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There was no Spain at the time of Ibn Rushd, it was called Andalusia, a province of the Muslim Arab Empire.
Google Andalusia instead and you will be very happy, it had thousands of Ibn Rushd.
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Abu al-Walid Muhammad ibn Ahmad ibn Rushd, better known in the Latin West as Averroes, lived during a unique period in Western intellectual history, in which interest in philosophy and theology was waning in the Muslim world and just beginning to flourish in Latin Christendom. Just fifteen years before his birth, the great critic of Islamic philosophy, al-Ghazzali (1058-1111), had died after striking a blow against Muslim Neoplatonic philosophy, particularly against the work of the philosopher Ibn Sina (Avicenna). From such bleak circumstances emerged the Spanish-Muslim philosophers, of which the jurist and physician Ibn Rushd came to be regarded as the final and most influential Muslim philosopher, especially to those who inherited the tradition of Muslim philosophy in the West.

His influential commentaries and unique interpretations on Aristotle revived Western scholarly interest in ancient Greek philosophy, whose works for the most part had been neglected since the sixth century. He critically examined the alleged tension between philosophy and religion in the Decisive Treatise, and he challenged the anti-philosophical sentiments within the Sunni tradition sparked by al-Ghazzali. This critique ignited a similar re-examination within the Christian tradition, influencing a line of scholars who would come to be identified as the “Averroists.”

Ibn Rushd contended that the claim of many Muslim theologians that philosophers were outside the fold of Islam had no base in scripture. His novel exegesis of seminal Quranic verses made the case for three valid “paths” of arriving at religious truths, and that philosophy was one if not the best of them, therefore its study should not be prohibited. He also challenged Asharite, Mutazilite, Sufi, and “literalist” conceptions of God’s attributes and actions, noting the philosophical issues that arise out of their notions of occasionalism, divine speech, and explanations of the origin of the world. Ibn Rushd strived to demonstrate that without engaging religion critically and philosophically, deeper meanings of the tradition can be lost, ultimately leading to deviant and incorrect understandings of the divine.

This article provides an overview of Ibn Rushd’s contributions to philosophy, emphasizing his commentaries, his original works in Islamic philosophy, and his lasting influence on medieval thought and the Western philosophical tradition.

http://www.iep.utm.edu/ibnrushd/

He came with nothing new to Islam but to the Christian west.
Everything he strived for was already in the Koran, where it is clearly said and encouraged to challenge the word of god (The Koran) by any imaginable mean (obviously Including philosophy), and no one have succeeded till today!
 
November launch for Saudi-made satellite



RIYADH, 25 August — Saudi Arabia will launch a third communications satellite in November with the help of a Russian rocket from Kazakhstan.

Prince Turki ibn Saud, supervisor of the Space Research Institute, told Arab News that the satellite was designed and made entirely by a Saudi team.

He said the satellite will be used for purely commercial, non-military purposes.

Saudi Arabia launched two satellites in September 2000 from Kazakhstan by a Russian military rocket which are in orbit 650 kms above the earth.

The third satellite to be launched by Saudi Arabia can provide vital data on weather conditions and oil exploration besides monitoring the movement of vehicles in remote regions of the Kingdom.

"The King Abdul Aziz City for Science and Technology is currently designing and making a series of Saudi satellites to achieve the city’s objectives," he pointed out. The institute is an affiliate of KACST.

Prince Turki called upon Saudi businessmen to invest in the services to be provided by the new satellites.

The two satellites launched by the Kingdom in the past have been designed by Saudi scientists. Saudi Arabia is the second Arab country after Egypt to launch satellites.

The Saudi satellites are designed to have a weight of 10 kilos or more. Each one of them will cost SR3.75 million ($1 million) excluding the cost of launching.

The Space Research Institute and the Center for Remote Sensing are entrusted with the task of providing remote sensing technology including satellite imagery and data for the public and private sectors.

These images and data are vital to researches in areas like agriculture, geology, mapping and natural disaster studies.

The Kingdom has undertaken several research projects in remote sensing and space research.

It has already completed an important study on the Red Sea fish resources and another on environmental pollution in the country.

An exploratory study project on the mineral resources has also been implemented by specialized scientific institutes at KACST in collaboration with the Ministry of Petroleum and Minerals.

November launch for Saudi-made satellite | ArabNews
 
“Made in the Arab World” competition

“Made in the Arab world” competition aims to extract the Arab youth’s innovations ideas in the field of science and information, by link the academic and professional scientific research with the industry community, to solve the technological and scientific problems that face the Arab countries, also to help producing and developing the high marketing value products.

“Made in the Arab world” competition’s goals:

- Establish link between the Academic research and technology and communication market, in the entire Arab region.

- Develop the participants’ entrepreneur skills through holding interactive training workshops.

- Identify the Arab youth innovations in the field of science and technology.

The “Made in the Arab world” competitions levels:

There were 3 levels for the participants in the Competition, they were:

- College student level and their graduation projects.

- The universities’ staff and the researches centers.

- The technicians level, in a condition of not receiving any funding form any organization.

The “Made in Arab world” competition’s finals came at the end of long chain form the local competition in the Arab countries that participated in the competition, then the winners in the local competitions competed with each other in the final ceremony that held in Egypt.

The winners in the competition received financial prizes; also they will be able to participate in the Arab Technology Business Plan Competition (TBPC).

To know more about the competition, you can go for the following URL:

http://mia.astf.net/


The Arab Technology Business Plan Competition

The encouragement of the research and innovate in the field of science and technology is From The Arab Science and Technology Foundation’s (ASTF) belief, so ASTF supported a lot of Scientific competitions in order to identify and develop the Arab youth innovation in the field of technology, and funded it financially.

From these scientific competitions: The Arab Technology business plans competition (TBPC).

The Arab Technology Business Plan Competition considered as regional competition for Arab youth, that organized by ASTF with cooperation with Intel international company. TBP competition helps Arab youth to present their innovation to the Arab investors and businessmen who interest in investing in science and technology.

The winners in the competition get financial funding for their projects, the first place prize: 10,000 $, and the Second place prize: 6,000$, and the third place prize: 4,000$.

