Technology Advancement In Malaysia – Prime Minister Sri Muhyiddin Yassin organized the Ministry of International Trade and Industry (MITI) at a dialogue meeting, 15, in April, calling for acceptance of new technologies to accelerate the country’s economic recovery.
Malaysia used to gain high-tech status until 2030. In National Science Policy, Technology and Innovation 2021-2030 (NPSTI 2021-2030). However, by observing the current situation in Malaysia, it can only reach its status in 2030 compared to other ASEANs. The year can be considered too late to rebound among competing members.
Technology Advancement In Malaysia
According to the United Nations Conference on Trade and Development (Enterprise Enterprises), Indonesia, Singapore and Vietnam received over 80% of the $156 billion (SDI) in Asian countries in 2020. In Malaysia, only 5% or only 7.8%. Singapore is an attractive to many foreign investors, mainly because of their progress in infrastructure, qualified workers, simple regulatory regimes, tax incentives, high-quality industrial real estate parks, political stability and lack of corruption; despite Vietnam And Indonesia’s rise is largely due to low operating costs (especially the labor force), political stability, and attractive investment packages, which are the same range that Malaysia offers.
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Malaysia can achieve a strong competitive path by offering the best packages. In addition to the need for better political stability in Malaysia and a single packaging that attracts investment, advancements in technology, infrastructure and advancements in highly skilled workers from Singapore, Malaysia can also be distinguished from Vietnam and Indonesia. As performed in the document “SPV2030”, the country is still in low value added value, even in the two (2) areas of technology adopting a small amount, i.e. 37% and 20% production and service, respectively, in 2018. Year. Year. Are you talking about it now?
When cutting technology becomes a key driver for the overall economy, not only in the technology field, the country can therefore be regarded as a high-tech country.
2020. Malaysia is in Asia and 33 years old. Launch the Genome under the World (2020). Status recognizes Malaysia’s competitiveness, but of course, there are still many things that can successfully make Malaysia a suitable song as an Asian tiger.
Although pessimists immediately concluded that Malaysia cannot “scort” even in 2030. Just because of our current economic and political conditions, there are still many optimists who believe we can do something about it. The study, conducted through the Malaysia of Malaysia of Malaysia, which has approximately 563,000 members, suggests that several key measures need to be taken to encode a curved ecosystem to achieve designated goals.
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In Malaysia, 98.5% of commercial facilities of small and medium-sized enterprises (SMEs) contribute about 38.9% to our gross domestic product (GDP) and are employed by 7.3 million people) before being consistent with our employees on the planet. Focus on SMEs to achieve this goal, as they are more willing to adopt high technology and can push the leadership economy in the direction they want. The persistent high reliance on robbery will lead to traps, especially in semiconductors, as we will engage in substantial battles with competitive advantages such as Indonesia and Vietnam, where labor costs, where work costs. However, in the process of strengthening SMEs to face challenges, since many SMEs in Malaysia are family businesses, the appropriate plan required is family businesses and lead them for more than 50-60 years. Only due commercial loans and performance grants can be one of the initiatives to encourage growth.
The transition to high-skilled services is equally important and can be achieved by improving our innovation pipeline. We need to identify areas where Malaysia can have an advantage and push towards its goals. Availability and access to data are one of the challenges in our innovation pipeline that require direct attention from relevant stakeholders.
In addition, the talent pipeline needs control to support the program. Therefore, our education system has been modified to ensure that people of specific technologies, especially younger generations of adults, are properly trained (combined with theory and practicality) in specific technologies to be an instrumental step.
A comparative study on how other countries can make strategies in high-tech transformation will also address Malaysia’s successes and mistakes in learning from other countries. Like any other aspirations in our country, in order to achieve a high technological state of the country, it emphasizes that the structural reforms prominent in SPV2030, such as good governance, high integrity and transparency between government and Rakyat are not mutually exclusive. Bribery must be eliminated at all levels and more engagement should be undertaken against industrial players to ensure an inclusive strategy in achieving these goals.
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In this regard, a high-tech council was established, directly reported by the National Science Commission, and the Prime Minister was a good initiative of the Government to address these issues. Most importantly, with intelligent, measurable, achievable, relevant time and time) goals and after monitoring, measurement and inspection processes, Malaysia looks even stronger on its way to becoming a high-tech country by 2030.
Finally, Malaysians must always support Malays in every step to understand this achievable desire. Criticism should be constructive, not destructive. The spirit of “communication” in accepting government, industrial players, colleges and Rakyat’s acceptance of technology will be related to the competitiveness of the region and will eventually become a high-income country. National Policy on Science, Technology and Innovation (DSTIN) 2021-2030 will strengthen local technology and efforts to require the conversion of technology users among technical programmers to the country.
The Minister of Science, Technology and Innovation noted that becoming a high-tech country’s goal can reduce reliance on foreign technology and work. Experimental efforts for development research will be obtained by allocating 50% (R&D) (R&D) from the R&D Award.
The government has developed a new policy through the ministry, which will also address the problem of inefficiency, in which the concepts of science, technology, innovation and economics (Stie) are introduced.
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Integrate access by combining two main sectors of the country, “STI” and “Economy” as one sector, to ensure that all plans are implemented to complement each other and make STI a consistency problem to address national issues and challenges.
The new policy highlights six cores, along with 20 strategies and 46 initiatives, covering all sectors and living spaces across industries.
The minister said the six cores highlight the adoption and application of management response, empowerment, development, commercialization and innovation (R&D&C&I) and the development of local technology, STI as a global stage.
The government is aware that efforts to grow economically based on Ste requires cooperation from different political parties, so the policy emphasizes strategic cooperation between the government, industry, colleges and society, especially in developing local technologies through R&D&C. & I.
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This is to ensure that STI uses all parties without any quarterly marginalization; the backbone of national development of sexually transmitted infection talents is also the main focus of the new Dstina.
Therefore, science, technology, engineering and mathematics (production technology education and professional training (Twenty) (TVET) to ensure that talent can meet the industry needs of the rapidly changing global economy and technology.
From 2030, STIE LEAP Starting from 1030, Malaysia’s efforts have become a highly technical country with high technology (domestic research and development costs).
These include the creation of a technology commercialization accelerator (TCA), the National Technology Technology (NTI) and the establishment of a national vaccine center, which will promote the commercialization of local technology and research and development products.
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10-10 Mystie Frame is specially designed by the Malaysian Academy of Sciences to implement DSTIN 2021-2030 and addresses the results of R&D results as well as low commercialization levels and low commercialization and technology transfer.
The 30 priority areas were found to be divided into three, namely the 12 priority areas of economic honor, seven priority areas focusing on social interests, and 11 priority areas that influence both aspects.
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