2025–2026 Bulletin Addendum MS in Actuarial Science

This Addendum entry reflects the following change to an existing degree program:

  • Updated courses

Effective date: September 1, 2025

Actuaries use quantitative skills to help others make prudent and intelligent financial decisions. These decisions are based on future predictions derived from past and present data analyses. Actuaries typically work for life, health, and property/casualty insurance companies. Consulting firms, government agencies, accounting firms, industrial corporations, banks, and financial services companies are other significant actuarial employers. Recent years have brought a sea change in the roles that an actuary can fulfill. Now, actuaries are also employed by companies as diverse as internet retailers, NFL franchises, and software developers.

Although actuaries are skilled mathematicians, they are also business professionals who need broad-based skills. Many actuaries find themselves in senior management positions in their mid- and late-career paths, requiring a skillset that extends beyond mathematic knowledge. The Master of Science (MS) in Actuarial Science curriculum at Boston University’s Metropolitan College will prepare students for all actuarial-related competencies. In addition, because a prospective actuary needs to prepare for the professional qualifying examinations offered by the Society of Actuaries (SoA) and the Casualty Actuarial Society (CAS), the courses in this program provide a high level of knowledge in the relevant exam topics, ensuring that students have a strong background when preparing for these essential exams.

Depending on their areas of interest and preparation, students may select one of the following concentrations: Finance or Insurance.

This program requires an average of 16–24 months to complete. Students may begin the program in the fall, spring, or summer term.

Learning Outcomes

  • Detailed knowledge of the mathematics and modeling techniques that form the core of actuarial calculations. This knowledge includes topics in probability, statistics, life contingencies, loss models, credibility theory, investment theory, and financial mathematics.
  • An accurate and deep understanding of these core actuarial topics and the ability to creatively solve increasingly complex business problems.
  • Proficiency in distinguishing and describing a wide range of actuarial practice areas in-depth and knowledgeably, and the ability to articulate an understanding of the principles that govern the development of both standard insurance products and new developments risk management models.
  • Competency in the computer skills required to analyze data using leading-edge software tools of the trade in insurance, risk management, and related industries.

    Admissions Information

    For current admissions information, please visit the Metropolitan College website.

    Degree Requirements

    Students are required to complete the core courses and either two electives or two concentration courses in Finance or Insurance.

    A total of nine courses (34 units) is required, as follows:

    Core Courses (seven courses/26 units)

    • MET AT 505 Actuarial and Financial Data Analysis
    • MET AT 521 Financial Mathematics
    • MET AT 531 Fundamentals of Actuarial Mathematics
    • MET AT 743 Regression and Time Series
    • MET AT 799 Capstone in Actuarial Science (2 units)

    Plus, one course selected from the following list:

    • MET AT 541 Introduction to Individual Insurance
    • MET AT 542 Introduction to Group Insurance
    • MET AT 543 Introduction to Property and Casualty Insurance
    • MET AT 544 Introduction to Pension Mathematics
    • MET AT 545 Introduction to Risk Management

    And one course selected from the following list:

    • MET AT 771 Advanced Long-Term Actuarial Models
    • MET AT 781 Advanced Short-Term Actuarial Models

    General Electives (two courses/8 units)

    Students who are not choosing a concentration in Finance or Insurance must select two electives (8 units) from the list below*:

    • MET AD 632 Financial Concepts
    • MET AT 503 SAS for Actuaries
    • MET AT 511 Economics and Management Decisions
    • MET AT 541 Introduction to Individual Insurance
    • MET AT 542 Introduction to Group Insurance
    • MET AT 543 Introduction to Property and Casualty Insurance
    • MET AT 544 Introduction to Pension Mathematics
    • MET AT 545 Introduction to Risk Management
    • MET AT 581 Probability for Actuaries
    • MET AT 582 Mathematical Statistics for Actuaries
    • MET AT 722 Finance for Actuaries
    • MET AT 761 Mathematics and Portfolio Theory
    • MET AT 762 Mathematical Finance for Actuaries

    With permission from the director of the Actuarial Science program, students may choose to take up to one related course outside of the electives list.

    *Selections cannot be identical to courses taken as part of the core.

    Concentrations

    Directed Study

    Courses in Directed Study are offered to students who plan to engage in special research topics under the supervision of a faculty advisor.

    • MET AT 991 Directed Study I
    • MET AT 992 Directed Study II

    Actuarial Internships

    The following internship courses are also offered to students who seek practical applications of actuarial principles in insurance companies, financial institutions, pension consulting firms, and other related fields.

    • MET AT 981 Internship in Actuarial Science I
    • MET AT 982 Internship in Actuarial Science II

    To take these internship courses, students should have successfully completed MET AT 521 and MET AT 531 (or the associated professional examination) and maintain an overall cumulative GPA of 3.3 or higher. In addition, to enroll in these courses, international students must meet the rules of Boston University’s International Students & Scholars Office (ISSO) regarding internships.

    Second Master’s Degree Option

    In recognition of the converging needs of management and technology, the departments of Actuarial Science, Administrative Sciences, and Computer Science collaborate to offer a unique opportunity to students currently enrolled in their degree programs as well as alumni of those programs. Learn more.