For more information about the Arab Technology Business Plan Competition, go to the following URL:

The Arab Technology Business Plan Competition


The Arab Investing Forum In Science and Technology

Arab Investing Forum in Science and Technology, Considered as one of the most important Arab investing gathering in the Arab region in the north Africa and Middle east, where a lot of businessmen, investors, venture capital companies represents, and starts up projects’ owners from all over the world.

The Arab Science and Technology Foundation (ASTF) organized 7 forums, where 950 investors participated from 36 Arab and Foreign countries. Also 15 workshops were organized on the forum sideline, these workshops assist in training the starts up projects’ owners.

The Arab Investing Forum covers many scientific vital fields, like:

- Technology and information.

- The renewable and new energy.

- Construction and material science.

- Oil and gas and petrochemicals.

- Agriculture.

- Education.

- Transportation.

- Medicine and pharmacy and health care.

- Water Desalination.

- Electric device and Electronics.

- Environmental sector and a lot of sectors that related to technology.

As a result of holding the investing forums, About 15 million US Dollar was invested, and about 63 starts up companies were supported and 22 companies were invested in, Also 7 projects participated in the investing forum get patent.

Mr. Wessam El-Rebdy from ASTF’s Amman office supervised on the Arab Investing Forum.

Investing in Science and technology
 
made in arabia

Made In

Saudi Arabia

"One American businessman put it this way: 'Now is the time to be a Saudi; his time has come."

Written by William Tracy
Photographed by Burnett H. Moody
Additional photographs by William Tracy and S. M. Amin

This February Saudi Arabia made two startling announcements. The first was that General Motors, the world's largest industrial corporation, was establishing a multi-million dollar assembly plant in the kingdom. The second was that Nissan Motor Co. of Japan would build a $20-million truck assembly plant.

To those who persist in seeing the Arab East, and especially Saudi Arabia, in the outdated context of deserts and Bedouins, the idea of cars, buses and trucks rolling off assembly lines in Riyadh or Jiddah must be astonishing. But to those who know, the GM announcement is simply additional evidence that the Arab East, as Newsweek wrote recently, is on the verge "of the most spectacular industrial revolution the world has seen in the last quarter century."

Oil aside, that would still be a considerable overstatement as regards Saudi Arabia today, where nothing comparable to the giant industrial complexes of the United States, Japan or Germany yet exists. But considering the enormous handicaps that the kingdom has had to overcome and the late start that it made, its progress is already impressive and its future exciting. For example: Internal consumption of refined oil products shot from a mere half-million barrels in 1950 to 20 million barrels, 40 times as much, in 1972; and 16 percent up from just the previous year. Electricity generation increased from 442 million kilowatts in 1967 to 977.6 million in 1972, 130 percent in just five years. Saudia, the national airline, last year posted its first million-passenger year and announced that it is now the biggest airline in the Middle East. And, economists say, the real takeoff is just beginning.

One American businessman put it this way: "Now is the time to be a Saudi; his time has come." Saudi businessmen agree. "Industry in any modern sense," says Wahid bin Zagir of the Jiddah Chamber of Commerce, "was not introduced in this country until the early 1950's, and haphazardly at that. But already the situation has changed. The government is spending enormous sums to build the necessary physical infrastructure and to create the modern administrative structure needed both to regulate and encourage manufacturing. We have a growing body of skilled workers, widespread consumer prosperity, increased contacts with the outside world and an entirely new breed of industrialists."

Wahid bin Zagir, though hardly typical, is himself one of the new breed. Plain-spoken, heavyset, Bin Zagir has a degree in economics from England's Durham University and at 39 has served on the boards of an airline, a bank, a government commission and a university. He was formerly mayor of Jiddah and is now vice-president of Jiddah's Chamber of Commerce. Growing up in an established merchant family with several generations of experience in importing and selling soaps and toiletries, Bin Zagir, a few years ago, sensed that the Saudi market was ready to support a local manufacturing effort. After studies of the market and negotiations abroad he went into partnership with Unilever International to manufacture in Saudi Arabia such well-known brands as Lux and Lifebuoy soaps and Sunsilk shampoo.

You meet them more and more often in Saudi Arabia these days, this new breed of young men, bright, articulate, many of them graduates of U.S. or British universities and all intensely proud of Saudi Arabia's present mushrooming development, confident of their own ability to grasp the opportunities suddenly opening to them in their ancient desert land and imbued with what Robert Graham, correspondent of Britain's prestigious Financial Times, describes as "suddenly, an air of purpose."

Skeptics might say the air of purpose was a long time in coming. Pastoral and poor as recently as 30 years ago, the kingdom's economic base, prior to the discovery of oil, rested almost entirely on skimpy agriculture, taxes, customs duties and a small income from pilgrims to Mecca. Oil, of course, changed that, but it was not until the early 1960's that concerned government officials began to move away from almost complete dependence on petroleum toward industrialization.

To do so Saudi Arabia, like other developing countries of Africa and Asia, had first to face up to some hard facts: wide spread illiteracy, serious cultural obstacles and an almost total absence of the infrastructure vital to economic diversification: electricity, roads, harbors, railways, airports, telephones, mines, machinery, skilled labor and administrative and technological know-how.

For many countries these were, and still are, insurmountable obstacles. To simultaneously educate an entire populace, construct transportation facilities throughout the country, install modern communications, expand agriculture, bring in experts, provide plants and machinery, require massive expenditures which most emerging nations simply cannot afford.

Saudi Arabia can. As the largest oil exporting country in the world Saudi Arabia today has virtually unlimited capital which—especially since the mid 1960's—it has been pouring into a staggering variety of projects that are transforming the kingdom.

Just this year, for example, the kingdom will spend nearly $300 million for the new Jiddah International Airport and pilgrimage center; an estimated $340 million for the 400-mile Taif-Abha-Jizan highway in the mountainous southwest; and $55 million for the Red Sea to Arabian Gulf "backbone" telecommunications project linking Jiddah, Mecca, Taif, Riyadh, Hofuf and Dammam with microwave and coaxial cable.

