by 2050.

In addition, the average hourly labor cost—defined as wages plus benefits—of $14.60 in China’s coastal manufacturing heartland has more than doubled as a percentage of U.S. manufacturing wages, from roughly 30% in 2000 to 64% in 2015, according to Boston Consulting Group, making the country less competitive as a destination for manufacturers.

China, in 2013, became the world’s largest market for industrial robots, surpassing all of Western Europe, according to the International Federation of Robotics. In 2015, Chinese manufacturers bought roughly 67,000 robots, about a quarter of global sales, and demand is projected to more than double to 150,000 robots annually by 2018.

Chinese firms also are investing in industrial technology, with an eye toward building more of their own robots. Chinese home-appliance maker Midea Group Co. launched a bid to buy Kuka for more than $5 billion in May and now owns about 86% of the robots company. Some German politicians criticized the deal, saying Kuka is a strategic asset that should have remained German or European-owned.

At a robotics-research conference in Stockholm in May, companies including Kuka and Switzerland’s ABB Ltd. displayed lightweight robots with agile arms capable of manipulating items as small as bottle caps.

Last year, ABB, introduced a two-armed version of its YuMi robot, a lightweight robot that was designed specifically for the Chinese market. It can put together car-dashboard electronics, wristwatches and eyewear.

YuMi, which is manufactured both in Sweden and in a sister factory in Shanghai that opened a decade ago, was designed as a “collaborative” robot, meaning it is small and safe enough that it can share the manufacturing line with humans and doesn’t require a protective cage, as many large industrial robots do.

Over the past five years, China has become ABB’s largest market for robotics customers, according to Steven Wyatt, ABB’s head of marketing and sales.

Mr. Wyatt said China originally started adopting automation en masse in response to concerns over the quality of goods manufactured in the country. Now, however, Chinese factories—including those that make consumer goods—are buying robots to fill positions that would otherwise sit empty because of high job turnover rates.

“Hard as it may be to believe, despite having 1.3 billion inhabitants, China doesn't find enough people to do the work generated in its factories,” Mr. Wyatt said.

Another factor is cost. Robotics technologies that were once prohibitively expensive are now cheap enough that they are feasible for Chinese factories.

Budapest-based OptoForce Ltd. manufactures €2,500 ($2,796) sensors that can be attached to robotic arms and used to polish metal parts that go into car transmissions and other products. Its head of sales, Szabi Fekete, said such sensors have become significantly cheaper to produce in recent years.

“Ten years ago when a force sensor cost €20,000, no one wanted to automate polishing, because it was cheaper to hire 100 workers,” Mr. Fekete said.

Suzhou Victory, which assembles laptops for Dell Inc. and Lenovo Group Ltd. and smartwatches for Fitbit Inc., started increasing its investment in robots two years ago, driven by shorter product cycles, rising wages and high worker turnover, especially after the annual vacation around Lunar New Year. This year, the manufacturer signed an agreement to buy 160 jointed-arm robots made by Kuka.

“We have to consider investing in robots so that the company can survive longer,” Mr. Gao said.
 


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An employee positions an automotive part as a Yaskawa Electric Corp. robotic arm operates inside the research and development department at ThyssenKrupp AG’s steel plant in Duisburg, Germany, on Wednesday, July 20, 2016. Chief Executive Officer Heinrich Hiesinger has been moving to change Thyssenkrupp, known for its focus on steelmaking, into an industrial group specializing in everything from elevators to auto parts and submarine building. Photographer: Krisztian Bocsi/Bloomberg

This week, The Wall Street Journal featured a well-researched article on China’s push to shift its factory culture away from labor and toward robots. Reasons include a rise in labor costs, the flattening and impending decrease in worker population and falling costs of advanced robotics technology.

Left unsaid was whether this is part of a wider acceleration in the digital takeover of work worldwide. It is.

Exponential Technologies

Supply chain professionals are fully aware of Moore’s Law, which predicts exponential performance improvements in semiconductors. Similar “laws” underlie networks, 3D printing and other digital technology.


For a long time, industrial robots were left out of this dynamic, experiencing instead relatively unexciting progress in a limited set of applications, most notably in automotive assembly plants. Starting in 2009, however, growth cranked up. It’s still early – SCM World data ranks robotics behind data analytics, cloud and several other disruptive technologies – but things are accelerating.

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Digitization Is Moving Faster Than Business

Last month at our Leaders Forum in Dublin, the theme was all about strategy. Presenters from Amazon, Nike, HP and Stanley Black & Decker offered strategic views on how supply chain contributes to competitive advantage. All addressed such essential ideas as visibility, innovation, customer centricity and flexibility.
In recapping the key takeaways from the event, however, it was the pervasiveness of digital disruption that really stood out. Supply chain strategists are adopting and mixing digital technologies to make business faster, more responsive and more agile. New data available from smart manufacturing systems is being crunched with new tools for simulation and matched to new sources of demand insight in ever faster iterations.

The constraint is no longer technical but commercial as business practices fail to keep up with supply chain possibility.

