Bahrain's research moment

The quality push is also showing up in regulation. HEC now links university and programme licensing directly to performance reviews carried out with the Education & Training Quality Authority and the National Qualifications Framework, a mechanism that Dr Juma says exists so that "no institution or programme operates without meeting internationally benchmarked standards".

The August launch event itself doubled as an accreditation ceremony: 11 higher education institutions received institutional accreditation, and 10 institutions picked up academic accreditation for 93 programmes that met HEC standards.

It is also the next chapter in a much longer national project.

Bahrain's Economic Vision 2030, launched in 2008, set out an ambition for a more productive, globally competitive and knowledge-based economy, with greater emphasis on innovation, entrepreneurship and high-value sectors. To achieve this, the policy envisaged government and the private sector working together to create the conditions for new ideas and technologies to move towards market readiness.

Nearly two decades later, higher education is being asked to play a larger role in delivering that vision.

For Bahrain, the next phase moves beyond producing more graduates to building the research capacity, talent, partnerships and innovation infrastructure that can help turn knowledge into wider economic and social value.

A new research chapter

Some of that transition is already visible.

In July, Bahrain Polytechnic announced its first-ever applied PhD programmes: a PhD in Engineering and a PhD in Computer Science, alongside research-based master's programmes in mechanical engineering, electronics engineering and computer science. The programmes entered their pilot phase in September.

The move marks a significant change for an institution built around applied, workforce-focused education.

Professor Ciarán Ó Catháin, CEO of Bahrain Polytechnic, described the launch as a significant strategic milestone for the institution and said the programmes had been developed in partnership with industry and aligned with national priorities and the needs of a knowledge- and innovation-based economy.

The model is deliberately practical. Research projects must be approved by the institution's Scientific Research Committee and supported by industry partners, with access to data, equipment and technical supervision. The polytechnic has also allocated 18 fully funded research scholarships — 12 for MSc by Research candidates and six for PhD candidates.

The projects themselves give a sense of what that applied model looks like. They include machine-learning applications for manufacturing processes, sustainable materials, robotics for inspecting oil storage infrastructure and an AI-driven digital twin project for smart parking in Bahrain.

Rather than treating research as a separate academic exercise, the model ties it directly to the country's industrial and technological priorities.

It is also part of a wider expansion of postgraduate and research capacity.

At the University of Bahrain, the College of Information Technology offers postgraduate programmes in applied artificial intelligence, cybersecurity, machine learning and computational intelligence, software engineering, big data science and analytics, as well as a PhD in Computing and Information Sciences.

The university's research infrastructure is beginning to show what it can produce. Its BENEFIT Advanced AI & Computing Lab, for example, reported 53 research papers and 269 citations over four years, reflecting a growing concentration of work around AI and computing.

UoB's own description of its research ambitions is revealing: "Research is not a peripheral academic exercise here; it is a national responsibility." Research is increasingly being positioned not as something that sits alongside teaching, but as part of the country's development infrastructure. The question is where Bahrain can build enough depth to make that ambition distinctive.

Finding Bahrain's strengths

The strategy's research ambitions sit within an economy that has already identified several areas of strategic importance.

Bahrain has built established strengths in financial services while developing sectors including ICT, manufacturing, logistics and tourism. At the same time, its universities are building expertise in fields such as AI, cybersecurity, data science, engineering and health.

The available indicators suggest both a foundation to build on and gaps that the new strategy will need to address. In the 2027 QS World University Rankings, three Bahraini institutions appear: Applied Science University, Ahlia University and the University of Bahrain.

According to the 2026 Global Innovation Index — where Bahrain ranked 64 of 139 economies — the Kingdom performed well in university-industry R&D collaboration (62) and innovation linkages (52), while ranking lower in knowledge creation (114), public research-industry co-publications (132) and creative output (99). Moreover, Bahrain currently ranks 64 of 133 countries on the 2025 Global Knowledge Index

Taken together, those indicators point to a country with people and some collaborative infrastructure in place, but with room to strengthen the conversion of that capacity into research outputs and wider impact.

This makes specialisation important. Bahrain does not necessarily need every university to pursue every research field. Its opportunity may instead lie in building depth where national priorities, existing expertise and industry needs overlap.

AI, for example, becomes more meaningful as a national research strength when it connects with the problems Bahrain already has reasons to solve: financial technology, cybersecurity, logistics, industrial automation or the digital transformation of public services.

The same principle applies to health, where Bahrain has built a longstanding international presence through medical education.

