Group Capital Plan And Solvency Analyst
Pubblicato il 16-08-2026 - Generali Group in Trieste
Within the Group Capital Steering (GCS) unit we are looking for a committed and proactive resource to join the team, supporting the Capital Plan and Actual Solvency Analysis activities.Key responsibilities of the role will include:Analyse the Group Own Funds development on actual closings and its projection for Capital Plan purposes, defining the methodology and implementing the supporting tools;
Si assicuri di leggere l'intera descrizione riportata di seguito e di candidarsi immediatamente se è protetto/a di soddisfare tutti i requisiti.
Contribute, alongside with senior team members, to the related production of the Solvency Ratio roll-forward disclosure (internal, external and regulatory) for both actual closings and Group Capital Plan purposes, as well as to the Capital generation ongoing monitoring;
Support quantitative andqualitative analysis on capital development of the Group and related KPIs, as well as on strategic initiatives (e.G. M&As;).Our ideal candidate will meet the following requirements:Master’s Degree in Actuarial, Economics,
Finance or alike disciplines with a strong quantitative focus;
At least 2-3 years of work experience in finance, risk management or actuarial;
Strong analytical and organizational skills, with attention to detail;
Proficiency in MS Office(Excel, PowerPoint, Word);
Knowledge of Tagetik platform and /or AI supporting tools is considered a plus;
Understanding of cross-functional topics (actuarial, accounting and financial) or strong willingness to learn;
Fluency in English (written and spoken);
Previous experience abroad (study and/or work) is preferred. xysqume Soft Skills:Good communication and stakeholder‑management capabilities;
Proactive mindset and problem-solving skills, with the ability to anticipate issues and propose solutions;
Adaptability, curiosity and continuous‑learning orientation;
Team player with a collaborative attitude and ability to carry out tasks independently under pressure during peak phases.