Romania's national railway safety authority, bridging EU rail research and regulatory approval for vehicle and infrastructure innovation.
AUTORITATEA FEROVIARA ROMANA (AFER) is Romania's national railway safety authority, responsible for licensing, technical authorization, and safety oversight of rail vehicles, infrastructure managers, and railway operators across the Romanian rail network. In EU research consortia, AFER contributes what no university or company can replicate: direct regulatory authority, practical knowledge of track access charge structures, and the ability to validate technical innovations against binding national and EU railway regulations. Their involvement in projects covering both interoperability infrastructure and next-generation running gear shows they engage with research at the intersection of engineering and regulatory compliance. For any consortium developing railway technology, AFER serves as the critical link between laboratory prototypes and real-world deployment approval.
As Romania's statutory railway authority, AFER brings direct regulatory validation capability to both NeTIRail-INFRA and NEXTGEAR, making them the compliance anchor in each consortium.
NEXTGEAR explicitly includes 'track access charges', 'universal cost model', and 'econometrics' among its keywords, pointing to AFER's contribution in charge-setting methodology and cost-benefit validation.
NeTIRail-INFRA (Needs Tailored Interoperable Railway) addressed interoperability gaps, where AFER's regulatory standpoint on network access and infrastructure standards was directly relevant.
NEXTGEAR's focus on active wheelset steering, active suspension, composite materials, and fatigue testing suggests AFER is developing technical familiarity with next-generation vehicle component standards.
In their first H2020 project (2015-2018), AFER's work was framed around interoperability and infrastructure requirements — a natural fit for a regulatory body concerned with network-level compatibility and access standards. Their second project (2019-2022) marked a notable shift toward advanced vehicle component engineering: running gear design, additive manufacturing, composite materials, and active suspension systems entered the picture alongside econometric cost modeling. This suggests AFER is broadening from purely regulatory validation into active engagement with the technical content of future railway vehicle standards, positioning themselves to shape the certification criteria for tomorrow's technologies rather than simply applying today's rules.
AFER is moving from passive regulatory participant toward active contributor in defining technical standards for next-generation railway vehicles, making them increasingly relevant for consortia seeking early regulatory buy-in for disruptive rail technologies.
AFER has participated exclusively as a consortium partner, never as coordinator — consistent with the role of a national authority that joins applied research to provide regulatory grounding rather than to lead research agendas. Their two projects each involved medium-to-large consortia (27 unique partners spread across 12 countries suggests roughly 13-14 partners per project on average), indicating they are comfortable operating within complex multi-stakeholder research teams. Working with AFER means gaining a regulatory validator and national network entry point for Romania, but project leadership and scientific direction will rest elsewhere in the consortium.
AFER has built connections with 27 distinct partners across 12 countries through just two projects, reflecting the broad, Europe-wide consortia typical of Shift2Rail and rail-focused RIA calls. Their network spans multiple EU member states and likely includes major rail operators, vehicle manufacturers, and research institutes.
AFER is the only organization in Romania with statutory authority to authorize railway vehicles and certify infrastructure managers — a position that cannot be replicated by any research institute or private company. For consortia developing new railway technologies, having AFER as a partner signals regulatory credibility and opens a direct channel to Romanian national deployment. Their combination of regulatory authority and growing technical engagement in vehicle component research (running gear, cost modeling) makes them a rare bridge between engineering innovation and real-world market authorization.
