BEN-GURION UNIVERSITY OF THE NEGEV

Their core work

Ben-Gurion University is a major Israeli research university based in Beer Sheva with deep strengths in advanced materials chemistry, computational sciences, and microbial ecology. Their H2020 portfolio spans fundamental science — from supramolecular self-assembly and carbon nitride photocatalysts to lattice-based cryptography and computational geometry — through to applied work in agricultural robotics, biosensors, and cancer diagnostics. They are prolific winners of ERC Starting Grants (14 awards), reflecting a strategy of empowering early-career principal investigators to build independent research lines. Their work consistently bridges molecular-level science with practical applications in energy, health, and food systems.

What they specialise in

How they've shifted over time

In the early H2020 period (2014–2018), BGU's portfolio was broad and applied — spanning cloud computing optimization (MIKELANGELO), agricultural robotics (SWEEPER), resilience engineering (DARWIN), and energy efficiency (ZERO-PLUS, INPATH-TES). From 2019 onward, the focus shifted decisively toward fundamental molecular science: supramolecular chemistry, microbial ecology, AI-driven sensing, and advanced materials. The growing weight of ERC Starting Grants in the later period confirms a strategic move toward investigator-driven basic research with high scientific ambition.

BGU is concentrating on materials chemistry, bio-inspired systems, and AI-enhanced detection — expect future proposals at the intersection of smart materials and intelligent diagnostics.

How they like to work

BGU participates far more than it leads (53 participant roles vs. 20 coordinator roles), but its coordinator projects tend to be high-value ERC grants where they are the sole or primary beneficiary. As a participant, they join large European consortia across diverse topics, functioning as a specialist contributor bringing specific lab capabilities rather than managing the consortium. With 641 unique partners across 58 countries, they are a high-connectivity hub — comfortable working with new partners and not dependent on repeat relationships.

BGU has collaborated with 641 distinct organizations across 58 countries, making it one of the most broadly networked Israeli institutions in H2020. Their partnerships span the full EU membership plus associated countries, with particularly strong ties to Western European research universities.

What sets them apart

As Israel's leading Negev-based research university, BGU brings a combination rarely found in a single institution: world-class materials chemistry, strong computational theory, and deep microbial ecology expertise. Their 14 ERC Starting Grants signal exceptional talent density among early-career researchers — partnering with BGU means access to ambitious PIs building new research lines, not established groups coasting on reputation. For consortium builders, BGU also provides a bridge to Israeli innovation ecosystems and non-EU associated country expertise.

Highlights from their portfolio

• VisuLive
  EUR 1.6M ERC grant as coordinator — pioneering nanoscale visualization of macromolecular complexes in living cells using genetic code expansion, a technique with broad biotech applications.
• CombiCompGeom
  EUR 1.3M ERC grant as coordinator on combinatorial computational geometry — a foundational mathematics project with implications for algorithm design, Voronoi diagrams, and geometric computing.
• RuMicroPlas
  EUR 1.5M ERC grant as coordinator studying how plasmids drive microbial evolution in the rumen from birth to adulthood — directly relevant to livestock health, methane reduction, and microbiome engineering.