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Haier is going to manufacture 150,000 laptops in Pakistan

Ababeel

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Haier, a well-renowned name in the field of home appliances, has lately joined the race of manufacturing smartphones and laptops. Now, news is arising that Haier is going to produce 150,000 laptops – that too in their own manufacturing unit in Pakistan.

Back in April, Haier launched their own line of smartphones under the umbrella of a Pakistani group called Ruba Sez. Along with the launch, they also announced that they will be starting their production unit in Lahore which was going to make smartphones and laptops as well. The test run of 1000 laptops was completed successfully. Following that, Haier has announced that they will be manufacturing 150,000 more laptops by the year 2016 end.

You all must be well aware of the fact that the PM Laptop Scheme also gave away Haier laptops to students this year. The contract for phase 2 of the scheme has also been awarded to Haier. Moreover, Haeir’s annual demand of laptops is estimated at 300,000 units currently and this is expected to grow. A local production unit can keep up with the increasing demand. Not only this, it can help build a hub of tech savvy and highly trained individuals, providing Pakistan self-sufficiency in manufacturing high-end products.

Haier is a pioneering brand in starting a local manufacturing plant in Pakistan. This is also a proof of the fact that China is willing to help Pakistan ride the road to technological advancement. If this venture continues to be successful and attracts the Pakistani audience, who knows we may one day have a bigger brand name setting up their unit in Pakistan.
 
Haier local plant to manufacture 150K laptops
Staff Reporter
Thursday, August 20, 2015 - Lahore—Pakistan is well on its way toward achieving full technology transfer in the manufacture of laptops, opening the way, not in the too distant a future, for the country to join the ranks of technologically advanced countries. This follows the setting up of the country’s first assembly line in Lahore by Haier Pakistan, in collaboration with the Chinese home appliance and electronics giant, the Haier Group. The first test run of 1000 laptops manufactured at the Haier Pakistan Lahore plant was successfully completed earlier this year, and based on that success the company has set itself a target of 150,000 units for the year 2016. This is a most significant development, one which will enable the country to build a pool of highly trained, technology savvy workforce, achieve self-sufficiency in the manufacture of high end technologically advanced goods and acquire full technology transfer.

Says Shah Faisal, CEO Haier Pakistan, “This capability to locally produce Haier branded laptops, the first major endeavor of its kind in the history of Pakistan has been realized with full collaboration of Haier China” and adds, “this is a first class example of what can be achieved given China’s willingness toassist Pakistan on the road to technological advancement”. As the market for laptops currently estimated at 300,000 units annually is slated to grow in the years ahead, Haier Pakistan has positioned itself to help meet a significant portion of that demand through local production.
 
too much expectation from just assembling laptop, aint it
what technology is Pakistan getting as a result of this assembly. Hair herself dont make the entire laptop, HDD made by someone, mem chips made by someone, CPU made by someone, hair only designs the motherboard form chips made by someone and probably wrote bios for that motherboard if not bought from someone. The first and foremost technology that Pakistan need is to send their jounalists for some kind of basic tech learning so they write decent articles about it.
 
What are the specs of the laptops?
Possible models?
 
Haier, a well-renowned name in the field of home appliances, has lately joined the race of manufacturing smartphones and laptops. Now, news is arising that Haier is going to produce 150,000 laptops – that too in their own manufacturing unit in Pakistan..

Good to see this going through finally. I posted this when they had just started to discuss this three months ago. Very good development.
 
too much expectation from just assembling laptop, aint it
what technology is Pakistan getting as a result of this assembly. .

And then, there are people who have no idea how important or big something is for a country like Pakistan.....BUT they JUST want to downplay every big thing that happens and show that these big deals are nothing. Allow me to explain:

1) Semi conductor manufacturing. Take a look at Korea, Japan, Malaysia, Taiwan......what are the basis of these countries' economy? Semi-conductor manufacturing. If you can start to understand and assemble main boards of laptops right, understand their circuitry, processors, memory, encoding, decoding, different digital frequencies and digital communication mediums, software's running on the main boards, etc, guess what?

