{
    "success": true,
    "data": {
        "id": 1211943,
        "msgid": "ri-left-behind-in-hi-tech-exports-1447893297",
        "date": "1995-08-26 00:00:00",
        "title": "RI left behind in hi-tech exports",
        "author": null,
        "source": "JP",
        "tags": null,
        "topic": null,
        "summary": "RI left behind in hi-tech exports By David Ray BANDUNG (JP): The maiden flight of the N-250 airplane here on Aug. 10 was indicative of Indonesia's rapid and successful development of an aerospace industry. But despite the high- technology nature of this kind of industry, Indonesia remains firmly behind its regional competitors in the race to develop medium- and high-tech exports.",
        "content": "<p>RI left behind in hi-tech exports<\/p>\n<p>By David Ray<\/p>\n<p>BANDUNG (JP): The maiden flight of the N-250 airplane here on<br>\nAug. 10 was indicative of Indonesia&apos;s rapid and successful<br>\ndevelopment of an aerospace industry. But despite the high-<br>\ntechnology nature of this kind of industry, Indonesia remains<br>\nfirmly behind its regional competitors in the race to develop<br>\nmedium- and high-tech exports.<\/p>\n<p>Evidence of Indonesia&apos;s comparative technological backwardness<br>\ncan be found using an index of technology composition of exports<br>\nas developed by researchers at the Center for Strategic Economic<br>\nStudies in Melbourne, Australia. The researchers have been able<br>\nto construct an index of technology composition for manufactured<br>\nexports which shows that over the past two decades Indonesia has<br>\nfailed to keep pace with regional competitors in the race to<br>\ndevelop medium- and high-tech exports.<\/p>\n<p>Their approach is to divide a country&apos;s exports into 22 main<br>\nindustry groups according to their degree of knowledge intensity<br>\nas measured by the average level of research and development<br>\n(R&amp;D) expenditure per unit of production for those industry<br>\ngroups in the industrialized countries.<\/p>\n<p>The highest R&amp;D-production ratios are found in industries such<br>\nas aerospace (20.0 percent), computers (12.4 percent) and<br>\nelectronics (10.8 percent), whilst the lowest are in the wood and<br>\nfurniture (0.1 percent), paper and printing (0.2 percent), and<br>\ntextiles and clothing (0.2 percent) industries.<\/p>\n<p>Export values are then weighted using these R&amp;D ratios, summed<br>\nand re-based, to produce an index of technology composition<br>\nwhereby an index value greater than one indicates that a<br>\ncountry&apos;s exports are concentrated in industries with a high R&amp;D<br>\nintensity whilst a value less than one indicates a concentration<br>\nin industries with low R&amp;D intensities.<\/p>\n<p>Using index values for both 1970 and 1993 (see Table) the<br>\ncenter is able to provide an indication of technology composition<br>\nfor Asian exports over the past two-and-a-half decades. Clearly<br>\nevident in the above figures is the dramatic move into more<br>\nknowledge\/R&amp;D-based export production by many Asian economies,<br>\nbut not by Indonesia. The most rapid improvers in this regard are<br>\nSingapore and Malaysia, both of whose technology composition<br>\nindex value for 1993 is in excess of 1.7.<\/p>\n<p>This compares extremely well with the same 1993 index values<br>\nfrom a number of advanced western economies such as the EEC7<br>\n(0.96), USA (1.52), Canada (0.86), Australia (0.57) and New<br>\nZealand (0.21).<\/p>\n<p>Unlike many of her immediate neighbors, Indonesia has yet to<br>\nmake any significant moves into more knowledge-intensive export<br>\nproduction. Even the Philippines, the least-successful developing<br>\neconomy in the Asian group, and China, Indonesia&apos;s most visible<br>\ncompetitor in the production and export of low-technology, labor-<br>\nintensive manufacturing, have been able to outperform Indonesia<br>\nin the drive toward higher-technology exports.<\/p>\n<p>Although starting from a lower base, Indonesia was able to<br>\nkeep pace with her Asian neighbors throughout the 1970s and early<br>\n1980s. However, beginning in 1982\/1983, Indonesia&apos;s drive toward<br>\nhigher-technology exports lost momentum to such an extent that,<br>\nby the early 1990s, Indonesia&apos;s index of technology composition<br>\nis dramatically lower than the Asian average and, furthermore, is<br>\nyet to regain the high attained a decade before.<\/p>\n<p>To explain this dramatic fall in the index of technology<br>\ncomposition for Indonesia&apos;s manufactured exports we need to<br>\nconsider the type of industrialization strategies that Indonesia<br>\nhas pursued over the past few decades.<\/p>\n<p>Throughout much of the 1970s and early 1980s Indonesia pursued<br>\na state-led industrialization strategy characterized by a<br>\ncomprehensive import-substitution program and large-scale<br>\ngovernment investment - both of which were made possible to a<br>\nlarge degree by the windfall in state revenue associated with the<br>\noil boom.<\/p>\n<p>Given the high degree of intervention by the government in the<br>\neconomy, market forces were unable to be the sole determinant of<br>\nprices or investment flows. Hence, Indonesia was able to develop<br>\na number of higher technology industries that would have<br>\notherwise not been possible had a free market or deregulation<br>\nstrategy been employed.<\/p>\n<p>However, all this changed in the early-to-mid 1980s when oil<br>\nprices collapsed, forcing the Indonesian government to deregulate<br>\nthe economy as a means of diversifying the export base. As a<br>\nconsequence, the type of industrialization strategy employed<br>\nmoved rapidly from one of import substitution to one of export<br>\npromotion.<\/p>\n<p>Given Indonesia&apos;s abundant raw materials and inexpensive, yet<br>\nlow-skilled labor it was not surprising that the successful<br>\nexport industries of the 1980s were those that were low-tech and<br>\nlabor-intensive.<\/p>\n<p>Hence we find that during the state-led industrialization<br>\nperiod of the 1970s and early 1980s Indonesia was able to<br>\nprogressively increase its index of export technology<br>\ncomposition, reaching a high in 1982, but that this soon<br>\ndecreased as the deregulation program initiated in the early-mid<br>\n1980s allowed market forces to steer the industrial export sector<br>\nmore in the direction of Indonesia&apos;s comparative advantage in<br>\nlow-tech, labor-intensive manufacturing.<\/p>\n<p>Given the likelihood of increased regional competition in the<br>\nproduction and export of low-tech labor intensive manufactures<br>\nfrom countries such as China, Vietnam and Bangladesh, the<br>\nempirical work associated with the above index provides strong<br>\nanalytical backing for assertions continually made by Indonesian<br>\npoliticians and economists that Indonesian industry must<br>\nintensify its efforts to &quot;move up the technological ladder&quot; if it<br>\nis to remain internationally competitive in the future.<\/p>\n<p>The writer is a researcher and doctoral candidate at the<br>\nCenter for Strategic Economic Studies, Victoria University. He is<br>\ncurrently in Bandung carrying out research towards his PhD.<\/p>",
        "url": "https:\/\/jawawa.id\/newsitem\/ri-left-behind-in-hi-tech-exports-1447893297",
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    "sponsor": "Okusi Associates",
    "sponsor_url": "https:\/\/okusiassociates.com"
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