Technical Vocational Education and Training (TVET) Workforce Skill Development Policy and Strategy to Support 4th Industrial Revolution due to Disruptive Technology

Research papers on Technical Vocational Education and Training Workforce Skill Development Policy and Strategy to Support fourth industrial revolution due to Disruptive Technology aim to explore directions, trends, impacts, as well as policies for managing labor issues in the Disruptive Technologies era, studying the opinions of executives of businesses used or affected by Disruptive Technology, as well as obstacles, feedback, focusing on issues, concepts about Disruptive Technologies and vocational education concepts. Research methodology used in qualitative research and procedures for conducting studies. The study results are the impact of Disruptive Technology on Thai workers and technical vocational education and training (TVET) to develop a skill for the Thai workforce during disruptive technology, educational management to develop Thai people in the Thai era.4.0. Therefore, two focuses must be placed on: 1) increasing labor skills and 2) educating new workers under reality. In conclusion, the article outlines the approach of skill development to the labor force that must be advanced in the era of Disruptive Technology. It was briefly explained that realistic work means workers with flexible knowledge and skills adapting to advanced technologies. Therefore, for work to meet the required standards, TVET development requires a professional standardization process, namely information related to work knowledge. Creating the necessary skills and attributes requires operational stan-dards. Procedures and scope of operation operational equipment prove performance and expertise in technical skills knowledge, competence, and


Introduction
The OECD (2018) estimates that over the next 15 years, 14% of workers are at high risk of being replaced by automation, and another 30% face significant changes in the skills used in the workforce. Many countries worldwide have struggled to create young people and working-class people with work skills and life skills high enough for disruptive technology. Linked to changes in work and employment, Disruptive Technology is a term that describes the large-scale changes that have occurred from modern technology of robotics and automation (Hynes, Elwell, & Zolkiewski, 2016). It will have an immediate and severe impact on careers and work skills, a crucial part of the fourth industrial revolution.
In Joseph Bower and Clayton Christensen's article "Disruptive technology: catch the wave," he said that some new technologies could destroy or change the order of existing market domination or even create new markets (Bower & Christensen, 1995). Furthermore, in 1997, Clayton M. Christensen said that the model of technological development, Sustaining Technology, was a gradual improvement. Disruptive technology, a new storm, may initially be incomplete but can improve rapidly and efficiently beyond mainstream technology. Technology forecasters have identified a group of disruptive technology, artificial intelligence, 3D printing, advanced materials, and nanotechnology that create and expand each other, affecting socioeconomic, political, geographic, and population factors (Manyika et al., 2013;World Economic Forum, 2016).
According to the National Economic and Social Development Board, the unemployment rate in the third quarter of 2017 was 450,000 people unemployed, 0.9% higher than the same period last year. The use of industrial machinery is increasing, but the use of the industry is in line with the government's Thailand 4.0 policy, and the industry needs to use machinery in part because Thailand is moving into an aging society. The proportion of older people now reaches 10% of the population of 67 million. It will increase to 20% in the future, so the industry must prepare for production processes in line with working-age people due to lower birth rates.
For Thailand, "Thai People's Development 4.0" is the most critical factor driving the country from middle-income trap countries to high-income countries. The ideal educational arrangement for the development of Thai people 4.0 is TVET education and training, which is recognized worldwide for its role in preparing people to participate in the creation of work values and critical sources of the workforce and skilled workforces, and critical skills in the 21 centuries for TVET learners including: 1) Science, Technology, Engineering, Mathematics (STEM), 2) problem-solving, and 3) 4C's (critical thinking, commu-

Literature Review
The concepts and theories involved in this research consist of two parts: 1) concepts about Disruptive Technologies and effects 2) concepts on Technical Vocational Education and Training (TVET).