Projects such as these are the end results of long and careful research conducted by Saudi planners with the help of experts from the Ford Foundation, various United Nations agencies and private consulting firms which the government, with laudable foresight, began to bring in some 10 years ago to give their counsel. From their studies and recommendations gradually developed a sweeping, three-phase program, calling for, first, massive government spending on the basics (education, social services, roads, docks, communications); second, industrial and agricultural development (mineral resource exploration, heavy industry plant construction, irrigation projects); and third, stimulation of private enterprise (tax concessions, legislation, loans).

This program was formalized in 1970 in the Five Year National Development Plan, a 227-page document prepared by the 90-man staff (80 percent Saudi) of the Central Planning Organization headed by University of California graduate Hisham Nazer, with an assist from a six-man consulting team of economists brought in from the prestigious Stanford Research Institute.

"The basic idea," Mr. Nazer explained at a luncheon meeting of the American-Arab Association at New York's St. Regis Hotel last September, "is to increase industry's share in our GDP from a current 6.7 percent to a level where it can be comfortably felt that oil's share is no longer the exclusive factor."

A glance at a recent national budget shows where the first plan puts its emphasis. According to a budget breakdown for the year 1972-73, more than 2,000 miles of new highways were under construction, 28,100 telephone lines were being installed, and planning had begun on submarine communication cables—in the Red Sea and the Arabian Gulf—and on two satellite ground stations. The Information Ministry had started work on a new television network in the south and installed new radio transmitters in the north. New airport terminal buildings were being built in three cities, new runways at three others. Four seaports were being expanded and large amounts of national funds were allocated to numerous municipalities needing road paving, street lighting, sewage systems and public housing. The budget also showed that 144 new boys' schools, 109 girls' schools, 80 anti-illiteracy schools for adults and 1,400 additional classrooms for existing schools were planned or underway, and that large sums had been earmarked for new buildings at universities and colleges in Jiddah, Mecca, Medina, Riyadh and Dhahran.

In the 1973-74 budget—up 72.8 percent to $6.4 billion—such development projects accounted for 62.5 percent of the total allocations. Transportation and communications, for example, received $640 million, a 60-percent increase, and education received $630 million, up 40 percent from 1972-73.

For the second phase of the program—industrial and agricultural development—the 1972-73 budget provided about $130 million for mineral exploration, electric power subsidies and direct industrial investments, and another $170 million for irrigation, drainage, dams, wells, Bedouin settlement, building or maintaining five sea-water desalination plants and constructing drinking-water distribution systems in 14 towns and cities.

Considerable funds were also channeled into the kingdom through the General Petroleum and Mineral Organization (Petromin), a sort of state-owned, semi-autonomous public corporation set up in 1962 and authorized to enter partnerships with private local and foreign capital. Initially Petromin concentrated on several oil-related projects, but later turned to mineral exploration too. Since then air and land teams have found rock salt, marble and promising traces of magnesium, lead, zinc, silver and gold. Substantial deposits of iron and copper now only await roads and water supplies to be exploited, with copper receiving priority attention. In February, for example, two Japanese firms agreed to explore a 4,000-square-mile concession area rich in copper, lead and zinc.

More recently, Petromin has moved directly into industrial development. On the Red Sea coast south of Jiddah Petromin built a steel rolling mill which was initially plagued by problems but in 1970 turned out 85,000 tons, principally long reinforcing rods for concrete, and is currently meeting about a third of the steel requirements in the Western Province. On the Arabian Gulf coast near Dammam and the natural gas sources which provide both its power and its principal source of raw material, Petromin built a nitrogenous fertilizer plant which produced 92,250 tons in 1971. SAFCO, as it's called, the Saudi Arabian Fertilizers Company, is owned 51 percent by Petromin and 49 percent by private Saudi investors. The company has a technical aid agreement with Occidental Petroleum and a marketing arrangement with Inter Ore. Starting with nothing but natural gas, air and steam, the plant produces ammonia (sold in Saudi Arabia, Qatar and Kuwait) and urea, exported to Sudan, Yemen, Afghanistan, Pakistan and India. A by-product is sulphuric acid, which is shipped to Bahrain and Qatar and within Saudi Arabia is sold to an oil company, a detergent factory and a sea-water desalination plant. SAFCO represents a $20-million capital investment and employs 523 workers, of whom 320 are Saudi Arabs, others Egyptian, Jordanian, British and American.

For Saudi Arabia this is big business. But it's only a sample of what government planners have in mind. For in Arabia abundant natural gas is produced along with oil as a joint product and Petromin now envisions two ways of exploiting its enormous potential.

The first is as cheap energy. Some gas is currently used for electric power production, desalination and in manufacturing fertilizer, cement and glass. Far larger quantities could be used to fuel power-hungry aluminum smelters such as those now operating on nearby Bahrain. A feasibility study is underway for an aluminum plant with a capacity of 140,000 tons per year. And already a preliminary agreement has been signed between Petromin, two Japanese companies, Nippon Steel and Nippon Kokan, and the U.S. firm, Marconi Corporation to build a $500-million steel mill near the port of Jubail, close to Eastern Province gas sources. It is planned to have an initial capacity of one million tons yearly, rising in increments to five million. Ore will be brought from Brazil in specially-constructed bulk ships capable of carrying oil on their homeward voyage.

The steel mill may be one of the largescale projects referred to in a recent Washington Post article which reported that confidential discussions were going on in the kingdom on industrial proposals costing up to a total of $5 billion. But the other projects will be part of an envisioned petrochemical complex using gas not just as fuel, but as raw material. One such project, announced in December 1973 with a 1978 completion date, is an agreement with Mitsubishi Corporation and Mitsubishi Petrochemical Company to build an ethylene plant with a yearly capacity of 500,000 tons and derivative products such as polyethylene and propylene produced to scale. A preliminary agreement was also reached on a methanol plant with a yearly capacity of about 3.5 million tons.

The third phase—stimulation of the private sector—is also moving. After a cautious beginning two decades ago, private industry is taking increasingly ambitious and confident strides.

