Graduate Cyber Catastrophe Risk Analyst

Introduction

At Gallagher Re, we bring clarity to complexity by helping clients around the world make confident, data-driven decisions in a rapidly evolving risk landscape. Here, you’ll be part of a team that leverages world-class analytics and deep reinsurance expertise to deliver strategic advisory services and transactional excellence. Together, we transform advanced insights and market intelligence into strategies that protect businesses, drive performance, and shape the future of reinsurance.

We’re a community of decision makers, future shapers, and trusted experts working side by side to deliver meaningful impact through innovative thinking and practical solutions. At Gallagher Re, your curiosity is welcomed, your growth is championed, and your work truly matters. This is a place where you'll have the freedom to explore new ideas, take ownership of your career, and collaborate with people who are as driven and inquisitive as you are.

Joining our Cyber Catastrophe Modelling team as a graduate is an excellent opportunity to kick-start your career in a dynamic and rapidly evolving field. You will gain valuable experience working with industry experts, developing your technical and analytical skills, and contributing to innovative solutions that help our clients manage cyber risks effectively.

As a Graduate Cyber Catastrophe Analyst
, you will be introduced to the fundamentals of cyber risk and catastrophe modelling, gaining hands‑on experience in delivering modelling outputs and supporting the team in providing tailored solutions and value‑add insights to clients.

This role is designed to help you develop your technical skills, industry knowledge, and build you confidence in client facing situations, including:

• Approaching and solving complex, non-standard analytical problems to deliver tailored insights and solutions for our clients
• Learn and apply best practices for using cyber catastrophe models, ensuring accuracy and consistency in outputs.
• Support the team in analysing data, interpreting model results, and preparing reports for internal and external stakeholders
• Collaborate with senior team members to understand and improve internal processes related to cyber modelling.
• Stay informed about developments in cyber risk, catastrophe modelling tools, and industry trends
• Participate in training sessions and professional development opportunities to build your technical and industry expertise

You will also have the opportunity for:

• Presenting cyber catastrophe modelling outputs to clients
• Assist in the generation of white papers and market publications that drive the understanding cyber risk in the global cyber (re) insurance market

Degree in a cyber‑technical or mathematical field, such as Cyber Security, Computer Science, Data Science, Mathematics, Physics, Actuarial Science, Engineering, or equivalent qualification.

• A genuine enthusiasm and keen interest in the fields of Cyber Risk, Insurance, Risk Management, and Reinsurance.
• Excellent communication and organisational skills
• Proven ability to cultivate and maintain robust professional relationships with internal and external stakeholders
• Strong curiosity, open‑minded attitude, and a desire to learn and embrace new challenges
• Solid technical aptitude with the ability to understand and apply cyber security, mathematical, probabilistic, and quantitative concepts in a real‑world risk context
• Passion for data‑driven analysis, with an interest in working with large datasets and analytical tools such as R, Python, MATLAB, and SQL
• Proficiency in Microsoft Office Suite, including Excel, Word, and PowerPoint.

Stage 1: Online application

Stage 2: Virtual Interview

Stage 3: Technical Interview

Stage 4: Final Interview at Gallagher location

Stage 5: Offers made

Start date for our International Programme will be September 2026.

You will be notified on your progress throughout the process.

On top of a competitive salary, great teams and exciting career opportunities, we also offer a wide range of benefits.

Below are the minimum core…