Robots Replacing People

China’s move to robotics should raise alarm bells for any executives still doubting the speed of the transition now underway. With a workforce of around 900 million people and the still fresh memory of an economic miracle built on low-cost labor, China might seem an unlikely place for robotics to explode.

In fact, companies like Foxconn have spent several years developing and installing thousands of industrial robots. In 2015, China bought more industrial robots than all of Europe. Even faster growth was seen in Mexico, which nearly doubled units bought compared to 2014.


The robotics revolution was long thought to be mainly about Europe, Japan and the US. No longer. The whole world is on board and things are speeding up.

The move to robotics is speeding up for three main reasons:

  1. Costs are dropping – through the early 2000s, industrial robots often cost several hundred thousand dollars apiece and required extensive programming and installation effort. Today, prices are as little as 10% of that, with sponsored ads appearing in Google searches from companies like Universal Robotics for a $34,199 unit. Considering how cost curves typically evolve in new technologies, we should expect this trend to continue.
  1. Applications are getting easier – one of the essential shifts in robotics is toward smaller, safer and more readily programmable“collaborative robots”. These units cost less, but more important, are easily installed alongside people and generally programmed by learned movement rather than traditional coding. This greatly widens the scope for where it makes sense to install a robot. Packing lines, for instance at Johnson & Johnson, handle finicky tasks picking and packing boxes of medical supplies. Robots need not require a total retooling when incrementalism is realistic and worthwhile.
  2. Supply chains are localizing – research we conducted in 2013pointed not only to the fast rise of robotics and automation, but also to a shift from global to regional supply chains. Benefits of producing closer to customers include faster, more responsive supply, easier localization of products, leaner working capital requirements and lower risk. Recent television advertisements from Wal-Mart promising big “made in America” commitments show that merchants believe it will also drive revenue. Robotics makes this easier.
The arrival of digital is now behind us. Its impact is just starting to be evident. Robotics is going to be huge, and soon.

http://www.forbes.com/sites/kevinom...-coming-faster-than-you-think/2/#5a7a70576695

China’s Factories Count on Robots as Workforce Shrinks
Rising wages, cultural changes push automation drive; demand for 150,000 robots projected for 2018
By
ROBBIE WHELAN in Stockholm and
ESTHER FUNG in Suzhou, China
Aug. 16, 2016 5:30 a.m. ET


A Chinese factory near Shanghai is relying on a new breed of workers to maintain its competitive advantage in assembling electronics devices: small robots designed in Germany.
http://www.wsj.com/articles/chinas-factories-count-on-robots-as-workforce-shrinks-1471339805
 
We must accelerate our own efforts in transforming the economy during this technological revolution.
If we fail, we will once again suffer from another century of humiliation.
Most developing countries in the second half of 21st century will be in an abysmal mode when the technological revolution matures.
Our civilisation is too strong to die, but we deserve prosperous centuries not just simply survival.
 
Yes China Mainland is installing industrial robots at break-neck speed, I believe by this year end total operational stock will exceed 300,000 units (excluding the 55,000 units in Taiwan), overtaking Japan to become #1 largest in the world.

I expect such momentum to continue, since on per capita terms (density) China is still has huge room to grow. The most automated markets are the Republic of Korea, Japan and Germany. In 2014, the Republic of Korea had again the highest robot density in the world by far due to continued installation of a large volume of robots in recent years. 478 industrial robots were in operation in 2014 per 10,000 employees. The robot density in Japan was 314 units, in Germany it was 292 units. Robot density in China, the biggest robot market since 2013, reached 36 units in 2014 unveiling the huge potential for robot installations in this market.

On the supply side, top four vendors are FANUC, Yaskawa Electric, Kuka AG and ABB, others include Yamaha, Denso Wave, Mitsubishi, etc. China is actively building her own robotics industry, while at the same time acquire foreign firms, for example China's MIDEA is in the process of acquiring Germany's largest robotics firm Kuka AG which is valued at US$5 billion.

Robotics will increasingly become one pillar industry for "Made in China 2025".
 
Five-Year Plan Of China: 工业强国 & Robot-theme Wedding


This is one episode of a series of documentaries of 13th 5-year-plan.
Episode 2 is themed 工业强国 (Manufacturing powers a nation)

Since this documentary is in Chinese, I have written some simple introduction of each part of the video.


