How does technical education provide the jobs of the future?
How does technical education provide the jobs of the future?
The world is witnessing a radical shift towards agreen economyto confront worsening environmental challenges such as climate change and resource depletion. This transformation has become an economic engine that reshapes labor markets and imposes innovative educational responses. Technical education is at the heart of this response, as it is a pillar for qualifying technical cadres who possess the green skills necessary to keep pace with the requirements of this new economy.
This transformation is closely linked to the UN Sustainable Development Goals (SDGs), especially Goal (4) “Quality Education”, Goal (8) “Decent Work and Economic Growth”, and Goal (13) “Climate Action”, and without technical and vocational education focused on sustainable skills, the gap between education outcomes and labor market needs will widen; Which hinders facing the challenges of climate change and building sustainable societies.
In this sense,Protectors of the EarthIn this article, we review the pivotal role that technical education can play in supporting sustainable development in Egypt, by analyzing the gap between its outputs and the needs of the green labor market, and reviewing the state’s efforts to address it, highlighting the required skills and existing challenges, arriving at a comprehensive vision of opportunities for change. possible integration; So keep reading.
The labor market trend towards green jobs
The global labor market is witnessing rapid transformations in its structure and fields, driven by rising international interest in environmental issues, climate change, and resource depletion, and green jobs have become one of the most prominent features of this transformation. The International Labor Organization indicates that the world may witness the creation of more than24 million green jobs by 2030, if appropriate policies are put in place to ensure a just transition towards a green economy.
TheWorld Economic Forum Report 2024 indicates that job opportunities related to green skills are growing at a rate twice as fast as the number of workers who possess these skills. These jobs are not limited to modern sectors such as renewable energy and energy efficiency, but rather extend to the development of traditional sectors such as construction, agriculture, industry, transportation, tourism, and waste management, to comply with environmental standards and the requirements of the green economy. The demand for green skills includes technical roles such as chemistry for battery manufacturing, all the way to administrative positions that require expertise in carbon accounting; Which confirms the comprehensiveness of this transformation.
This expansion of work fields and their scopes requires a rapid and effective educational response, not only limited to preparing new competencies, but also including the rehabilitation of the existing workforce, enabling it to acquire new skills capable of keeping pace with the transformation in the labor market and adopting more sustainable production and consumption practices.
The role of technical education in supporting green jobs
Here the pivotal role that technical and vocational education and training can play is clearly demonstrated, which is believed in by leading international institutions such asUNESCOand the International Labor Organization, as a key tool for enhancing employment opportunities, achieving gender equality, empowering youth, and facilitating a just transition towards low-emission and more just societies.
In this context, we should not view sustainable education as merely a supplementary subject added to technical curricula, but rather it should be considered an integrated educational approach that seeks to prepare individuals to understand complex environmental issues, develop their awareness of global problems, and enable them to contribute to formulating realistic solutions that reflect the principles of sustainability.
This requires establishing an educational vision based on linking the educational process to the surrounding environmental reality, so that technical education becomes an effective tool for building society’s capabilities in managing natural resources efficiently, reducing pollution, reducing emissions, and achieving better environmental and psychological health within educational institutions.
Skills required for green jobs
Sustainable technical education goes beyond the traditional concept based on purely technical skills; To open broader horizons towards what are known as knowledge skills and personal skills. In addition to providing learners with applied professional competencies, this type of education seeks to develop their abilities to think critically, solve problems, innovate, and teamwork, which are skills that have become a basic condition for success in changing work environments. The digital dimension is also gaining increasing importance, through the integration of modern technology tools into technical education, such as environmental data analysis, the use of software to rationalize energy consumption, and cloud computing applications in curricula and training.
This fundamental transformation cannot be achieved without a deep reform in the structure of technical education, starting with developing curricula to be more flexible and adaptable to the requirements of the green economy, going through the rehabilitation of educational personnel, adopting project-based teaching methods and practical learning, and ending with the establishment of educational environments that simulate the environmental professional reality, thus enhancing the ability of graduates to integrate into modern labor markets and contribute to building sustainable societies.
Challenges of applying sustainability principles in technical education
With the acceleration of growth in the green job market globally, a worrying gap is clearly revealing between the outputs of current technical education and the needs of this advanced market, a gap that is widening day by day, as many education systems suffer from poor suitability to the actual requirements of the green job market. Which leads to high unemployment rates among graduates of technical institutes and schools, despite the increasing demand for new technical competencies.
The skills gap deepens the longer the integration of green specializations into the school curriculum is delayed. Pivotal areas - such as modern irrigation techniques, solar panel maintenance, and programming and maintenance of electric cars - are still absent or poorly represented, despite being among the basic pillars of a sustainable production structure.
The situation is further complicated by the obsolescence of curricula and their lack of compatibility with the new skills required in environmental labor markets, in addition to the severe shortage of qualified teaching staff, especially in precise technical fields such as renewable energy and low-emission agricultural production. Weak practical training and the absence of environmental awareness among teachers and students also contribute to the decline in the quality of educational outcomes, and reduce the ability of graduates to integrate effectively into the green economy system.
In addition, the lack of funding represents a significant global challenge; It hinders the modernization of the infrastructure of educational institutions, and limits the ability of schools and technical institutes to acquire modern technical equipment, or to include flexible and advanced training programs. The picture is further complicated by the low societal view of technical education in many cultures, which leads to the reluctance of large categories of students from it, and thus the weak flow of qualified competencies to this vital path.
Egypt’s efforts to develop technical education
In the context of its increasing awareness of the pivotal role that technical education can play in supporting the path of sustainable development and green transformation, the Egyptian state has embarked on implementing a package of ambitious initiatives to develop this sector. These initiatives reflect a strong national commitment. At the forefront of these efforts is the launch of theTechnical Education Development Strategy 2.0,, which represents a qualitative shift in the philosophy of technical and vocational education and training, and aims to raise the proportion of those joining technical education. From the preparatory stage, from 57% in 2021 to reach 65% in 2024, targeting 70% in the future.
This program is based on a new educational methodology that places the student at the center of the educational process, and replaces the traditional method based on memorization with a modern approach based on the development of lifelong competencies and skills, with a focus on twenty-first century technology and the skills required for the green economy.
These efforts are evident in the remarkable expansion, as about2 million students are currently enrolled in technical education in Egypt, and the state seeks to accredit 1,300 technical schools and 120 technical education programs by the “Itqan” Authority by the year 2030, and about 70% of the total technical education curricula have been updated.
To ensure that technical education is aligned with the changing labor market requirements, the government has strongly sought to expand the scope of partnership with the private sector, whether through curriculum development or through serious proposals to involve the sector in the management of specialized technical schools, such as applied technology schools and the dual system. These partnerships have been strengthened by establishing supportive bodies such as the Egyptian National Authority for Quality Assurance and Accreditation in Technical, Technical, and Vocational Education and Training “Itqan” (ETQAAN) and the Sectoral Skills Council; Which confirms the comprehensiveness and aspiration towards the best international practices in this field.
HenceProtectors of the Earthsees that the transition towards a green economy requires reimagining technical education as a strategic investment in human capital, ensuring justice between generations, and enhancing the ability of societies to adapt and withstand; Sustainable technical education provides young people with the necessary skills to manage resources effectively and build a more sustainable and resilient future.