Concepts about Disruptive Technologies and effects
Disruptive technology refers to innovations or technologies that are used to create markets and value products that apply technology and severely impact the market of existing products, as well as potentially causing businesses that use traditional technologies to be knocked down or closed, unlike conventional innovations that Nama uses for efficiency-enhancing purposes. Increase product quality or reduce traditional route costs only. In its report, the McKinsey Global Institute identified 12 technologies that would influence global change: 1) Mobile Internet is a tool that uses Internet technology to connect with the world, such as mobile banking, which is an Internet financial transaction.
2) Automation of Knowledge Work is a technology or intelligent and intelligent software used to diagnose diseases to achieve accuracy or use in legal analysis.
3) The Internet of Things implants smallest to smallest sensors to transmit communications, which can be used, such as recognizing the quality of the soil from sensors sprinkled in the soil, knowing which crops should be grown with the best yield. 4) Cloud computing is a data storage technology and software integrated to use that enables small businesses to compete with large businesses without investing in a high computer. 5) Advanced robotics technology is used in surgery to minimize patients' impact and accurate surgical outcomes. 6) Autonomous vehicles are technologies that are substituted in agricultural or forestry exploration, as well as military. 7) Next-Generation Genomics is an improved technology that develops genes to treat diseases. 8) Next-generation storage is the creation of Fuel Cells for use in electric vehicles and Highbridge. 9) 3D Printing technology is a 3D printing system that reduces the cost of production of goods by being used in dental and medical applications.
10) Advanced Materials technology is always the production of new materials such as self-cleaning materials, ultra-strong and light, etc. 11) Advanced Oil-Gas Exploration and Recovery is a technology that ad-vances in pioneering oil and gas mining. This makes it more oil and gas.
12) Renewable Electricity Technology: The Technology generates electricity from sources that never end, such as sunlight, wind, waves, hot springs, etc.
Effects of Disruptive Technology Christensen and Rayno (2003)  1) The leading company will have to depend on customers and investors since sustaining technology products are products that are in the current flow, which already have customers, so the company aims to meet the needs of customers by developing the products in the direction they want them to (develop products to work better) and to meet the needs of investors because when developed to be better used, they will be better sold at a better price.
2) More profit Disruptive Technology's market usually starts at smaller markets, where these markets can't meet their needs. The growth of major companies has led to the large companies overlooking it.
3) Disruptive technology's market usually starts at new markets with the appearance of new markets. As a result, the big companies are unable to analyze the market because they have re-emerged. Therefore, the big companies do not invest because they are vulnerable.

4) Existing expertise indicates what the company should do and what it
should not do, as companies that develop sustaining technology products will already have expertise. As part of Disruptive Technology, the company does not usually specialize, so it chooses to develop products in the direction of Sustaining Technology rather than Disruptive Technology.

5) Technology consistency with market demand Disruptive Technology prod-
ucts occurs in small markets where sustainability products are unresponsive be-cause they are small markets. It turns out that sustaining technology is more than necessary, but disruptive technology products are more in line with consumer demand. The necessary 21 skills of technical and vocational education learners in Thail-and, the management of technical and vocational education in Thailand. Those involved need to provide students with core knowledge and key skills of the 21 century: 1) STEM skills, 2) problem-solving skills, and 3) 4 C's skills.

Research Methods
In conducting a study on the Technical Vocational Education and Training workforce skill development policy and strategy to Support the fourth industrial revolution due to Disruptive Technology.
Research Design: The study authors established the qualitative research methodology by formulating the research methodology or methodology introduced in this study. The summary is as follows: Documentary research: For determining the methodology by using qualitative research processes with documentary research procedures, the study participants initially conducted the study process following the methodology by using qualitative research processes to study and analyze data from documentary research by reviewing relevant concepts, theories, and literature. In