You understood the most important part of how electronics works as everything is run on mainboards and processors. These include digital computers, high speed servers, mobile phones, satellites, dvd players, music systems, air-crafts, high speed rail systems, radars, avionics, cars, trucks, subs, Healthcare devices, CT Scans, MRI's, Heart - life saving machines, etc, etc.

2) Imagine 10, 20 or 50 thousand people experienced in semi conductor manufacturing, can then work for another business and produce TV's, Music systems, Play Stations type of things, Avionics, Mobile phones, Healthcare devices, other consumer electronics and associated software that Pakistan can sell across the globe like Korea does, and make billions in profits. Ordinary lives have become become more and more electronic device dependent, this is the future!

3) This is just the beginning, the first million is the hardest to make, similarly, to qualify for Semi Conductor investments and business, the FIRST client is the most important one. Haer uses the same main-boards, processors, memory chips and all, that Dell, IBM, Samsung, LG, Sony and all use.

So what do you think is the next step for a country with over 100 million Male population between the ages 16 - 24?? Offer cheaper labor to manufacture Semi Conductor related products and services and gain grounds in this business.

Growing semi conductor assembly and manufacturing means Pakistan will then produce its OWN mobile phones (already being discussed with the Chinese) and will grow its software and consumer electronics industry significantly. This industry ALONE will add thousands of higher paying jobs and billions of additional revenue for the country and the government of Pakistan, and a better life for labor doing this work.
 
And then, there are people who have no idea how important or big something is for a country like Pakistan.....BUT they JUST want to downplay every big thing that happens and show that these big deals are nothing. Allow me to explain:

1) Semi conductor manufacturing. Take a look at Korea, Japan, Malaysia, Taiwan......what are the basis of these countries' economy? Semi-conductor manufacturing. If you can start to understand and assemble main boards of laptops right, understand their circuitry, processors, memory, encoding, decoding, different digital frequencies and digital communication mediums, software's running on the main boards, etc, guess what?

You understood the most important part of how electronics works as everything is run on mainboards and processors. These include digital computers, high speed servers, mobile phones, satellites, dvd players, music systems, air-crafts, high speed rail systems, radars, avionics, cars, trucks, subs, Healthcare devices, CT Scans, MRI's, Heart - life saving machines, etc, etc.

2) Imagine 10, 20 or 50 thousand people experienced in semi conductor manufacturing, can then work for another business and produce TV's, Music systems, Play Stations type of things, Avionics, Mobile phones, Healthcare devices, other consumer electronics and associated software that Pakistan can sell across the globe like Korea does, and make billions in profits. Ordinary lives have become become more and more electronic device dependent, this is the future!

3) This is just the beginning, the first million is the hardest to make, similarly, to qualify for Semi Conductor investments and business, the FIRST client is the most important one. Haer uses the same main-boards, processors, memory chips and all, that Dell, IBM, Samsung, LG, Sony and all use.

So what do you think is the next step for a country with over 100 million Male population between the ages 16 - 24?? Offer cheaper labor to manufacture Semi Conductor related products and services and gain grounds in this business.

Growing semi conductor assembly and manufacturing means Pakistan will then produce its OWN mobile phones (already being discussed with the Chinese) and will grow its software and consumer electronics industry significantly. This industry ALONE will add thousands of higher paying jobs and billions of additional revenue for the country and the government of Pakistan, and a better life for labor doing this work.

this is no semi conductor manufacturing dude, boards are designed by haier, semi conductors are shosen by haier, the most they will do is install the chips or print the mother board. Semis conductor manufacturing is totally different game than making PCs. Back in the 80s I used to work for computer company in Karachi, they had a hardware service dept with 4 engineers who would repair, rebuild motherboards or any controller cards in a mainframe because in those days a motherboard will cost 6 months salary of an engineer. but saying this assembly line will bring technology to Pakistan is so naive.
 
150k per year?


