As Jordan launches the second executive programme of the Economic Modernisation Vision (2026–2029), a critical question echoes through the Kingdom's lecture halls: Are our students being prepared for the world as it is, or for the world as it will be by the time they graduate? While the national discourse has rightly centred on high-growth sectors like Green Hydrogen and the Aqaba-Amman Water Desalination and Conveyance Project (AAWDCP), a significant structural risk remains. There is a widening "competency gap" between current academic curricula and the technical demands of a JD41 billion national roadmap — one whose second executive programme alone encompasses 392 projects valued at approximately JD10 billion.

 

To meet the milestones set for 2033, Jordanian institutions must pivot from traditional knowledge-transfer models to Competency-Based Learning (CBL) — an approach that measures graduates by demonstrated professional skills rather than course hours alone. A common defence of the pedagogical status quo is the necessity of mastering "the basics" before engaging with modern disruption. While the fundamental laws and logic remain the non-negotiable bedrock of professional training, the World Economic Forum's Future of Jobs Report 2025 found that 39 per cent of workers' existing core skills will be transformed or become obsolete by 2030, and that 59 per cent of the global workforce will require reskilling. In the modern era, these fundamentals are merely the "entry fee", not the finish line.

 

An engineer who lacks literacy in IoT-driven predictive modelling, or a legal professional who cannot navigate the complexities of algorithmic ethics and carbon credit frameworks, will be functionally sidelined in the 2030 economy. This urgency extends beyond the technical labs into every facet of the Jordanian economy. The global "Twin Transition" — the convergence of digitalisation and sustainability — is rewriting the professional landscape.

 

In a water-stressed nation, the management of the Water-Energy-Tech Nexus is no longer a niche specialisation; it is a national survival skill. Similarly, as the South transforms into a regional Green Hydrogen hub, the integration of Power-to-X (PtX) technologies — processes that convert renewable electricity into green hydrogen, synthetic fuels, and industrial chemicals — into chemical and electrical engineering curricula must happen in the early years of study, not as a senior-year elective.

 

The Education Strategic Plan (ESP) 2026–2030 provides a visionary outline for reform, yet the pace of global technological disruption frequently outstrips bureaucratic cycles. To bridge this divide, Jordan must institutionalise the "Living Lab" model. This requires breaking the silos between the lecture hall and the private sector through industry-academic micro-partnerships.

 

Several regional models illustrate what such a pivot looks like in practice. Saudi Arabia's King Abdullah University of Science and Technology (KAUST) embeds industry-sponsored capstone projects into every master's programme, ensuring that no student graduates without having tackled a live industrial problem. In the UAE, Khalifa University's partnership with ADNOC channels energy-sector challenges directly into undergraduate engineering labs. Jordan's own Princess Sumaya University for Technology has taken early steps through its applied research partnerships, but these remain exceptions rather than the institutional norm. For the Living Lab model to work at scale, the Ministry of Higher Education must mandate that at least 20 per cent of final-year coursework across STEM and business faculties be co-designed with private-sector partners, with accreditation frameworks updated accordingly.

 

When students are exposed to real-world industrial challenges early in their tenure, the "brain drain" of our brightest talents is replaced by a "brain gain", as the youth find a tangible, professional stake in the Kingdom’s sovereign resilience. The university is not merely a waiting room for the workforce; it is the frontline of national innovation. If our institutions fail to fast-track their curricula to match the pace of the Economic Modernisation Vision, we risk producing a generation that is over-educated but under-equipped.

 

For Jordan to achieve the technological and economic sovereignty it seeks, the lecture hall must reflect the world of 2030, not the world of 1990. The pivot must begin now. This means three immediate steps: first, forming a national task force — comprising representatives from universities, the Chambers of Industry, and the Ministry of Digital Economy — to map the competency gaps sector by sector; second, allocating a dedicated share of the EMV's education budget to fast-track curriculum redesign in water technology, green energy, and AI-driven engineering; and third, establishing a public dashboard that tracks, in real time, how many graduates possess the competencies the Vision demands.

 

Ensuring that the graduates of tomorrow are not just holding degrees, but the indispensable keys to a resilient, sustainable future, is the only viable and sustainable way forward.

 

The writer is a biomedical engineering researcher at the German Jordanian University (GJU), specialising in the technical integration of Jordan’s Economic Modernisation Vision (2026–2029) and the Sustainable Development Goals (SDGs)