Result and Discussions
The Industrial 4.0 era results from disruptive technologies transforming traditional global economic mechanisms based on innovation and modern technology add value and revenue to the industries. It is necessary to restructure the workforce to be ready and enhance applying and using modern technology. The study results will focus on disruptive technology's impact on Thai workers and technical career education and training (TVET) to develop Thai people in the Disruptive Technology era. Impact of Disruptive Technology on Thai workers Disruptive technologies are a technology that is progressive and can change the lifestyle. In its report, the McKinsey Global Institute identified 12 technologies that will influence global change: 1) Wireless Internet 2) Automated Technology in analytics 3) Internet of Things 4) Cloud Computing 5) Robotics technology 6) Drone or semi-driverless vehicles 7) Biotechnology (genomics) 8) Equipment or energy storage systems 9) 3D printing technology 10) SMART material technology 11) Exploration and oil drilling technology 11) Exploration and oil drilling technology 12) Renewable Energy Technology.
Global Institute also estimates that the use of these 12 technologies can have an economic impact. In 2025, the estimate is not just a guess but an in-depth analysis of critical applications and can generate value in many ways, including consumer surplus demand (Consumer surplus), as a result of better products, cheaper, and cleaner environment.
Many research agencies predict the trend towards modern technology, both automations. Ai IoT (Internet of Things) robots are widely used in the production of goods, services, and everyday life, whether to replace or even take over the labor market. The OECD (2018) estimates that over the next 15 years, 14% of workers are at high risk of being replaced by automation, and 30% face significant changes in the skills they use. In addition, many countries worldwide have experienced the problem of not creating young people and working-class people with work skills and life skills high enough to face disruptive technology.
According to Tanad Kaewcharoenpaisan's (2017) research, the S Curve 4.0 ecosystem's workforce strategy is 60 percent and 70 percent by 2022. The software, technology, and IT industries will be the biggest hits, second only to Biotechnology and retail, engineering, and construction. The energy industry, gas, oil, petrochemical, and electricity are less affected. The researchers estimated the workforce to be disrupted between 2018 and 2021, estimating the impact on the workforce that requires the provision or restructuring of work skills to support Disruptive Technologies at 50 percent as follows: 1) Modern vehicles are 400,000, 2) intelligent electronics, 23,177 people, 3) good income group travel and health tourism. 3,079,342 4) Agriculture and biotechnology 1,247,845, 5) Food processing, 1,494,985, and promotion in the new S Curve industry include 6) Robots, 101,482, 7) Aviation and logistics, 103,001, 8) biofuels and biochemistry. 3796 people 9) Digital 11,576 10) Comprehensive Medical Total 6,509,264.
Career Education and Training (TVET) to develop Thai people in disruptive technology Education management for Thai people development In Thailand 4.0, there must be two emphasizes 1) increasing labor skills and 2) educating to create new workers following reality. Technical Vocational Education and Training (TVET) is recognized worldwide for its role in preparing people to create work value and skilled sources of the workforce. According to a 2001 joint publication by the United Nations Educational, Scientific and Cultural Organization (UNESCO) and the International Labour Organization (ILO) on Vocational Education and Technical Studies and Training for the 21 Century, it defines TVET as 1) as an essential component of the ordinary line, 2) as a way to effectively prepare people into the profession and the world of work. Similarly, Hollander & Mar (2009) defined TVET in many forms as public and private educational institutions. Formal or informal education is intended to provide all community members with access to this learning path throughout their lives. Reeve (2016) wrote an article titled 21st-century skills students need in technical and vocational education and training (TVET 21). Furthermore, develop teaching and learning based on current educational concepts and practices. It also means providing the critical skills needed in the 21 century, critical skills in the 21 century for TVET learners, and guiding how to build these skills in TVET programs, including science, technology, engineering, mathematics (STEM), problem-solving, and 4C's (critical thinking, communication, collaboration, and creativity), which are consistent with the concepts in Suebpong Prabyai (2017). The necessary 21 skills of technical and vocational education learners in Thailand, the management of technical and vocational education in Thailand. Those involved need to provide students with core knowledge and key skills of the 21 century: 1) STEM skills, 2) problem-solving skills, and 3) 4 C's skills.
STEM Education is an educational approach that integrates knowledge between subjects such as scientific knowledge, technological knowledge, engineering knowledge, and mathematical knowledge. S: Science is a subject on the study of phenomena, in nature, based on the scientific inquiry process. T: Technology is a subject that applies other related fields of work to solve problems. Improve, modify or develop things to meet human needs or necessities. E: Engineering is a subject that is about innovating or creating things to facilitate humans. Based on knowledge of science, mathematics, and technological processes, apply them to create pieces. M: Mathematics is a subject that studies computational or computational subjects that are fundamental to the study and further engineering.
Creative Problem Solving refers to the process of finding answers and solving problems, as well as improving the status quo. Collaboration between creativity and critical thinking Creativity can be done by thinking as profoundly and variedly as possible without judging ideas as good or not, until a certain point considering them with judgment. To choose and evaluate the solution until the best solution is made. Plan solutions and solve problems by believing that they can solve problems and control themselves to solve problems with prudence and completeness. Assemble five steps as follows Step 1: Accessing problems is to understand, get to know the situation in question. It is carefully studied in detail to identify problems that need to be addressed. Explore data from data sources, the framework for solving the problem.
Step 2: To come up with a solution is to use creativity to find as many solutions as possible. It is not judged whether the idea is wrong or based on the amount of thinking necessary for solving the problem, including creating a new solution from the original method.
Step 3: Selecting and preparing is to evaluate the solution with the criteria that are created to the best choice. Then consider the support and potential obstacles in the rescheduling and planning process.
Step 4: Problem planning is problem planning, guaranteeing the feasibility of a solution. Monitor, track, improve the activities used to solve problems. Plan solutions using a person's abilities and limitations Context, conditions, resources, and obstacles, whose steps are 1) Resource evaluation, are identifying the guidelines and resources required to solve problems.
Step 5: Take action: Put the plan into action. Directing and tracking solutions Compared to the result or target set. Problem-solving behavior is observed and recorded. When as planned, it provides self-reinforcement.
4C Skills for innovations are teaching styles that stimulate students' self-learning, which will be the critical skills of people in the 21 century. Critical thinking solves problems. Communication is one of the top skills the new world is looking for. Academic knowledge is essential as a base for in-depth expertise, but cognitive (creative, analytical) and socializing skills with others (working, communicating with others) or 4Cs skills are bridges to the real world of 4Cs or four areas of learning and innovation skills: 1) Creativity and innovation think outside the box and build on it.
2) Critical Thinking and Problem-Solving think critically and solve problems themselves.
3) Communication communicates properly. Based on the study results, quantitative analysis Studies based on documents and In-depth Interviews can summarize the skills needed for labor development: 1) STEM skills, 2) problem-solving skills, and 3) 4 C's skills. The results correspond to all the research mentioned above.