Haier local plant to manufacture 150K laptops
Staff Reporter
Thursday, August 20, 2015 - Lahore—Pakistan is well on its way toward achieving full technology transfer in the manufacture of laptops, opening the way, not in the too distant a future, for the country to join the ranks of technologically advanced countries. This follows the setting up of the country’s first assembly line in Lahore by Haier Pakistan, in collaboration with the Chinese home appliance and electronics giant, the Haier Group. The first test run of 1000 laptops manufactured at the Haier Pakistan Lahore plant was successfully completed earlier this year, and based on that success the company has set itself a target of 150,000 units for the year 2016. This is a most significant development, one which will enable the country to build a pool of highly trained, technology savvy workforce, achieve self-sufficiency in the manufacture of high end technologically advanced goods and acquire full technology transfer.

Says Shah Faisal, CEO Haier Pakistan, “This capability to locally produce Haier branded laptops, the first major endeavor of its kind in the history of Pakistan has been realized with full collaboration of Haier China” and adds, “this is a first class example of what can be achieved given China’s willingness toassist Pakistan on the road to technological advancement”. As the market for laptops currently estimated at 300,000 units annually is slated to grow in the years ahead, Haier Pakistan has positioned itself to help meet a significant portion of that demand through local production.
 
150k per year?

Yep and gradually it will increase as Haer gets more orders from within Pakistan, China, Russia and other countries.

Next big development is going to be Mobile device (Tab and Cell Phone) development in Pakistan. Pakistan is already talking to Haer and a couple of other companies in setting up plants for those also. Future looks good for Pakistan!!
 
this is no semi conductor manufacturing dude, boards are designed by haier, semi conductors are shosen by haier, the most they will do is install the chips or print the mother board. Semis conductor manufacturing is totally different game than making PCs. Back in the 80s I used to work for computer company in Karachi, they had a hardware service dept with 4 engineers who would repair, rebuild motherboards or any controller cards in a mainframe because in those days a motherboard will cost 6 months salary of an engineer. but saying this assembly line will bring technology to Pakistan is so naive.

Essentially, they are putting things together in a box and seeing if it turns on like it is supposed to. Had the news been about setting up a semiconductor manufacturing plant or one that makes digital signal processors. I might have given it some merit.
 
this is no semi conductor manufacturing dude, boards are designed by haier, semi conductors are shosen by haier, the most they will do is install the chips or print the mother board. Semis conductor manufacturing is totally different game than making PCs.

Back in the 80s I used to work for computer company in Karachi, they had a hardware service dept with 4 engineers who would repair, rebuild motherboards or any controller cards in a mainframe because in those days a motherboard will cost 6 months salary of an engineer. but saying this assembly line will bring technology to Pakistan is so naive.


Instead of arguing like silly and making yourself look like someone who has NO idea what they are discussing, how about you do your research? You are making your entire nation look like fools when you post crap like this, like a stubborn 14 year old child doesn't want to understand what someone is telling him.

Are you sure that main-boards are so simple to put together that you just connect them and put chips on them? Are you sure?

AS a manufacturer running an international ship, with ISO and ANSI compliance, you have to have a certain defect ratio and a level of engineering manufacturing (Japan thus far is the best at it, and then the US and South Korea, Israel and others). The engineering process has to be 5-Sigma or 6-Sigma (current standards), along with different industry standards that a manufacturer has to meet, including ANSI (American National Standards Institutes), EU's regulations for Europe and all. Otherwise, you can NEVER sell ONE laptop, or legally give it as a gift to these countries. These standards combined with engineering technology ensure you meet a country's standards, regulations and all. Otherwise you can't sell them to these countries.

For example, the US manufacturer's like Dell and Oracle, can't sell their US hardware and software overseas. The standards for overseas are different and even to sell these, every company requires a US government's approval.

What do you think was changed in Pakistani Vipers block 52 that everyone was making so much noise about in terms of the US has a "kill switch"???? These are modifications to a main-board by adding another piece of hardware circuit that can do X when used.

Just to give you two examples of how this builds an entire new industry and a labor base for Pakistan to build electronics, or get more manufacturing business to assemble, let me walk you through two processes. I don't have the time to walk you through the ENTIRE manufacturing process, although I easily can if i had two hours to write about it. But let's see how the QA and QC processes work.

