The global labor market is undergoing a profound transformation, with technology and artificial intelligence reshaping jobs, required skills, and the relationship between humans and work. This shift comes at a time when Jordan possesses a broad base of university students and graduates, and a human asset that, for decades, has been one of its most important competitive advantages.
Jordanian university education has historically been linked to the needs of Arab labor markets, particularly in the Gulf states. The quality of education and the competence of graduates contributed to building a distinguished professional presence for Jordanian talents in the sectors of education, health, engineering, technology, administration, and others. With the expansion of higher education systems in the region, the increase in job localization policies, and the rise in global competition, languages, digital skills, practical experience, and the ability to adapt to variables have become essential elements in enhancing competitiveness in the labor market.
These transformations pose a national question that goes beyond the issue of university specializations to a broader issue: How do we raise the readiness of our existing human capital today for the labor market taking shape in light of these rapid changes? There are thousands of students on school benches who will reach the labor market within years, and thousands of graduates who possess academic knowledge that needs to keep pace with new tools, alongside a regional and global market that is expanding for skills capable of producing value using technology. Hence, investing in the people present today represents one of the fastest pathways to building a competitive advantage for the future.
At the heart of this transformation comes artificial intelligence, which has become a common tool among most professions and sectors, with its applications extending from computer science to engineering, medicine, education, economics, management, law, media, humanities, and others.
Therefore, the educational priority is not to direct students toward artificial intelligence specializations alone, but to empower them and graduates to employ these technologies within their specializations and professions. The engineer needs artificial intelligence tools in design and analysis, the doctor in decision support and information analysis, the teacher in content development and learning methods, the researcher in data analysis, and the management and economics specialist in forecasting, analysis, and decision-making. This requires building a national system for future skills based on four integrated elements: monitoring and forecasting, updating education, rehabilitating students and graduates, and linking skills to labor market needs.
Here emerges the responsibility of universities and educational and training institutions to move from periodically developing curricula to building a continuous system for updating the skills of students and graduates. This can start through short, flexible tracks within universities that allow students to acquire skills in artificial intelligence, data analysis, cybersecurity, and digital tools, alongside developing critical thinking, problem-solving, languages, and vocational skills, while linking these tracks to various academic specializations.
Training opportunities and applied projects can also be expanded in cooperation with the private sector, so that students enter the labor market possessing practical experience and presentable projects alongside their academic qualification. This integrates with enhancing lifelong learning, which has become an urgent requirement in the higher education system, allowing graduates to return to the university or training institutions to acquire new skills whenever the nature of their work changes or new technologies and professions emerge.
In this system, technical and applied education rises from being an educational track to becoming one of the drivers of economic competitiveness, providing skills directly related to industry, technology, and modern services. The new economy needs advanced skills in automation, robotics, renewable energy, smart maintenance, networks, advanced manufacturing, logistics, and digital technologies.
Hence, enhancing the standing of technical education, linking it more deeply with economic sectors, and developing its programs according to the needs of industry and services represents a direct investment in job opportunities and productivity. It has become necessary to build flexible bridges between university education, technical education, and vocational training, allowing students and graduates to add practical skills to their academic qualification, and providing the labor market with cadres that combine theoretical knowledge and practical capability.
In order for these efforts to be based on accurate information, the need arises for a national forward-looking observatory for skills and the labor market, which transforms into a compass guiding the development of academic and technical programs, training policies, and investment choices in human capital. It provides students, graduates, and decision-makers with a clearer picture of labor market trends, contributing to making more accurate decisions and directing them toward the real opportunities provided by the economy.
In a labor market where the importance of skills, experience, and completed projects is increasing, a skill portfolio can be developed for graduates that documents, alongside the academic degree, the digital and applied skills, training experiences, projects, and professional certificates they have acquired, so that the graduate's skills and productivity become clearer to employers.
From here, Jordan's journey begins from exporting graduates to exporting skills, and from responding to labor market transformations to participating in making them. Historically, Jordan possessed an important advantage represented in the competence of its human capital and its ability to compete in Arab, regional, and global markets. Today, technology, the digital economy, and technical and applied education open a field to develop this advantage toward a more ambitious model.
This transformation starts from the students and graduates we have today, by updating their skills, enhancing their applied experiences, linking their specializations with technology, expanding technical education and continuous training tracks, and building a system that foresees labor market needs before they reach the actual demand stage.
Real investment in education is measured by a person's ability to turn knowledge into value, and to acquire new skills as the economy and technology change. The real gamble for the future is not on knowing the jobs that will appear after several years, but on building a generation that possesses the ability to learn them when they appear. At that point, education transforms from preparing a graduate for a specific job into building a human being capable of moving between labor markets, transitioning from exporting graduates to exporting skills, expertise, and knowledge services, and moving from responding to labor market transformations to participating in making them.
