B.S. in financial technology,
concentration in Actuarial Science
The B.S. in Financial Technology prepares students for careers in the rapidly evolving fields of finance, risk management and actuarial science. This interdisciplinary program equips students with quantitative skills in mathematical modeling, statistical analysis and programming to address complex financial and risk management challenges.
The actuarial science concentration focuses on applying mathematical and statistical methods to assess and manage financial risk. Designed to prepare students for professional actuarial exams, this concentration also provides a strong foundation for careers in corporate financial policy, actuarial modeling, forecasting, reserves computation, and financial services technology.
Curriculum
We take a different approach than other schools by offering two tracks that represent high-demand skills in the finance field:
- Actuarial science: Prepare for the basic professional examinations and continued study in actuarial science.
- Financial engineering: Specialize in derivative instruments, securities, hedging, financial risk assessment, quantitative trading and asset/liability management.
Students in the actuarial science concentration take a blend of finance, mathematics and statistics courses, supported by additional coursework in data analysis and programming.
The curriculum is designed to:
- Build expertise in financial modeling, risk assessment and quantitative analysis.
- Prepare students for actuarial exams and professional certifications.
- Develop analytical and ethical decision-making skills essential in financial technology and risk management.
Graduates of this program will be able to:
- Identify and analyze relevant data to perform actuarial calculations.
- Evaluate and compare financial risk models using structured analysis.
- Communicate complex financial and ethical issues clearly and effectively.
Career opportunities
Graduates with an actuarial science concentration are prepared for careers in risk assessment, financial policy and data-driven decision-making. They may work in areas such as actuarial modeling, forecasting, reserves computation, rate making and quantitative applications in corporate and public financial policy. Opportunities also exist in financial services, risk management and information systems.
With strong demand for professionals skilled in financial modeling and risk management, this program provides a competitive edge for students pursuing actuarial and financial technology careers.
Potential career paths include:
- Actuary (insurance, pensions, healthcare, financial services)
- Risk Analyst
- Financial and Investment Analyst
- Quantitative Analyst
- Data Scientist in Financial Services