Kirsten Mitchell-Wallace – Director of Portfolio Risk Management, Lloyd’s
Dr. Kirsten Mitchell-Wallace is the Director of Portfolio Risk Management at Lloyd’s. She specializes in catastrophe management, emerging risk, pricing, reinsurance, and portfolio analysis. With extensive experience in the insurance industry, Dr. Mitchell-Wallace plays a crucial role in managing and mitigating risks associated with large portfolios. She focuses on analyzing potential threats from natural and man-made disasters and devises strategies to protect assets and optimize financial performance.
At Lloyd’s, she oversees the development and implementation of risk management frameworks, ensuring that the company’s portfolio remains resilient against various hazards. Her expertise in pricing and reinsurance helps in accurately assessing risk exposure and determining appropriate insurance premiums.
She’s background in catastrophe management enables her to identify emerging risks and develop innovative solutions to address them. Her analytical skills in portfolio analysis contribute to enhancing the overall stability and profitability of Lloyd’s insurance products.
Her role demands a keen understanding of complex risk factors and the ability to anticipate and respond to evolving market conditions. Dr. Mitchell-Wallace’s contributions significantly influence Lloyd’s ability to provide reliable insurance coverage in a rapidly changing risk landscape.
Kirsten Mitchell-Wallace is strategic people-orientated leader with multiple years of international experience and a broad experience base in modelling and underwriting risk management.
Currently acting as the Director of Portfolio Risk Management for Lloyds, responsible for strategy for multiple technical oversight teams and leadership of teams of subject matter experts. Member of Lloyd’s Executive Leadership Group. Lloyd’s business plan approval, new entrants and market oversight all within remit.
Qualified risk manager, cat modeller and coach. Wrote the book on natural catastrophe risk management and modelling.
