With the acceleration of technological development, the impact of artificial intelligence increases on various sectors, from the labor market, through education to health care.
Recent studies indicate that 80% of the jobs in 2030 will be new and not currently present, while 40% of the current jobs will disappear during the next ten years.
This deep shift reflects the importance of adapting to technological changes to ensure a more intelligent and efficient professional future.
In light of this transformation, artificial intelligence is highlighted as a major factor in reshaping the labor market, as it is expected to provide more transparent and less biased jobs, providing equal opportunities between men and women.
The nature of the jobs will change radically, as the new professions will depend on algorithms, data analysis, and smart expectations for data paths. New roles such as data science engineers, artificial intelligence developers and automation specialists will be highlighted, which calls for the rehabilitation of the workforce to keep pace with these changes.
The impact of artificial intelligence is not only limited to the labor market, but also extends to the field of education, as the future semester will turn into an integrated technological environment that relies on Internet of Things devices, such as wearable devices that allow the continuous monitoring and tracking of students.
These devices will help collect data and analyze them with artificial intelligence with cognitive capabilities, which enables allocating study plans based on pre -defined standards.
This trend will enhance the learning experience, ensuring that education responds to the needs of each student individually, and makes the education process more interactive and effective in preparing individuals for the changing labor market.
Since technological transformations affect various fields, the health care sector is witnessing a tremendous development thanks to artificial intelligence. Smart sensors have become a vital tool in diagnosing diseases and treating them quickly and more accurately, while electronic data provides comprehensive information about the patient, such as medical history, age, test results, and medical images. This will allow doctors to make more accurate therapeutic decisions, which contributes to saving lives and improving the quality of health care.
Artificial intelligence applications in health care include several areas such as diagnosis of heart problems and blood analysis with precision, developing artificial organs via brain facades of the machine, discovering hidden diseases patterns and diagnosing artificial embryos, and developing smart devices such as wearable heart schemes.
In this context, public and private institutions and companies in Bahrain will begin during the next few years to adopt artificial intelligence in analyzing immediate data and making strategic decisions based on smart data.
Artificial intelligence is expected to improve production and distribution, which enhances operational efficiency, and creates new job opportunities that meet the needs of the advanced market.
This shows that the future of work and economy will be based on the ability of institutions to employ artificial intelligence in innovative ways that enhance their competitiveness.
Looking at all these transformations, it is clear that artificial intelligence represents a driving force towards a more advanced future in all sectors, where the labor market is reshaped, a radical shift in education, and a revolution in health care.
Adaptation to these changes and investment in new technological skills will be the main key to taking advantage of the promising opportunities offered by artificial intelligence, which enhances the ability of societies to achieve sustainable development and keep pace with technological progress.
