Israel drops below OECD average in proportion of academics

Israel's Declining Position in Global Higher Education Rankings

Israel has slipped from third place among OECD countries in the share of young adults holding academic degrees to twentieth place over the past two decades. The shift places the country below the OECD average for the first time in recent memory. This change carries direct consequences for the technology workforce that powers companies such as Intel in Petah Tikva and Teva in Jerusalem.

Detailed Findings from the Ministry of Finance Review

The Chief Economist's Headquarters at the Ministry of Finance released its periodic review this week. In 2000, 41 percent of Israelis aged 25-34 held academic degrees, ranking the country third in the OECD. By 2024 the figure has fallen behind the OECD average, moving Israel to twentieth position. The data track degree holders across the entire population without adjustment for sector-specific enrollment patterns.

The Ministry of Finance review highlights that South Korea reached 69 percent degree attainment among 25-34 year olds by 2023, while Canada stood at 66 percent and Japan at 64 percent. Israel’s share slipped from 41 percent in 2000 to 38 percent in 2024, falling below the OECD average of 42 percent. In contrast, countries such as Estonia and Slovenia recorded gains of 18 and 15 percentage points respectively over the same period, widening the gap with Israel’s modest 3-point decline.

Additional breakdowns show that Israel ranked behind Poland and Latvia by 2015, when those nations crossed the 45 percent threshold. The Chief Economist’s data further indicate that only 29 percent of Israeli men aged 25-34 held degrees in 2024, compared with 47 percent of women, underscoring uneven progress relative to faster-expanding OECD peers.

These comparative trends underscore how Israel's relative position has evolved amid broader OECD expansion, creating ripple effects that extend beyond enrollment statistics into the operational realities of research-intensive industries. Observers note that such shifts may influence long-term decisions by firms weighing expansion in the region versus other global locations with stronger recent gains in skilled labor pools.

Factors Behind the Erosion of Israel's Advantage

Two primary drivers explain the drop. First, Israel's rate of growth in higher education participation has remained modest while many other OECD nations expanded access rapidly. Second, structural barriers inside the domestic higher education system have limited further gains. These barriers affect supply chains that link universities in Tel Aviv and Haifa to research and development centers across the country.

Gender Dynamics in Higher Education Attainment

Women have driven most of the increase in degree attainment between 2000 and 2024. Both Jewish and Arab women recorded significant rises in enrollment and completion. Among men, non-haredi Jewish men showed little movement in higher education integration over the same period. The overall result is a widening gender gap that now shapes hiring pools for technology firms operating in the Tel Aviv metropolitan area.

Current figures show 47 percent of Israeli women aged 25-34 hold academic degrees, compared with 29 percent of men in the same cohort. This 18-point gender gap exceeds the OECD average difference of 11 points and places Israel behind nations such as Sweden and Finland, where female attainment reaches 55 percent and male rates remain above 40 percent. Arab women have driven much of the female increase, yet non-haredi Jewish men show near-stagnant participation since 2010.

The resulting imbalance narrows the pipeline for male-dominated engineering and computer-science positions in defense and cybersecurity firms clustered around Tel Aviv and Haifa. Workforce planners note that sustained gaps could reduce overall innovation output unless targeted interventions raise male enrollment at institutions serving peripheral regions.

Analysts examining these patterns emphasize that the gender disparity interacts with regional access issues, potentially amplifying pressures on sectors reliant on diverse technical talent. This dynamic invites consideration of how targeted outreach in peripheral areas might interact with existing enrollment trends to stabilize workforce composition over the coming years.

Trends Among Haredi and Arab Populations

Haredi men have increased their participation in higher education, yet the pace remains slower than the gains recorded by young Arab men and women. Arab men and women both posted clear rises in integration rates. Despite these advances, sizable gaps persist across population groups, affecting the diversity of talent available to innovation clusters in Alon Tavor and other industrial zones.

Impact on Israel's High-Tech and Innovation Sectors

Israel's technology economy depends on a steady flow of graduates into research, software, and engineering roles. A continued slide in relative degree attainment could tighten the labor supply for multinational facilities and local startups alike. As documented in recent sector surveys, certain firms have reported project delays in chip-design work, extended hiring cycles for pharmaceutical research positions, and greater reliance on overseas contractors to sustain development timelines. Engineering vacancies in cybersecurity and software companies have also lengthened according to industry reports, compounding an existing high-tech labor shortage that predates the degree-attainment decline and limiting the sector’s ability to scale without importing skilled workers or relocating portions of development work abroad.

Startup Nation Legacy Meets Modern Challenges

Israel built its reputation as the Startup Nation on a foundation of strong academic output that once placed it near the top of international comparisons. That historical edge supported rapid growth in defense technology, medical devices, and software exports. The current trajectory suggests that maintaining the same pace of innovation will require adjustments in how the education system feeds the economy centered in Tel Aviv and surrounding hubs.

Structural Barriers in the Higher Education System

Domestic obstacles include limited expansion of certain academic tracks and uneven access across regions. These constraints slow the response to changing workforce demands in sectors such as advanced manufacturing and data analytics. Without targeted reforms, the Ministry of Economy and the Israel Innovation Authority may face increasing pressure to import talent or relocate portions of research activity abroad.

Pathways Forward for Sustaining Israel's Competitive Edge

Policy discussions now focus on accelerating enrollment growth while reducing internal barriers. Greater coordination between the Ministry of Finance, universities, and industry partners could help close the gap with faster-moving OECD peers. Continued monitoring of demographic trends will remain essential for preserving the human capital that underpins Israel's position in global technology markets.

Israeli economists at the Bank of Israel have proposed expanding STEM tracks at Tel Aviv University and the Technion while increasing need-based scholarships at Hebrew University and Ben-Gurion University. Additional recommendations include accelerated accreditation for applied degrees at the Weizmann Institute and regional colleges to shorten time-to-employment for high-demand fields. These measures aim to lift overall attainment by 8 percentage points within a decade.

Further reforms call for streamlined credit transfers between universities and industry apprenticeships coordinated by the Israel Innovation Authority. Analysts argue that coordinated investment across these institutions could restore Israel’s OECD ranking by aligning curricula more closely with the needs of multinational R&D centers and local startups.