In 1961 Saudi Arabia published its first comprehensive regulations governing and encouraging the investment of local capital and in 1963 gathered foreign investments under the same umbrella. The two laws provided for such concrete support as customs exemptions on imported machinery, spare parts and raw material, elimination of export duties on products, five-year tax holidays and, in some cases, tariff protection.

According to Abdul Majid Kayyal of the Ministry of Commerce and Industry, the sometimes touchy tariff protection provision has been carefully considered. "If we determine that a manufacturer will be able to assure reasonable prices, sufficient quantity to supply the market and quality, we offer limited protection by temporarily raising customs duties on competitive imports." Bin Zagir at the Chamber of Commerce adds, "We don't want to encourage the growth of industry at the expense of the consumer. Then, too, if local manufacturers can't meet international standards we will never capture export markets."

Compared to the headlong rush into prestigious, and frequently wasteful, industrialization schemes in many developing countries this policy seems eminently sensible. Furthermore, as the dry language of a recent report to investors by New York's First National City Bank suggests, it works. "Tariff protection is likely to be available only to efficient industries which can remain roughly competitive with imported goods. A number of Saudi industrialists have demonstrated that this can be done."

Other factors encouraging to investors are Saudi Arabia's refusal to impose currency controls—many nations have heavy restrictions on the movement of capital—its firm commitment to free enterprise and its record of political stability. And if the local market is small, the prosperity of neighboring Arabian Gulf countries tends to expand it significantly.

One of the only roadblocks remaining, in fact, is the acute shortage of management and technical personnel and trained labor. The Citibank report singles out this problem for comment. "In spite of the tremendous achievements in developing the kingdom's educational system in the past 20 years, there is expected to be a severe shortage during the 70's of professional and managerial people." An American working with the Central Planning Organization explains, "The manpower problem is Saudi Arabia's most basic problem, and perhaps one of its most intractable. I'm optimistic that under the plan, financial resources are now being channeled into education as much as can be effectively used, but it will still be some years yet before the numbers of qualified men available will be large enough."

In the meantime the government is building and staffing vocational training institutes throughout the country, foreign companies involved in joint-venture projects are obliged contractually to provide for the training of local youths and, when enough skilled Saudi workmen are simply not available, work permits are granted to bring in sufficient expatriate technicians to do the job.

The government also provides industrial sites at nominal rents and has built industrial estates in Dammam, Jiddah and Riyadh which, says Abdulla Sulaim, a young Saudi who studied civil engineering at St. Martin's College in Washington, provide industries with what they need. "Aside from the surveyed plots available for factory sites, each estate has a network of roads, fresh water, sewers, lights and power. There is also a landscaped central service area with administration building, post office, police station, cafeteria, a model factory building, fire department and central machine shops."

The three estates are managed by the government's Industrial Studies and Development Center in Riyadh, a semi-autonomous agency whose chairman is the Minister of Commerce and Industry and which maintains working ties with the Ministry of Finance, the Ministry of Technical Education, Petromin and the Central Planning Organization. The center was established in 1967, staffed then by less than a dozen enthusiastic researchers. In 1973 its work—feasibility, marketing and pre-investment studies—kept 127 busy. One hundred were Saudi Arabs, 20 were Arabs from neighboring countries, and seven UN experts on loan from Germany, Sweden and India. During the year the center conducted feasibility studies for factories to produce electric cables, table salt, sugar, and paper and paper products utilizing palm wood. For bicycles, a study showed that with an investment of $320,000 a plant could be built to manufacture about half of Saudi Arabia's annual imports of 24,000 machines.

The center also carried out pre-investment surveys for gas heaters, locks, hinges and nails, household electrical appliances and fruit preserves. Other possibilities investigated in recent years have included fired red bricks, ceramics, cotton cloth and tomato paste and juice. Such studies are beginning to bring results. In January this year a $2.5-million factory to produce 4,500 tons of tomato paste and 2,000 tons of juice yearly was opened in Riyadh. The plant will employ 72 on a seasonal basis, and utilize tomatoes grown in nearby villages to supply about 50 percent of the Saudi Arabian market.

Ibrahim bin Salamah, a researcher with a degree in mathematics and commerce from Steven F. Austin State College in Texas, lists some of the aspects the center takes into account. "First we look at how imports of this particular item from abroad have been running. We talk to dealers and agents, wholesalers, retailers. We examine shipping and customs records and make an estimated demand, almost always a conservative one. We might cross check by looking at new housing construction, for example. Then we estimate the skilled manpower required and find out what is actually available on the labor market. We determine that raw materials are available and measure their quality. To help out there we have just commissioned the design for a new industrial laboratory which we hope to have completed in about three years' time. It will house our Bureau of Standards and facilities to test for safety, weights and measurements, and quality control."

The Development Center also played an active role in preparing the manufacturing section of the five-year Development Plan by conducting a wide-ranging survey that unearthed some arresting data. It was found, for example, that although there were some 9,163 "manufacturing establishments" in the kingdom in 1968, only 29 companies worked on a scale big enough to maintain a staff of 50 or more, and in the entire country only four manufacturers employed 200 or more.

Even so, the center found, during that year the industrial sector turned out products worth an estimated $108 million and paid wages of more than $25 million. Divided into sub-groups the four major categories of manufacturing turned out to be food and beverages (which accounted for 26 percent of income), cement and non-metallic industries (24 percent), transportation equipment and repairs (13 percent) and wood products and furniture (9 percent). With this information the center went on to draw up a 152-page report, making detailed five-year projections in 12 sub-sectors of industry. The subsectors were food and beverages; textiles and wearing apparel; wood and furniture; paper and printing; leather products and shoes; rubber products; chemical products; metal products; cement and non-metallic products; machinery and appliances with their maintenance; transportation equipment with its maintenance; and miscellaneous.

Overall the five-year projections anticipate that new private investment in the 12 sub-sectors of light or consumer industries will total $75 million by 1975. At the end of the period gross annual output should total $242 million, reflecting a hoped-for annual growth rate of 12.2 percent and jobs for an additional 13,000 workers, an annual employment growth rate of 6.3 percent.

