Companies rely on actuaries to assess risk and forecast performance—which is no easy gig. Actuaries must understand a range of subjects, from math and statistics to economics and computer science—and how they work together. Actuarial scientists turn loads of information into solid business decisions. That’s where we come in. Businesses need insights from actuary scientists to succeed, and Bentley is ranked among the top 25 Actuarial Science degrees in the nation by College Choice. You'll gain skills in analytics, human behavior, business, math and decision-making that will prepare you for this in-demand field. By the time you graduate, you’ll be highly prepared for the first set of professional actuary exams and you’ll have credit toward future tests.
As an Actuarial Science major, you will graduate with a broad knowledge of business by completing courses that are part of the Business Administration minor. You will also have the option of complementing your Actuarial Science major with a Business Administration major, or any other approved Bentley major, by using some of your free electives to take additional courses.
by the Numbers
$79K
Actuarial Science Median Starting Salary
Bentley University CareerEdge
100%
Actuarial Science Job Placement Rate
Bentley University CareerEdge
90%
of students complete at least one internship
Bentley University Institutional Research
Your path to success starts here
class spotlight
Introduction to Generalized Linear Models and Survival Analysis in Business (MA 380)
The course is designed for students interested in analyzing data with advanced regression modeling and introduces generalized linear models (GLMs) and survival analysis with a focus on business applications. The course emphasizes the applications of these functions in real-world data analysis and includes the use of professional statistical packages. Survival analysis is an important method for analyzing hazards and survival time in areas such as health care, finance, marketing and management. The course will focus on applications of survival models and the interpretation of simple survival models using Kaplan-Meier curves.