Senior Analyst (Catastrophe Modelling) – 28930

The Emerald Group; City Of London; On-site; GBP 60,000 - 80,000; Full time

Job summary

A leading reinsurance firm in London is seeking a Catastrophe Modeller to ensure accurate exposure data and modelled loss information. You will manage data quality and reporting to stakeholders while fostering continuous personal development. Ideal candidates have a degree, over 3 years of experience in catastrophe modelling, and a strong understanding of the (re)insurance industry. This is a permanent position with significant growth potential.

Qualifications

• Minimum 3 years of relevant catastrophe modelling experience.
• Educated to degree level or equivalent.
• Willingness for continuous personal and professional development.

Responsibilities

• Ensure accurate exposure data and modelled loss information.
• Manage quality of data produced by processing teams.
• Provide reporting to internal and external stakeholders.

Skills

Catastrophe Modelling

Risk Aggregation Strategy

Data Quality Management

Analytical Skills

Education

Degree or equivalent

Tools

RMS

AIR

EQE

Job description

Ensure that the team provides underwriters with a fast, consistent and accurate service in line with risk aggregation strategy agreed with the CRO

• Location: London
• Category: Catastrophe
• Type: Permanent

Key Duties

• To ensure complete and accurate exposure data and modelled loss information, in line with risk aggregation strategy, is available to provide internal and external stakeholders with appropriate reporting within agreed timeframes to enable compliance with internal and regulatory requirements
• To manage the quality of exposure data and the production of data from the Company’s processing teams
• Educated to degree level or equivalent and a willingness to undertake continuous personal and professional development
• Minimum 3 years Catastrophe Modelling experience using RMS/AIR/EQE or relevant actuarial experience
• A strong understanding of the (re)insurance industry and catastrophe modelling concepts