The report also projected for each of the 12 subsectors the needs in terms of raw materials, land, machinery, wages and power consumption. Concrete proposals were made to actively encourage private investors to go ahead with a surprisingly varied list of projects determined to be feasible during the five years. These included factories for manufacturing or assembling canvas, surgical bandages, shoes, paints, pharmaceuticals, gas stoves, enamel ware, air conditioners, refrigerators, electric fans, dry-cell batteries, fiber-glass boats, bicycles, automobile batteries and light bulbs.

But official statistics and governmental projections, important as they are, do not tell the whole story. The scope and variety of private enterprises, some large, others quite small, actually turning out finished products throughout the kingdom every day is another measure of progress, and a brief summary gives witness to the initiative of Saudi industrialists.

Two factories produce oxygen, acetylene and carbon dioxide gas; a small animal feed factory produces 3,600 tons each year. A shoe factory has a capacity of 280,000 pairs yearly. A macaroni factory produces 600 tons annually. Three factories make ready-to-wear clothing, one produces cotton towels, five turn out plastic household implements, four manufacture fiber-glass water tanks and make aluminum kitchen-ware. Others produce chicken rotisseries, water heaters and desert coolers, a kind of ventilator. There are also 16 commercial printing plants.

From the Arabian Gulf a fishing company harvests and processes just under $2 million worth of shrimp each year. It employs 450 workers on 40 trawlers, two mother ships and at two plants on shore, and exports shrimp to Lebanon, Japan and the United States. The Nahda Radiator Factory in Dammam transforms sheets of brass, copper and tin imported from England and Australia into 50 automobile radiators each day and exports a large proportion of them to Bahrain.

Dates, which are exported to Arab countries and Spain, are packed in three plants; date syrup is being investigated as a sugar substitute in soft drink manufacturing. Three major bottling plants turn out 112 million bottles of soft drinks a year, employing about 90 men on two shifts during the hottest seven months. In the past nearly $2 million worth of empties were imported per year from Germany, the Netherlands and Kenya to slake these bottlers' near-unquenchable desert thirst. Now the National Glass Manufacturing Company has inaugurated a spanking-new $1.5 million plant near Dhahran which uses natural gas to fire its furnaces and transform highpurity silica sandstone from a quarry near Riyadh into nearly 26 million bottles a year. The factory will employ 180 when operating at capacity.

There are numerous success stories. Jiddah's Saudi Arabian Carpet Factory, set up in 1971 to produce prayer rugs for sale to pilgrims and for the great mosques of Mecca and Medina, now turns out enough floor covering each day to almost carpet a football field and is capturing a large share of a market formerly dominated by French, Italian and Lebanese imports. Manager Mustapha bin Sumit says he has ordered five more Belgian machines to double his production.

Abdul Rashid Badrah started his west-coast candy factory in 1966, has since tripled production, exports to Yemen and the Arabian Gulf states. During his peak season, the month of Ramadan, with its numerous religious celebrations and festivities, his 200 employees, all Saudi Arabs, work three shifts, turning out 15 tons of hard candy, toffee, chocolates, nougats and wafers each shift. The firm also packs sugar and cornflour, and Badrah now plans to produce cookies and potato chips in a $2-million addition to his present $1.5-million plant.

Abdullah Matrood, a former Aramco employee (Aramco World , January-February 1972) started his unpretentious National Laundry in the growing commercial center of Al Khobar near Dhahran, and has built it in a few years into a smooth-running industrial operation with 18 branch pickup points and 145 workers processing 8,800 pounds of laundry a day. Matrood also owns the National Dairy and Ice Cream Plant (one of three in the kingdom). The factory produces up to 17,000 gallons of ice cream weekly during hot months, keeps a refrigerator truck constantly busy on the long road to Hofuf and Riyadh and ships to Jiddah by air four times a week.

I like the Bin Zagirs with Unilever, the Aboudawood family in Jiddah started off as importers of Procter and Gamble products, then entered into a 50 percent joint venture back in 1954 to manufacture Tide and Cheer locally. The normal plant capacity is 13,000 metric tons per year, but it has gone onto two shifts a day to meet the demand. The firm varies the formula of its detergents to match local water conditions or laundering customs. Thus the product sold in areas where women still boil clothing is slightly different from that marketed in cities where washing machines are more common or that exported to mountain villages in Yemen. The company also uses modern promotional techniques with special offers such as a nine-piece map of the Arabian Peninsula or coupons to save against a kitchen knife or even—for a lucky few—a TV set. It employs 125 men and is proud of its safety record and paternalistic labor relations, which include such extras as subsidized lunches, year-end bonuses, gift parcels for religious holidays or family events—and of course free soap.

Under license the same family operates the Clorox factory, which is 100 percent Saudi-owned. Hussein Aboudawood, an energetic young family scion with a BS in chemical engineering from the University of Texas and on-the-job training with Clorox in the United States, manages and speaks with evident pride of the spanking-new million-dollar factory. "The contractor said he could save us money if he used concrete blocks instead of the yellow bricks called for by the architect. I told him 'Forget it.' So then he said he could import the bricks from Kuwait and I told him 'Forget it.' In the end he made them here in Jiddah specially for us and you can see it was worth it."

The factory, with arches reminiscent of Dhahran's International Airport, is indeed handsome. It also happens to churn out about five million bottles of Clorox per year for sale in Saudi Arabia, the Gulf states, Yemen and Jordan. Bleach is a large seller in these desert lands where the cool white cotton thobe or galabiyah is still the most commonly worn man's garment. The factory employs 30 and also manufactures its own distinctive plastic bottles, though like the Tide factory, its labels and cardboard cartons are produced at Banawi, a Jiddah printing company.

Another container producer is the National Paper Products Company in Dammam, which grossed more than $4 million last year after beginning on a shoestring in 1957, producing manila envelopes and paper tissues. Now it sells polyethylene bags to SAFCO and another fertilizer company in nearby Kuwait. Last year the firm manufactured 32.5 million four-ply paper cement bags—enough, at 10 feet of heavy-duty paper per bag, to wrap around the equator 2½ times. It sold the bags to companies in Abu Dhabi, Qatar and Kuwait as well as to the three Saudi Arabian cement plants, which are located in Hofuf, Riyadh and Jiddah.

