Savanna Hoffman
Actuarial science is a discipline that uses mathematical and statistical concepts to calculate, quantify, and
| Characteristics | Values |
|---|---|
| Duration | Minimum of three years for a bachelor's degree. A master's degree requires one year of full-time study or two years of part-time learning. |
| Related Fields | Mathematics, statistics, finance, economics, computer science. |
| Career Opportunities | Actuarial science graduates can find work in insurance companies, consulting companies, financial institutions, government, labor unions, pensions, healthcare, and banking. |
| Skills | Analytical/mathematical skills, business knowledge, understanding of human behavior, economics, accounting. |
| Job Market | Actuarial science is consistently one of the most secure and highest-paying professions, with a high demand for graduates. |
| Exam Track | Students who decide not to pursue the actuarial exam track can explore related fields such as statistical programming, teaching, and accounting. |
| Tuition Fees | Top universities charge between 15,000-28,000 EUR/year. Simon Fraser University costs 2,600 EUR/year. |
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What You'll Learn
Degree requirements and costs
Actuarial science is a unique discipline that combines mathematics, statistics, economics, and finance to assess, quantify, and
The core requirements for a bachelor's degree in actuarial science include a strong background in mathematics, statistics, and business. Students must complete coursework in subjects such as economics, applied statistics, and corporate finance. Additionally, they must have good communication skills and high ethical standards. Some universities, like UCF, require students to earn a minimum GPA of 2.0 in all major-related courses, including computer science and mathematics. They may also need to complete specific prerequisite courses, such as ECO2013, MAC2311C, and STA2023.
Actuarial science programs often prepare students for the professional examinations required to become certified actuaries. These exams are offered by organisations like the Society of Actuaries (SOA) and the Casualty Actuarial Society (CAS). Students may have the opportunity to complete some of these exams during their degree, and universities may offer reimbursements for the cost of taking these exams.
After completing a bachelor's degree, students can pursue a master's degree, which usually requires one year of full-time study or two years of part-time learning. A PhD is the highest formal qualification in the field and can take between four and seven years to complete. While tuition fees vary, the high demand for actuaries and their competitive salaries can make this degree a worthwhile investment. The median annual wage for actuaries was $125,770 in May 2024, and the occupation is projected to grow by 22% from 2023 to 2033.
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Career options and demand
Actuarial science is a highly specialised field that deals with evaluating risks and maintaining the economic stability of insurance or financial organisations. Actuarial science degree holders can pursue a wide range of careers, including:
- Actuarial analyst
- Risk analyst
- Financial analyst
- Data analyst
- Insurance underwriter
- Investment analyst
- Pension fund manager
- Banking professional
- Consultant
Actuaries are in high demand across various sectors, including insurance, commerce, and government. The profession is consistently ranked as one of the most secure and highest-paying, even during tough economic times. The actuarial science degree provides a solid foundation in mathematics, statistics, economics, and finance, making graduates well-equipped to enter various industries.
The demand for actuaries is expected to grow due to the increasing complexity of financial products and the need for risk management. Actuarial science graduates are well-positioned to meet this demand, as they possess the knowledge and skills to analyse data, assess risk, and make informed decisions.
Additionally, the actuarial profession offers international opportunities. Actuaries are sought after globally, and the qualifications gained in one country are often recognised in others, allowing for potential career mobility across borders.
It is important to note that while a degree in actuarial science is beneficial, it is not always a requirement to become an actuary. Some individuals may choose to study related fields such as mathematics, statistics, or finance and then pursue the actuarial exams independently. However, a specialised degree in actuarial science can expedite the process and provide a more direct path to a career in this field.
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The exam process
Actuarial science deals with evaluating risks and maintaining the economic stability of insurance or financial organisations. Actuarial science programs are taught through a combination of lectures, seminars, practical workshops, problem-solving classes, and tutorials. Assessment methods include exams, essays, presentations, and research projects.
Actuarial science students can expect to take examinations in a range of subjects, including mathematics, statistics, economics, finance, and accounting. These examinations aim to provide students with a strong foundation in quantitative disciplines and analytical skills.