For Dr Esra Saleh Al-Dhaen, Vice-President for Administrative and Financial Affairs and Associate Professor at Ahlia University, the next stage requires greater collaboration between higher education institutions locally, regionally and internationally, as well as stronger relationships with industry and research centres.

The aim, she says, should be focused research capable of producing direct and measurable impact.

That focus could give Bahrain's research ambitions a clearer identity: not only more research, but research concentrated in areas where the country can build expertise and demonstrate impact.

From university to economy

Economic Vision 2030 placed innovation and private-sector development at the centre of Bahrain's economic transformation. The new higher education strategy makes the university part of that machinery more explicit.

The relationship is already beginning to take shape.

Bahrain Polytechnic's new postgraduate research programmes require industry endorsement, creating a direct link between research projects and the needs of companies. Its model is intended to produce researchers who can work on real-world technological and industrial problems while giving businesses access to advanced skills and research expertise.

At the University of Bahrain, a memorandum of cooperation with the Bahrain Chamber of Commerce and Industry aims to connect academic research and scientific studies more closely with labour-market needs. The agreement also covers joint studies and research, knowledge exchange and practical training with the private sector.

Applied Science University Bahrain is taking a similar approach, developing an industry and government challenge bank and an ASU Applied AI Lab, with the aim of connecting students and staff with real-world problems that could inform learning and research.

These examples point to the same shift: research is increasingly expected to move beyond the university itself. A successful research ecosystem ultimately needs somewhere for ideas to go — into companies, public services, new technologies, products and policy.

That is particularly relevant to Bahrain's Economic Vision, which calls for an environment that supports entrepreneurship and innovation and helps move innovations towards market readiness.

The challenge is to strengthen the connections between those pieces.

Building the people behind the strategy

Infrastructure and programmes are only part of the picture. Research systems ultimately depend on researchers.

This is an area where Dr Al-Dhaen sees an important next step for Bahrain.

“Offering PhD programmes is important to build capacity; however, it is recommended to include clear procedures for researchers’ pathways after completion,” she advises. She points to postdoctoral opportunities, teaching fellowships and research-impact scholarships as ways to attract high-calibre junior researchers and create more sustainable research outcomes.

That makes researcher development part of the strategy rather than an afterthought. A PhD programme can expand capacity, but the researchers who emerge from it also need opportunities to remain in research, develop expertise and build longer-term programmes of work.

The same logic applies to collaboration. Dr Al-Dhaen argues that Bahrain's higher education institutions need to expand cooperation with one another, with regional and international institutions, and with industry and research centres.

For a country building research capacity, collaboration can help extend the reach of a relatively concentrated pool of expertise.

It can also help researchers gain access to infrastructure, funding networks and colleagues working on related problems elsewhere.

The new strategy places global academic presence and partnerships among its five central objectives, and Bahrain's universities are already building that international layer.

In April, the University of Bahrain signed an agreement with the University of Cyprus to strengthen academic and research cooperation through the exchange of expertise and the development of joint initiatives and programmes. UoB later said it wanted to turn such agreements into practical programmes and projects rather than leave them as formal partnerships.

For Dr Al-Dhaen, this distinction is important. “The international collaboration should go beyond programme delivery and focus on collaborative research outcomes and exchange of resources,” she says.

The goal, then, is to give Bahraini researchers more opportunities to participate in international knowledge creation — and to make those partnerships productive beyond the signing ceremony.

The next chapter

Bahrain's new strategy arrives at an interesting point in its higher education story.

The foundations are already there: an established national university with a substantial research infrastructure; institutions such as Bahrain Polytechnic expanding into applied doctoral research; postgraduate expertise in AI, cybersecurity, data and computing; international partnerships; industry collaboration; and a national economic vision that has been pointing towards a knowledge-based economy for almost two decades.

The new higher education strategy attempts to bring those strands together.

There will be challenges. Research capacity takes time to build, and doctoral programmes need researchers, supervisors, funding and infrastructure behind them. International partnerships need to develop into substantive research relationships. Industry engagement needs to translate into sustained projects rather than one-off collaborations. And researchers need career paths that allow them to build long-term programmes of work.

But the direction of travel is becoming clearer.

Bahrain is moving from an education system focused primarily on supplying talent towards one that wants to play a more active role in producing knowledge, developing technology and supporting economic transformation.

That is a considerably larger ambition than adding another postgraduate programme. It is an attempt to define what the next generation of Bahrain's universities should contribute — to the Kingdom, its economy and the wider region.