Cement production, which has averaged about 50 percent of total consumption, is climbing rapidly as the construction industry, like light manufacturing and the service industry, continues to thrive. It doubled from 1966 to 1971, when it reached about one million tons, and it is expected to double again by next year. Jiddah's Arabian Cement Company has announced a $20-million addition (including a million dollars, worth of pollution control equipment) to nearly double production to 2,100 tons daily. The Yamamah Saudi Cement Company of Riyadh, which produces 1,100 tons a day, is planning a new unit with electric dust precipitators which will expand production to 3,100 tons. The Saudi Cement Company in Hofuf, capitalized at $17.5 million, fired its first kiln in 1961, added another two years later, a third two years after that. The plant has lately been running so consistently at five to ten percent over its rated 1,500-ton daily capacity that the company has decided to double the facilities. The plant is fueled by Saudi natural gas, gets its basic raw material (eight million cubic feet of limestone daily) from its own next-door quarry, buys clay and gypsum from privately-owned quarries nearby, and even obtains Saudi iron ore (one percent of cement's ingredients) from a small mine in Wadi Fatma in the Hijaz mountains. An interesting sidelight is that besides its standard Portland variety, Saudi Cement produces 50,000 tons per year of long-setting oil-well cement, which needs time to travel down a hole about 7,000 feet before it hardens. This special product is entirely consumed in Saudi oil fields.

The company also produces a special salt-resistant variety of cement for use near the sea, which was used in building the new desalination plant in Al Khobar. It also makes large bulk sales of its standard variety to Amiantit Company, the Saudi Arab-Swiss joint-venture company which produces about $6-million worth of asbestos-cement pipes each year in a $4-million plant located in Dammam. Two giant truck trailers shuttle endlessly between Hofuf and Dammam carrying about 1,500 tons of unbagged cement for Amiantit each month. Although the plant was designed with an anticipated export capacity only a few years ago, the company's entire production is now being used within Saudi Arabia, and although the plant works 210 men in three shifts, production is booked six months ahead. A second Amiantit factory opened in Jiddah last year. The sturdy pipes can be used for irrigation, sewage or municipal water supply. For the latter, the Dammam plant has turned out pipe for entire systems in Riyadh and Mecca, and for the 30-mile strip of Gulf coastal townships linked to the new Al Khobar desalination plant.

A competitor in the pipe field is another Saudi company, SAPPCO Ltd., which has a technical agreement with Chemidus-Waviu Ltd. and has finished construction on a $l-million pipe-extrusion plant in Riyadh. SAPPCO plans to turn out 2,000 tons of unplasticized polyvinylchloride pipe this year, increasing production to 8,000 tons after five years. One advantage of lightweight PVC pipe is that it is unaffected by rust, acidic soils and sewage, all of which are problems in semi-tropical countries. Eventually, too, it's expected that the raw material for these pipes might be produced in one of the factories which will be springing up in the planned east-coast petrochemical complex.

In the service industries a number of Eastern Province firms are a natural outgrowth of activity related to the oil industry. Many, in fact, got their start with one of several forms of support—direct loans, loan guarantees, purchase contracts or letters of intent—offered by Aramco as part of its historical efforts to develop local business. Finding itself involved over the years in everything from gardening and baking to auto repairs and warehousing, Aramco decided to encourage the local economy to provide those services not closely related to oil production. The young generation of Saudi entrepreneurs (many of them ex-Aramco employees) were quick to step into the breach. Several large garages, a motor-rewind shop, a valve repair shop and a pipe-coating and wrapping plant are all examples of this trend. Another is Vetco Saudi Arabia, a joint venture including Saudi industrialist Sulaiman Olayan and America's Vetco International. The company repairs and maintains drilling equipment and re-threads drilling pipes and couplings. Westinghouse is now going ahead with a $30-million joint-venture project with the Saudi firm Abar and Zaini to build maintenance shops and training facilities in the Eastern Province.

Aramco engineers also began, years ago, to contract out minor construction projects and to their astonishment saw a dynamic support industry spring up around them as the small contractors began buying up used jack hammers, compressors, and trucks and going into business. Today a list of some of the construction equipment privately owned by 31 independent Saudi Arab contractors frequently used by Aramco shows graphically how these firms have grown to meet the challenges of oil construction. The list includes such items as 99 concrete mixers, 438 welding machines, 48 cranes of different sizes, 94 compressors, 205 dump trucks, 83 bulldozers, 184 scaffold sets, 43 sand blasters and 52 sidebooms. And local legend holds that the late Mohammed bin Laden, a Saudi millionaire road-construction mogul who started out as an illiterate truck driver, was the world's largest single importer of Caterpillar earth movers.

The day may be corning when other Saudi names will surface in international circles as well—names such as Olayan, Pharaon, Kashoggi and Juffali.

The Juffalis, for example, a Jiddah merchant family, have extended their business interests in a dozen directions and are reported to be looking into investment opportunities in the Middle East, Europe and the United States. They have built or bought electric power plants in Jiddah, Taif, Mecca, Medina and Hofuf, hold the major shares in a cement company, install telephone lines, serve as agents for the European electronics firms L.M. Ericsson and Siemen's, as well as U.S. companies such as York, Kelvinator, Massey-Ferguson, Clark-Michigan and IBM, and are constructing a $5.6 million housing development in Al Khobar. They maintain machine workshops (each with 20,000 sq. yards of floor space) in three major cities, function as agents for Daimler-Benz and in their Jiddah automotive spare parts warehouse stock 40,000 different items. Although Saudi Arabia now has an estimated 25 computers in service (in oil, electric utilities, government and education), the Juffalis operate the kingdom's first, and so far its only, computer in wholesale trade. Every day of the year the company sends a mail bag of sales results from its branch offices and warehouses to the center in Riyadh for instant inventory, analysis and re-order.