When you "assemble" a laptop, there are DIFFERENT levels of QA / QC (Quality Assurance / Quality Check or Certification) that EACH laptop has to go through. Its pretty obvious the little experience you had in Pakistan was with 4 people trying to "fix" stuff. Not assemble. After laptops or electronics are assembled, there are TEAMS of people doing JUST QA and QC.

Quality Assurance is the process to ensure a device's components, frequencies (every chip runs its own frequency and code), processing functions and capabilities meet the ISO standards (international standards). Then, the other QA part is to ensue that the laptops designed for the Chinese or the American or the European market meet their technology base these countries have set forth (like I explained ANSI for the American market, Canadians use ANSI but also use their own, EU uses their own, Japan has her own standards, etc).

Once you pass the QA with everything (each machine goes through it and people verify all aspects of QA, meaning they KNOW how every single transistor, processor and circuit is supposed to work for each customer per the specifications).

Next step is QC: this is where laptops are actually RUN and different software programs are qualified on laptops in different markets. For example, the Windows you might install in India, doesn't have the code set for the US. The US windows are different than the European windows as the code base is different. This is true for EVERYTHING, MS Office, Software Drivers, Google, Photoshop, media applications, etc, etc. So ALL these have to be tested to make sure the processor and all other sub-chip systems understand the instructions that the software is giving to the processor and the laptop as a system can execute all the tasks correctly, as expected by every application. This is very complex by itself!!

When a new version of Windows comes out, companies like Dell sell those and their laptops will have a sticker on them saying "Certified for Windows XXX or Windows XYZ Compatible or Intel Core I8, etc". All these things take hundreds of millions of dollars for a technology manufacturer, to learn, setup labs and machinery and scientists and techs and then run the operation and meet these published requirements and goals.

You then have to test pretty much all high level programming languages like .Net, Java, C++, etc, etc and then verify that the processor's instruction processing capability, all these software codes, become native processor languages when they hit the processors like Assembly and stuff. So if your processor has 2 or 4 cores, one of the cores isn't working, due to which, when the application tells the processor to "show green color", it turns black and shuts off or shows Yellow color instead. You think this laptop would go to a customer? If a few thousands of these defected products went to customers, the business would have REALLY REALLY bad name out there and people would rather buy Dell or IBM, etc. Resulting in losing Billions and the brand gets destroyed.

Microsoft (JUST one example) spends 60% of its budget on QA-QC. The remainder 40% goes to salaries of ALL other employees from corporate down to the help desk, customer service, product coders R&D and all. You see how important QA-QC is? Just two processes. And it means that when you QA/QC anything, the people doing it, aren't just laymen, there is advance technology, electronics engineers, hardware and software engineers and ordinary technician involved. THUS, creating a labor force that can then go manufacture other things as the industry has been set.

If you don't understand something and how complex it may be, try not to just start silly posting to score political points.
Chinese company Lenovo just cut a deal with India to do the same thing in India that Hair is doing in Pakistan. The entire INDIA, their PM and all, went onto media and thanked the Chinese and highlighted this investment as "great help in turning India a giant electronic manufacturer). Here, even after explanation, I am dealing with a depressed political mind set that doesn't want to understand how critical this is for their country!!

This is the saddest thing I am seeing across this site site and probably across Pakistan. People are too busy trying to show the current government's work as shiit. In that process, you guys trying to make these silly, nonsense points, look like total fools and make your country look like a country where no one's educated to understand these business things. But you guys have no nationalism. You'd rather continue to do political point scoring than actually support the work being done!!! I don't even know how you take such a broken nation together. May be you guys are destined to fight among yourselves like the Indians say!!! Very sad behavior indeed.

Here is a link to ANSI site (just so you can see how many standards are there and each standards version has over thousands of pages that the manufacturer is supposed to understand, follow and then produce products for American market, same is the case for other countries.

ANSI-American National Standards Institute
American National Standards Institute - ANSI Standards Store

Essentially, they are putting things together in a box and seeing if it turns on like it is supposed to. Had the news been about setting up a semiconductor manufacturing plant or one that makes digital signal processors. I might have given it some merit.