Conclusion
According to interviews with target audiences, executives shape state policies re-lated to production and labor. The 26 business entities that operate Disruptive technology concluded that 1) the business agency provides technology workers with the following qualifications to determine the following in time, use technology as language skills, manage data and improve yourself regularly, 2) skills of employees that the sector needs: technology skills, adaptation skills, quick learning skills, emotional intelligence, and 3) ways to improve employee skills: develop to learn, understand and use technology at a basic level, focus on creating an experience for employees by providing training in departments or sending training in educational institutions or training institutions, and bringing talent, digital generations to the organization.
The general policy should support and promote the direction of development: do

Suggestion
Policy recommendations on the part of government and educational institutions for managing labor issues in the Disruptive Technology era.
1) To create a database and utilize the data to manage big data, such as the number of workers that must be produced should be in line with the needs of the labor market in order to achieve maximum efficiency, increase the number of workers and reduce the unemployment of the number of domestic workers.
2) Establish standards, adjust attitudes, perspectives, and change values in Thai society to accept professional skills rather than focus on diplomas, focusing on graduating professions, having a job, or being independent.
3) A clear and concrete national strategy and a plan for developing technology and innovation must be defined, such as Artificial Intelligence: AI, Machine Learning, etc., for both short-term and long-term plans (5 -10 years) ahead while providing ongoing budget support.