From such success stories has come an infectious mood of exuberance and confidence. In December last year, for example, the Ministry of Commerce and Industry announced that it had licensed seven new factories including a $220,000 poultry feed plant in Riyadh, a $146,000 plastic bag factory in Jiddah and a $270,000 rubber belt and gasket factory in Dammam. And banking and diplomatic circles are constantly buzzing with "highly confidential" rumors from "well-informed sources" about even grander projects. When the kingdom began importing more than $50 million worth of motor vehicles per year in 1971, for example, rumors about General Motors, Honda, Peugeot and Nissan soon followed—as did later the announcement that General Motors and Nissan would indeed build plants. The GM firm will be called The Saudi Arabian Motors Company (60 percent GM and 40 percent national capital) and has been licensed to assemble 7,800 vehicles yearly—GMC Chevrolet trucks, 60-passenger buses and small Australian-model Torana cars—in a $10-million plant. Some parts are also expected to be manufactured locally.

There are still plenty of skeptics. "The market in Saudi Arabia is too small," they say. "There's not enough skilled labor. Communications are poor. It's too soon. Too hot. Too remote." And in many instances they may be correct. But with steel smelters, petrochemical complexes and automobile assembly plants materializing and businessmen seriously investigating a host of other possibilities, even the skeptics are beginning to realize how far—and how fast—industry has come since the day, hardly 20 years ago, when the first product rolled off an assembly line stamped "Made in Saudi Arabia." They are also beginning to realize that it's only the beginning.

William Tracy is Assistant Editor of Aramco World Magazine.

Saudi Aramco World : Made In: Saudi Arabia

_________________________________________________________________________________________________________

What is being mentioned in the above article is what is actually taking shape in all parts of the Arab world.
A must read for everyone interested in the Arab world.
 
Hidden from praying eyes like yours!
Go on a grand tour of PDF, look for made in Saudi Arabia, UAE and others and you will have a glimpse, it is the tip of the Iceberg.
 
Is that why GCC countries dont give citizenship to even long staying residents ?

Maybe what you said about Arab not being a race as true as Semitic is the race...but that part of about being considered Arab if you learn the language and "assimilate" [ a highly subjective word] is ****-n-bull.

Tell me, what do you mean by assimilation in this context ? Can a Malayalee Muslim born in Saudi and living there for all of his life and who can speak flawless Arabic be considered an Arab ?

GCC only makes a fraction of the Arab World. For instance I go to school with a Chinese friend, his parents are Chinese but he is Saudi because he got the nationality his parents got it after him (Long story) anyways, when we talk about Arabs we say (us Arabs). Wither it is me or him.

So yeah Arab is in no way shape or form a race. Being an Arab can be equated to being an American.

I like prof Jim Al Khalili and his programs about science on bbc. Especially about the discovery of elements and periodic table was fascinating.

BTW can iraqis be called arab?

Iraq is one of the hearts of the Arab world. Still a lot of people appear to be confused on "What is an Arab and what it means to be Arabic".
 
Hidden from praying eyes like yours!
Go on a grand tour of PDF, look for made in Saudi Arabia, UAE and others and you will have a glimpse, it is the tip of the Iceberg.

After a grand tour of PDF, looking for made in Saudi Arabia, UAE, and 'others', there were many material objects, huge engineering projects, roads, bridges, cities, water-making plants, airports, roads, ports; there were petrochemical and other chemical plants, fine chemicals, pharmaceuticals, cosmetics, perfumes and toiletry; there were manufacturing plants of various kinds, mostly light engineering workshops, aeronautical overhaul and maintenance units, naval dockyards; there were electronics and electrical plants, starting with electricity generation plants, but going into maintenance and service of telecommunications infrastructural equipment, and facilities for deployment of these, and of computing equipment. There were many such glistening, bright objects to be seen, also laboratories to study this technology.

There was no science.

We are obviously faced by those who honestly don't understand the difference, nor care. The sons of al Ghazzali, paying for the ideas of al Ghazzali.
 
Hidden from praying eyes like yours!
Go on a grand tour of PDF, look for made in Saudi Arabia, UAE and others and you will have a glimpse, it is the tip of the Iceberg.

Those were made by the outside companies, what did SA or Gulf countries done? did they develop engines and designed their own Car? NO

Did they build their own refinery ? NO

Did their own architects build those big and beautiful building? NO

so where is the achievement ? achievement is when you have the capability design and build your own car/truck etc, build your own refinery without outside achievement, build your own turbines for electricity etc.

Things build by other countries is not scientific achievement.
 
There was no Spain at the time of Ibn Rushd, it was called Andalusia, a province of the Muslim Arab Empire.
Google Andalusia instead and you will be very happy, it had thousands of Ibn Rushd.
----------------------------------------------------------------------------------------------
Abu al-Walid Muhammad ibn Ahmad ibn Rushd, better known in the Latin West as Averroes, lived during a unique period in Western intellectual history, in which interest in philosophy and theology was waning in the Muslim world and just beginning to flourish in Latin Christendom. Just fifteen years before his birth, the great critic of Islamic philosophy, al-Ghazzali (1058-1111), had died after striking a blow against Muslim Neoplatonic philosophy, particularly against the work of the philosopher Ibn Sina (Avicenna). From such bleak circumstances emerged the Spanish-Muslim philosophers, of which the jurist and physician Ibn Rushd came to be regarded as the final and most influential Muslim philosopher, especially to those who inherited the tradition of Muslim philosophy in the West.

His influential commentaries and unique interpretations on Aristotle revived Western scholarly interest in ancient Greek philosophy, whose works for the most part had been neglected since the sixth century. He critically examined the alleged tension between philosophy and religion in the Decisive Treatise, and he challenged the anti-philosophical sentiments within the Sunni tradition sparked by al-Ghazzali. This critique ignited a similar re-examination within the Christian tradition, influencing a line of scholars who would come to be identified as the “Averroists.”