Ever seen an assembly line for manufacturing electronics equipment? Its QA, QC process? Signal processing, conversion, etc? This is a highly complex and scientific process and requires all level of people, from ordinary techs to highly qualified electronic engineers, hardware engineer, and software engineers, with highly specialized defect control trained labor. If you send out 1000 laptops without using the above and those things fail....Hair would lose stock prices over bad manufacturing and would take a hit across the globe, worth hundreds of millions.

A company's brand is their life. The brand's name gets bad press......the company is done as people don't buy from them.

Pakistan will soon be manufacturing mobile phones internally. The setup to manufacture the laptops was the step 1 (to put in the needed infrastructure in place). Then the cell phone technology will come as the agreement is near finalization with TOT on certain phone and tablet products from China. A few years from today, when these assembly lines are working, sky's the limit as to who you go get business from, or what you could make internally.
 
Ever seen an assembly line for manufacturing electronics equipment? Its QA, QC process? Signal processing, conversion, etc? This is a highly complex and scientific process and requires all level of people, from ordinary techs to highly qualified electronic engineers, hardware engineer, and software engineers, with highly specialized defect control trained labor. If you send out 1000 laptops without using the above and those things fail....Hair would lose stock prices over bad manufacturing and would take a hit across the globe, worth hundreds of millions.

A company's brand is their life. The brand's name gets bad press......the company is done as people don't buy from them.

Pakistan will soon be manufacturing mobile phones internally. The setup to manufacture the laptops was the step 1 (to put in the needed infrastructure in place). Then the cell phone technology will come as the agreement is near finalization with TOT on certain phone and tablet products from China. A few years from today, when these assembly lines are working, sky's the limit as to who you go get business from, or what you could make internally.

Actually I have.. small outfit called Texas Instruments, perhaps you've heard of them?
And to compare what is a second tier process which takes already fabricated components and makes them to a process that is essentially taking raw materials to advanced usable form is rather short sighted.

Moreover, please do not fool us with the level of processes that are involved when assembling a laptop. Take these folks for instance
Xidax - Gaming Computers & Custom PCs

These guys operate out of a fairly small one floor establishment and yet provide some of the best performing laptops in the market with a high reliability rate. Yet none of them are essentially going to be able to make an Intel processor or even create a high speed RAM because of their time assembling laptops.

Haier is doing it for the costs, and all it is brining to Pakistan is investment and jobs. That is that. Lets not fool anyone else further with the idea that somehow due to this Pakistan will be brought from some back ages in QC, Process management and product design (all things pretty well known in Pakistan if albeit less implemented for a variety of reasons) or somehow allow us to manufacture digital signal processors right here at home instead of having to send them to China.

Lets be optimistic, but realistic as well.
 
Actually I have.. small outfit called Texas Instruments, perhaps you've heard of them?
And to compare what is a second tier process which takes already fabricated components and makes them to a process that is essentially taking raw materials to advanced usable form is rather short sighted.

Moreover, please do not fool us with the level of processes that are involved when assembling a laptop. Take these folks for instance
Xidax - Gaming Computers & Custom PCs

These guys operate out of a fairly small one floor establishment and yet provide some of the best performing laptops in the market with a high reliability rate. Yet none of them are essentially going to be able to make an Intel processor or even create a high speed RAM because of their time assembling laptops.

Haier is doing it for the costs, and all it is brining to Pakistan is investment and jobs. That is that. Lets not fool anyone else further with the idea that somehow due to this Pakistan will be brought from some back ages in QC, Process management and product design (all things pretty well known in Pakistan if albeit less implemented for a variety of reasons) or somehow allow us to manufacture digital signal processors right here at home instead of having to send them to China.

Lets be optimistic, but realistic as well.

What division of TI? I know TI like the back of my Palm, in fact I visit TI's headquarters off of highway 635 and 75....every once a month. TI builds MANY things, small calculators or other devices don't count as that's a different process. Next, your example of Xidax....you missed EVERYTHING I mentioned above!!!

Xidax is out of Utah. An ALL American operation, meaning everything they get and manufacture is given to them within the US and its ALL on ANSI standards (I am assuming you've worked with or for TI, so you know ANSI and associated complexities right??).

