Bachelor of Science in Actuarial Science

Actuaries are business professionals who quantify, model, and analyze risk in a business environment. Wherever risk or uncertainty is present, such as in the contexts of life, property or casualty insurance, health care, or in the financial management of pensions or annuities, actuaries are needed to understand and manage that risk. An actuary needs to have a solid grounding in the theory and applications of calculus, probability and statistics, mathematical finance including interest theory, and various mathematical modeling techniques. In addition to their mathematical analysis and problem-solving abilities, actuaries need to have excellent oral and written communication skills as well as a basic understanding of economics, finance, and corporate structure and decision making. An ideal actuary has mastery of technical mathematical material, can apply it in its proper context, and can communicate it to an appropriate audience. Career Opportunities The job of actuary is consistently rated very highly in terms of job satisfaction, salary, employment outlook, work environment, and growth opportunity. One can usually find it at or near the top of annual “best jobs” lists. Actuaries are in high demand and are most commonly employed in the insurance, financial services and health care industries as well as in government agencies. The numerous such companies present in the Springfield-Hartford corridor means that actuarial jobs are relatively plentiful, and even more opportunities are possible in the greater Boston and New York areas. Graduates of Western New England have obtained positions at many of these companies. Program Objectives The Actuarial Science major is housed within the Department of Mathematics and follows the educational recommendations of the two largest actuarial-related professional societies in the US: the Society of Actuaries (SOA) and the Casualty Actuary Society (CAS). A student who successfully completes the Actuarial Science major will: 1. Demonstrate knowledge of the foundational mathematical concepts needed for actuarial science. 2. Demonstrate the ability to communicate actuarial mathematics to an appropriate audience, in both written and oral form. 3. Demonstrate competence with software relevant to a career in actuarial science. 4. Demonstrate success in learning mathematical concepts independently.