Description: Models are a staple of an insurance company's operations. However, models that are not appropriately governed may lead to underpriced products, under-funded reserves, unfairly treated customers, and potentially catastrophic operational, legal, and reputational risks. Model Risk Management (MRM), an essential component of an insurer's ERM function, needs to keep pace with the rapidly evolving model ecosystem to limit model risk and produce results that management can trust when employing company strategy. With the adoption of ASOP #56, emerging technologies, and regulatory changes such as PBR, LDTI and IFRS 17, it is increasingly important for MRM frameworks and processes to adapt, upgrade and evolve. Discuss insights on how to embed ASOP 56 into Model Risk Management (MRM) and assess the design, development, modifications, and validation of actuarial models, the advancement of analytics and technology that empower insurers for process optimization and automation, as well as the the key components, stakeholders, best practices, and strategic benefits of a comprehensive MRM framework. Go over use cases on enhancing MRM in the context of ASOP 56, technology, and model governance. Explore how automation and optimization of the MRM process will allow companies to realize the strategic benefits of MRM, ensure successful adoption of regulation changes, and the pros and cons of emerging technology on MRM. By attending the session, you will be able to: - Describe how ASOP 56 can help improve MRM processes. - Describe the key components, stakeholders, best practices, and strategic benefits of a comprehensive MRM framework. - Identify where and how to use technology to automate and optimize the MRM process. - Evaluate the impacts of emerging technology on MRM.

Description: The SOA is holding a Student Research Case Study Challenge, which provides an opportunity for teams of students to apply their actuarial skills on a real world problem. Over the course of eight weeks, teams of up to five students research a given case study, conduct actuarial analysis, formulate solutions and present recommendations. Finalists are invited to present to a panel of SOA judges for top awards. All teams who meet a minimum standard are recognized in official SOA publications.

Description: The Actuarial Innovation and Technology Steering Committee of the Society of Actuaries is sponsoring this competition to encourage contestants to find innovative usages for data visualization software. This contest seeks to give actuaries and non-actuaries the chance to showcase their ability to tell a story by creating data visualizations for one of two standard datasets that have been created for this purpose.

Description: This web page describes the 2017 Student Case Study Challenge.

Description: View ways for people to get involved in Initiative 18|11.

Description: View the latest news about Initiative 18|11.

Description: The SOA is seeking actuaries to write questions for the Enterprise Risk Management (ERM) Exam that is offered twice each year.

Description: SOA members, as well as other business professionals, are welcome to join one or more sections/community.

Description: Comprehensive actuarial guides.

Description: Take part in an interactive session where experts from a variety of backgrounds and disciplines debate hot topics in underwriting and the impact they may have on key business outcomes such as mortality. Cast the deciding vote on each question. The debate will cover topics such as: - Leading performance indicators - are we measuring the right things? - Is the ground shifting beneath us? Less obvious, tertiary factors that could influence mortality - How much is too much? How far can we push the envelope on qualification with limited evidence? By attending the session, you will: - Identify key questions to consider relative to the continuing evolution of underwriting. - Recognize pros and cons to solutions currently in production or under consideration. - Understand potential business impacts of forthcoming underwriting changes and levers that could increase or reduce their magnitude.