Haer is NOT an American business. That was the point. For a small mom and pop shop to put together custom gaming laptops ALREADY designed inside a country and available as COTS isn't difficult. An assembly line like Dell, Lenovo or Haer or Sony, has to MAKE sure they first understand how their products will be developed with ANSI. What's the different in ISO and ANSI (foreign companies are primarily focused on ISO standards and then they have to tweak those for ANSI).

So in the US, I can get all ANSI American hardware or software from any company and put it together. But can I sell it to China or Europe or Japan in thousands? HELL NO, I have to comply with US export laws and THEN those countries import and technology standards. THAT is where a billion dollar business takes great pains to accommodate a market.

How many thousands of people know ANSI or EU standards in Pakistan? What's the trade volume in terms of electronic assembly and products from Pakistan to any of these countries like the US, Korea, Japan, Canada? Almost none. Its the other way around. So the point isn't that Pakistan doesn't have educated people or people who know computers. The point is, knowing technical design, interfaces and processing capabilities for each market and then developing ON those standards means you are building a labor force who then understands HOW to manufacture electronics for the US, vs. Japan, VS. Korea. THAT is the key. This labor force can then become part of another organization who wants to assemble in Pakistan for the US or others, as the labor exists and each new deal or contract, becomes force multiplier in getting more labor trained and the economy grows a lot as these are one of the highest paying jobs.

Here, see the level of complexity just for an American hardware manufacturer, etc, to build products for EU. Than imagine a company doing the same for MANY countries. You seem like a smart guy, I'll let you read and discover yourself :tup:.

Export.gov - EU Standards and CE Marking

EU Standards and CE Marking
Prior to exporting, U.S. manufacturers have to consider certification for the EU market. Certification is about conformity assessment (testing and certification) in order to declare compliance with EU regulatory requirements. For the majority of exported products, compliance is visibly testified by the use of CE marking. Use of standards is part of the process.

Bearing in mind that testing and certification for the U.S. market are not sufficient for exporting to the EU, manufacturers will need to start from scratch in order to determine what it takes to comply with EU requirements. Since EU legislation harmonizes mandatory requirements for product safety throughout the European Union, a manufacturer only needs to go through the process once and can then export to all 27 EU member states. With appropriate certification, goods travel freely within the borders of the Single Market.

Where to start? That is where we come into the picture: The Standards Team (Attaché and Specialist) at CSEU offer guidance on the road to regulatory compliance. As a first step, we recommend the websites listed below for an introduction to the range of legislation and standards that may be applicable to your product(s). Contact us for in-depth counseling on EU standards, product testing, and certification requirements.

CE Marking Step-by-Step

1.Read general guidance on standards/labeling/certification in the EU Country Commercial Guide

2. Find the applicable directive (legislation)

3. Determine the essential requirements in the directive (usually Annex I)

4. Note the harmonized European EN standards

5. Choose the appropriate conformity assessment module as described in the directive’s annex or presented in flow charts in the CE marking guidance booklet

6. Locate Notified Bodies (accredited test laboratories) – if required!

7. Create a Technical File and Declaration of Conformity and apply CE marking

8. Consider working with consultants
http://www.export.gov/cemark/eg_main_017270.asp
http://build.export.gov/europeanunion/businessserviceproviders/index.asp
 
What division of TI? I know TI like the back of my Palm, in fact I visit TI's headquarters off of highway 635 and 75....every once a month. TI builds MANY things, small calculators or other devices don't count as that's a different process. Next, your example of Xidax....you missed EVERYTHING I mentioned above!!!

Xidax is out of Utah. An ALL American operation, meaning everything they get and manufacture is given to them within the US and its ALL on ANSI standards (I am assuming you've worked with or for TI, so you know ANSI and associated complexities right??).

Haer is NOT an American business. That was the point. For a small mom and pop shop to put together custom gaming laptops ALREADY designed inside a country and available as COTS isn't difficult. An assembly line like Dell, Lenovo or Haer or Sony, has to MAKE sure they first understand how their products will be developed with ANSI. What's the different in ISO and ANSI (foreign companies are primarily focused on ISO standards and then they have to tweak those for ANSI).

