The Gulf's Hydrogen Economy Is Real. The Workforce to Run It Isn't Built Yet

The UAE's hydrogen ambitions are no longer a slide in a strategy deck: they carry production numbers and a timeline. What's less mapped out publicly is the workforce needed to hit them.

The targets, in full

Under the UAE National Hydrogen Strategy, the country is targeting 1.4 million tonnes per annum (mtpa) of low-emission hydrogen production by 2031 (split between 1 mtpa green hydrogen and 0.4 mtpa blue hydrogen), rising to 7.5 mtpa by 2040 and 15 mtpa by 2050. Forecast local demand alone is 2.7 mtpa by 2031, well above the 2031 production target, which signals the strategy expects the UAE to be a net exporter almost immediately.

The strategy also commits to a 25% cut in emissions from hard-to-abate sectors (transport, chemicals, metals) by 2031, rising to a full 100% by 2050. To get there, it lays out three concrete building blocks: developing hydrogen supply chains, establishing "hydrogen oases" (dedicated production and utilisation zones), and creating a national R&D centre focused specifically on hydrogen technologies. The government has named 10 key enablers to hit these targets, though the published strategy page does not itemise workforce or training programmes among them.

Where the global skills data leaves a gap

That silence lines up with a broader pattern. The IRENA/ILO Renewable Energy and Jobs: Annual Review 2025 puts global renewable-energy employment at more than 16.6 million jobs, but the same review is explicit that growth is being held back by factors including grid bottlenecks and constrained industrial capacity, and that "workforce development requires coordinated policy approaches integrating education, training, deployment support, and supply chain building." Neither that global review nor the UAE's own hydrogen strategy publishes a specific projected headcount for hydrogen-sector engineers, technicians or operators. The gap between "we will produce 15 million tonnes a year by 2050" and "here is how many people that takes, and with what qualifications" is currently unfilled in the public documents.

This is not unique to the UAE: it mirrors a pattern the IEA's grid transitions work flags for the wider energy transition. Infrastructure targets are usually set well ahead of workforce plans, and the recommendation that follows, in the IEA's own words, is to "build a skilled workforce" as a first-order priority alongside the physical build-out.

Why this matters for someone choosing a specialisation now

For an engineer early in a UAE energy career, hydrogen sits at the intersection of several disciplines that don't usually share a curriculum: process and chemical engineering for production, electrical and control engineering for electrolysers tied to the grid, and materials science for storage and transport. A strategy with published production numbers but no published training pipeline is, in practice, an open door. The qualifications the hydrogen oases will need are still being defined, which means there's real room to shape a specialisation around them rather than compete for an already-standardised role.

Key sources

• UAE National Hydrogen Strategy (u.ae): the production targets and enablers this article works from.
• IRENA/ILO, Renewable Energy and Jobs: Annual Review 2025: the global renewable-jobs figure and the workforce-development gap it flags.
• IEA, "Electricity Grids and Secure Energy Transitions" executive summary: the parallel pattern of infrastructure targets outrunning workforce plans.