Ibn Rushd contended that the claim of many Muslim theologians that philosophers were outside the fold of Islam had no base in scripture. His novel exegesis of seminal Quranic verses made the case for three valid “paths” of arriving at religious truths, and that philosophy was one if not the best of them, therefore its study should not be prohibited. He also challenged Asharite, Mutazilite, Sufi, and “literalist” conceptions of God’s attributes and actions, noting the philosophical issues that arise out of their notions of occasionalism, divine speech, and explanations of the origin of the world. Ibn Rushd strived to demonstrate that without engaging religion critically and philosophically, deeper meanings of the tradition can be lost, ultimately leading to deviant and incorrect understandings of the divine.

This article provides an overview of Ibn Rushd’s contributions to philosophy, emphasizing his commentaries, his original works in Islamic philosophy, and his lasting influence on medieval thought and the Western philosophical tradition.

Ibn Rushd (Averroes)*[Internet Encyclopedia of Philosophy]

He came with nothing new to Islam but to the Christian west.
Everything he strived for was already in the Koran, where it is clearly said and encouraged to challenge the word of god (The Koran) by any imaginable mean (obviously Including philosophy), and no one have succeeded till today!

We are trying to explain and teach you some facts, by highlighting experiences and knowledge gained after 2 decades of education and experience.

You my dear sir, are a living example of the very fact that we are discussing and loathing, you represent the absolute shameful Muslim that we are today.

I hope that you are young, and I hope that one day you will grow up to understand and to learn.
 
I knew this title will attract many trolls with inferiority complex.
Since Arab means a person who Arabic is his first language, then science output is much higher than Iran or Turkey.

He is Arab.

Talking About troll with inferiority complex how is kolkata.
 
made in arabia

Made In

Saudi Arabia

"One American businessman put it this way: 'Now is the time to be a Saudi; his time has come."

Written by William Tracy
Photographed by Burnett H. Moody
Additional photographs by William Tracy and S. M. Amin

William Tracy is Assistant Editor of Aramco World Magazine.

Saudi Aramco World : Made In: Saudi Arabia

_________________________________________________________________________________________________________

What is being mentioned in the above article is what is actually taking shape in all parts of the Arab world.
A must read for everyone interested in the Arab world.


Ladies and gentleman even the to article about Arab achievement is written by a Westerner. :hitwall:
 
The SC:

What are you trying to prove? It's better if the Arabs actually start merging into one massive country and start thinking like a big country. At the moment, all your countries are small or middle sized countries. As a result, you are used to thinking like small or middle sized countries, and as a result, you do not have any grand industrial, scientific, military or economic projects on that grand scale.

Ask Arab citizens who speak their mind (in various Arab fora) to stop thinking of Pakistan or Turkey as superior to them ( I see many Saudi citizens all around multiple Arab fora doing this). Arabs are, for some reason, inferior to the West according to Arab citizens. Arabs feel they need to follow the West, compare with the standards set y the West, and now that Turkish soap operas (which display a lot more public affection and nudity than one would expect from a Muslim majority country) are also being viewed by idiotic Arab masses, it only confirms the idea that Arabs are inferior.

If you want to display Arab achievements, it must be affirmed by facts on the ground. Cancel stupid shows like "Zahrat ul Khaleej", cancel broadcasting Turkish movies and soap operas, kick out Iranian institutions from the Arab world, kick out Western institutions, merge the Arab world, initiate grand projects on a humongous scale that these middle sized countries like Turkey or Pakistan can never produce. You would not need to advertise Arab achievements on a thread like this in that case. Ask the wealthy Gulf leaders to pour billions in Egypt's Zewail City for Sci/Tech. Ask the Algerian, Moroccan leaders to ensure that all these nonsensical rivalry is eliminated. Ask the North Africans to rise up and kick out their worthless 'kings' or leaders like Tunisia and Egypt has done to some extents. Then, merger of these countries can proceed smoothly. Once that happens, free movement of people, trade, ideas, cooperation on projects of any scale would only be a matter of time.

Besides, a single country like Egypt already publishes more scientific papers than Pakistan despite its population being less than 50% of Pakistan. Egypt's economy is also larger than Pakistan's despite its population being less than half of Pakistan's. And this is when Egyptians have just had a revolution because they considered their living standards to be way too low to be acceptable, amongst other reasons. In contrast, Pakistanis with less than half the income per capita of Egypt and getting bombed left and right by Americans speaking lowly of Egypt (for some odd reason) only exposes the delusions of many of their citizens.
 
Those were made by the outside companies, what did SA or Gulf countries done? did they develop engines and designed their own Car? NO

Did they build their own refinery ? NO

Did their own architects build those big and beautiful building? NO

so where is the achievement ? achievement is when you have the capability design and build your own car/truck etc, build your own refinery without outside achievement, build your own turbines for electricity etc.

Things build by other countries is not scientific achievement.

When you can improve on existing things, it is considered to be scientific achievements, since no one can reinvent the wheel, you should understand what it means.
You must probably have seen the design and manufacturing capability to build the cars, trucks and many other products in all fields of science, including Aerospace.
Without these capabilities there would have been no achievements to be seen at all.
 
We are trying to explain and teach you some facts, by highlighting experiences and knowledge gained after 2 decades of education and experience.

You my dear sir, are a living example of the very fact that we are discussing and loathing, you represent the absolute shameful Muslim that we are today.


I hope that you are young, and I hope that one day you will grow up to understand and to learn.


You can not challenge my posting nor what is said in the Koran, so you start a personal attack.
Shame on you and your 2 decades of low level false instructions you have got in your shameful school of thought.
If you can one day in your life after another 2 decades of self education after your low level instruction, understand that every individual has his own philosophy on life, and debating any subject philosophically will be endless and to no avail.
Than you'll have to distil the sciences of logic and mathematics from their mother philosophy, and use them instead to debate most vital and important subjects objectively and with logic.
This was the message of Ghazali and the one of Ibn rushd, the contradiction is from individual perceptions of the interpretors, you should understand that not many people have logical minds to be able to mathematically analyse some of the most timeless subjects like the ones in the koran.
So, take your words back, swallow them bitterly like a medicine, and never say you are a Muslim again, or just call yourself an ignorant Muslim with two decades of lost time in schools(you should know that a donkey can have a lot of weight on his back, but does he know what he is carrying?) and project your image on a opaque wall to hide yourself.
 
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