In addition to university examinations, students aspiring to become actuaries will also need to pass actuarial exams to obtain their professional credentials. These exams are independent of academic institutions and are designed to assess the knowledge and skills required to work as an actuary. Examples of these exams include Exam P, Exam FM, Exam IFM, Exam LTAM, and Exam STAM.
Some universities may offer preparation courses or coverage for these professional actuarial exams as part of their actuarial science programs. For example, Arcadia University's Bachelor of Science in Actuarial Science provides course coverage for four SOA preliminary exams (Probability, Financial Math, Short-Term Actuarial Mathematics, and Statistics for Risk Modelling).
It is important to note that while a degree in actuarial science can provide a solid foundation and expedite the process of becoming an actuary, it is not always a requirement. Individuals with degrees in related fields such as finance, mathematics, or statistics can also pursue actuarial exams and careers.
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Pros and cons of the degree
Pros of an Actuarial Science Degree
Actuarial science degrees are a great choice for students who want to pursue a career as an actuary. This degree prepares students with the knowledge and skills needed to perform an actuary job and pass their actuarial exams faster. Actuarial science programs are taught through a combination of lectures, seminars, practical workshops, problem-solving classes, and tutorials. The programs cover theories, models, and methods in actuarial science and their applications to real-world situations. Students also take classes in economics, finance, and accounting to develop a broader understanding of actuarial contexts.
Actuarial science degrees are also flexible, allowing students to pursue related fields such as statistical programming, teaching, and accounting. The degree is also not a requirement to become an actuary, meaning students who decide not to pursue the actuarial exam track can still find success in an array of professions. Actuarial science graduates are well-equipped to find work in insurance companies, investments, pensions, healthcare, and banking, both locally and internationally.
Cons of an Actuarial Science Degree
Actuarial science is a very specialised position requiring intense training and devotion. Actuarial exams are difficult and require intense preparation. The degree programs are also taught through a variety of methods, including lectures, seminars, workshops, and tutorials, which may be demanding for some students.
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Course content and structure
Actuarial science is a specialised discipline that uses mathematical and statistical concepts to calculate, quantify, and manage risk. Actuaries predict and manage the financial impact of uncertainty across sectors like insurance, commerce, and government. An actuarial science degree will equip you with the knowledge and skills needed to perform an actuary job and prepare you to pass actuarial exams faster.
Actuarial science courses are often studied as a Bachelor of Science (BSc) over a minimum of three years. Some programmes offer a sandwich year to gain industry experience, extending the degree to four years. It is also common to study actuarial science in combination with a related subject, such as mathematics, statistics, computer science, finance, or economics.
The course will cover the theories, models, and methods behind actuarial science, along with their real-world applications. You will develop advanced mathematical and statistical skills and gain a broader understanding of actuarial contexts through classes in economics, finance, and accounting.
For instance, the BSc Actuarial Science programme at Queen Mary University of London is accredited by the Institute and Faculty of Actuaries (IFoA). The curriculum includes topics like probability, actuarial and financial mathematics, and business economics. This degree exempts students from up to six of the seven Core Principles exams required to become a qualified actuary with the IFoA.
Actuarial studies provide a solid foundation in mathematics, statistics, finance, and accounting, enabling graduates to work in various fields. While an actuarial science degree is not mandatory to become an actuary, it accelerates exam preparation and enhances employability in the field.
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Frequently asked questions
Actuarial science deals with evaluating risks and maintaining the economic stability of insurance or financial organisations. Actuarial science uses mathematical and statistical concepts to calculate, quantify, and manage risk.
Actuarial science graduates go on to find success in a variety of professions, including insurance companies, investments, pensions, healthcare, and banking. Actuaries are also employed by consulting companies, financial institutions, and government agencies. It is one of the top-ranked jobs and is well-compensated, even during tough economic times.
The admission requirements for international students vary by university. Some universities may require a minimum English language test score, such as IELTS 6 or TOEFL 80. It is recommended to check the specific requirements for your university of choice.
There may be scholarships or financial aid opportunities available for international students, but these vary by university and country. It is recommended to research the specific opportunities offered by your universities of choice.