So in the US, I can get all ANSI American hardware or software from any company and put it together. But can I sell it to China or Europe or Japan in thousands? HELL NO, I have to comply with US export laws and THEN those countries import and technology standards. THAT is where a billion dollar business takes great pains to accommodate a market.

How many thousands of people know ANSI or EU standards in Pakistan? What's the trade volume in terms of electronic assembly and products from Pakistan to any of these countries like the US, Korea, Japan, Canada? Almost none. Its the other way around. So the point isn't that Pakistan doesn't have educated people or people who know computers. The point is, knowing technical design, interfaces and processing capabilities for each market and then developing ON those standards means you are building a labor force who then understands HOW to manufacture electronics for the US, vs. Japan, VS. Korea. THAT is the key. This labor force can then become part of another organization who wants to assemble in Pakistan for the US or others, as the labor exists and each new deal or contract, becomes force multiplier in getting more labor trained and the economy grows a lot as these are one of the highest paying jobs.

Here, see the level of complexity just for an American hardware manufacturer, etc, to build products for EU. Than imagine a company doing the same for MANY countries. You seem like a smart guy, I'll let you read and discover yourself :tup:.

Export.gov - EU Standards and CE Marking

EU Standards and CE Marking
Prior to exporting, U.S. manufacturers have to consider certification for the EU market. Certification is about conformity assessment (testing and certification) in order to declare compliance with EU regulatory requirements. For the majority of exported products, compliance is visibly testified by the use of CE marking. Use of standards is part of the process.

Bearing in mind that testing and certification for the U.S. market are not sufficient for exporting to the EU, manufacturers will need to start from scratch in order to determine what it takes to comply with EU requirements. Since EU legislation harmonizes mandatory requirements for product safety throughout the European Union, a manufacturer only needs to go through the process once and can then export to all 27 EU member states. With appropriate certification, goods travel freely within the borders of the Single Market.

Where to start? That is where we come into the picture: The Standards Team (Attaché and Specialist) at CSEU offer guidance on the road to regulatory compliance. As a first step, we recommend the websites listed below for an introduction to the range of legislation and standards that may be applicable to your product(s). Contact us for in-depth counseling on EU standards, product testing, and certification requirements.

CE Marking Step-by-Step

1.Read general guidance on standards/labeling/certification in the EU Country Commercial Guide

2. Find the applicable directive (legislation)

3. Determine the essential requirements in the directive (usually Annex I)

4. Note the harmonized European EN standards

5. Choose the appropriate conformity assessment module as described in the directive’s annex or presented in flow charts in the CE marking guidance booklet

6. Locate Notified Bodies (accredited test laboratories) – if required!

7. Create a Technical File and Declaration of Conformity and apply CE marking

8. Consider working with consultants
http://www.export.gov/cemark/eg_main_017270.asp
http://build.export.gov/europeanunion/businessserviceproviders/index.asp

I did not go to T.I's HQ, but its manufacturing plant in Chengdu. that is where you see the processes implement. You are focusing on the assumption that labor force does not know EU standards or how to conform to them. I personally helped set up standards for medical firms to comply with FDA and CE requirements. Take a surgical instrument out of Sialkot, the FDA requires certain grade of steel and has a stringent tolerance for additives and contaminants. Now, these instruments are still made to that conformance and they pass it. But many of them are made manually.
You can put the craftsman in a protective suit, give him nitrile gloves to work with.. but you will still NOT improve how he makes them. You will not be able to have him create a machine to do it better unless he develops it from scratch or is able to get the designs for it.

Your focus is on standards for the product but not whether it will actually improve the process or provide an actual leap to Pakistan. Meeting CE standards is one thing, being able to make improvements on the product being sold is another.
The T.I factory in Chengdu was making chips that we were using for our radio systems. However, at a place across town was another factory that was REPLICATING the process to create chips like it. The only difference was that they were still not getting the QC right at the time. Which is why the T.I C6600 worked all the time while the facsimile did not. But they did learn how to make something, so a year later we were able to switch to the other(and cheaper) option without much ado. It is this which I refer to and not the whole shebang about conformance and business processes.
 
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