------------------------------------------------------------------------------------------------------------------

Start-7:22 1950s-2020s transformation of the steel industry in China, the foundation of all the industries

7:22-10:00 Numerous research institutes of bearing and the bearing industry, one of the most important components
10:00-12:10 Academy of High-speed Railway Bearing, ending the monopoly of western brands

12:10-16:05 blades, another key component, for nuclear generators, engines. etc

16:05- 20:50 Air industry

20:50-25:00 China's first tractor plant dating back to the 1st 5-year plan in 1950s
Mechanisation of Chinese agriculture

25:00-29:45 Electric bus, super-capacitor (12,000F-30,000F-80,000F), graphene

29:50-33:10 China South Railway Zhuzhou subsidiary, 0.02mm matters

33:15- 37:10 Crankshaft industry for ships

37:10 -38:50 Wind turbine blades exported to India

39:00-43:40 Robotics and automation
30 workers in charge of a robot-make-robot factory with annual production of 5000 robots
43:50- 45:00 chip maker robots
45:00- end Robot-theme wedding for robot engineers who make the robots :smitten:



@Götterdämmerung @Gibbs @Godman @Taygibay @Spectre @Species @litefire @danger007 @simple Brain @Rajaraja Chola @Mista @Tiqiu @grey boy 2 @Bussard Ramjet @PARIKRAMA @Śakra @Echo_419 @proud_indian @ito @Ankit Kumar 002 @Fattyacids @terranMarine @Maira La @UKBengali @PaklovesTurkiye @Danish saleem @Kiss_of_the_Dragon @Beast @CAPRICORN-88 @Nan Yang @Local_Legend @AViet @waz @Srinivas @itachii @oprih @Nadhem Of Ibelin @ahojunk @cirr @TaiShang @Local_Legend @Jguo @jkroo @bolo @zeronet @mike2000 is back @somsak @CAPRICORN-88 @kuge @Hu Songshan @Aero @Fattyacids @grey boy 2 @Rusty @SrNair @Daniel808 @Three_Kingdoms @Dungeness @Sinopakfriend @Chinese-Dragon @Chinese Bamboo @Keel @Raphael @AViet @onebyone @yusheng @Star Wars @Kaptaan @XenoEnsi-14 @Ryuzaki @Nilgiri @DESERT FIGHTER @AugenBlick @Areesh @Tipu7 @Devil Soul @Spring Onion @hussain0216 @bolo @TheTheoryOfMilitaryLogistics @yusheng @Mista @Spring Onion @LegitimateIdiot @Mirza Jatt @BDforever @Laozi @Odysseus @AsianUnion @kahonapyarhai @T-Rex @english_man @Muhammad Omar @Pulsar @faithfulguy @PakSword @endyashainin @waz @rashid.sarwar @danger007 @ito @unbiasedopinion @Arsalan @Basel @Djinn @Darmashkian @Shravan#22580 @Taygibay @bolo @Lure @PaklovesTurkiye @Deino @Economic superpower et al
 
Last edited:
This is one episode of a series of documentaries of 13th 5-year-plan.
Episode 2 is themed 工业强国 (Manufacturing powers a nation)

Since this documentary is in Chinese, I have written some simple introduction of each part of the video.

Start-7:22 1950s-2020s transformation of the steel industry in China, the foundation of all the industries

7:22-10:00 Numerous academies of Bearing and the bearing industry, the most important component
10:00-12:10 Academy of High-speed Railway Bearing, breaking the monopoly of western brands

12:10-16:05 blades, another key component, for nuclear generators, engines. etc

16:05- 20:50 Air industry

20:50-25:00 China's first tractor plant dating back to the 1st 5-year plan in 1950s
Mechanisation of Chinese agriculture

25:00-29:45 Electric bus, super-capacitor (12,000F-30,000F-80,000F), graphene

29:50-33:10 China South Railway Zhuzhou subsidiary, 0.02mm matters

33:15- 37:10 Crankshaft industry for ships

37:10 -38:50 Wind turbine blades exported to India

39:00-43:40 Robotics and automation
30 workers in charge of a robot-make-robot factory with annual production of 5000 robots
43:50- 45:00 chip maker robots
45:00- end Robot-theme wedding for robot engineers who make the robots :smitten:



USER=134916]@Götterdämmerung[/USER] @Gibbs @Godman @Taygibay @Spectre @Species @litefire @danger007 @simple Brain @Lure @Mista @Tiqiu @grey boy 2 @Bussard Ramjet @PARIKRAMA @Śakra @Echo_419 @proud_indian @ito @Ankit Kumar 002 @Fattyacids @terranMarine @Maira La @UKBengali @PaklovesTurkiye @Danish saleem @Kiss_of_the_Dragon @Beast @CAPRICORN-88 @Nan Yang @Local_Legend @AViet @waz @Srinivas @itachii @oprih @Nadhem Of Ibelin @ahojunk @cirr @TaiShang @Local_Legend @Jguo @jkroo @bolo @zeronet @mike2000 is back @somsak @CAPRICORN-88 @kuge @Hu Songshan @Daniel808 @Three_Kingdoms @Dungeness @Sinopakfriend @Chinese-Dragon @Chinese Bamboo @Keel @Raphael @AViet @onebyone @yusheng @Star Wars @Kaptaan @XenoEnsi-14 @Ryuzaki @Nilgiri @Areesh @Tipu7 @Devil Soul @Spring Onion @hussain0216 @bolo @TheTheoryOfMilitaryLogistics @yusheng @Mista @LegitimateIdiot @Mirza Jatt @Taygibay @T-Rex @english_man @faithfulguy @PakSword @endyashainin @waz @Basel @Djinn et al

English subtitles bro?
 
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