Associate Transaction Processing
Pubblicato il 02-10-2026 - European Investment Bank (EIB) in Roma
This position is based at our Luxembourg headquarters and requires regular office presence. The EIB offers you the opportunity to live and work in a truly international and multi-cultural environment. We also offer relocation support. The EIB, the European Union's bank, is seeking to recruit for its Finance Directorate (FI), Planning and Settlement of Operations Department (PRO), Transaction Processing Borrowing and Treasury Division (TPBT), Money and Securities Markets Unit (MSM) at its headquarters in Luxembourg, an Associate Transaction Processing & Digital Transformation Officer*.
This is a full-time position at grade 4 for which the EIB offers a permanent contract.
- internal benchmark Associate Officer Transaction Processing & Management
Panel interviews are anticipated for November/December.
Purpose
You will contribute to the timely and accurate processing of financial transactions, ensuring the Bank meets its commitments while effectively managing operational and settlement risks in a high-volume, high-criticality environment,
while supporting in parallel the transformation of the back office by leveraging data, automation, AI and emerging technologies such as Distributed Ledger Technology (DLT), contributing to more efficient, resilient and future-proof financial operations processes.
Operating Network
The Division is composed of two teams (the Borrowings and Derivatives Market Unit – BDM – and the Money and Securities Market Unit – MSM), operating as a pool of competencies combining operational expertise with emerging data and technology capabilities.
You will report to the Head of Unit, and autonomously execute key processes of various complexities, ensuring the overall quality of the unit’s output and compliance with the Bank’s policies and processes. This involves high volumes, tight deadlines and significant operational risk exposure in a financial operations processing environment.
The current context involves an accelerating transformation of