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What is Applied Mathematics?

Get a Master's in Applied Mathematics

The Applied Mathematics B.S.

Applied mathematics involves applying mathematics to other disciplines, such as engineering and the sciences, to solve problems—as well as developing new methods and tools for solutions.

From tackling issues like water pollution, traffic congestion and climate change to advancing fields like machine learning, computer vision and medical research, mathematics is essential to progress.

The B.S. in applied mathematics provides a solid foundation in mathematics, along with study of advanced topics.

Degree concentrations let you delve deeper into your interests:

  • Artificial Intelligence and Data Sciences
  • Biomathematics
  • Abstract Mathematics

Whether you're interested in discrete mathematics, designing neural networks or developing better algorithms, a degree in applied mathematics equips you for a variety of careers and advanced studies.

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Why Choose Florida Tech for Applied Mathematics?

At Florida Tech, you'll develop the analytical and computational skills needed to create innovative mathematical methods and tools for solving complex real-world challenges, preparing you for success in both industry and academia. Our program offers the resources typically found at larger universities, but in a smaller, close-knit environment that truly sets us apart.

Florida Tech is known for small class sizes, a low student-to-faculty ratio and our close-knit, personalized learning community. You’ll find it easy to interact with professors for consultation and mentoring.

When you major in applied mathematics, you will choose a concentration to meet your interests and professional goals: artificial intelligence and data sciences, biomathematics or abstract mathematics.

In addition to the concentration, electives provide abundant opportunity for customizing your degree.

Because graduates with an applied mathematics degree are typically employed in scientific, engineering, business or government environments, knowing how to apply mathematics to the analysis and solution of real-world problems is critical.

There is no better way to develop these skills than by practicing them in the context of research. At Florida Tech, research is built into every major and all students plan, undertake and report on a research project.

Our math students also work alongside faculty in high-tech faculty research teams. By involving themselves in original research endeavors, our students are better able to conduct research after graduating college and in applied mathematics jobs.

Learn from faculty from a variety of backgrounds, with research interests and professional experiences that span the field of mathematics and its applications. They will teach your classes and serve as mentors.

The facilities and resources available to applied mathematics students are important at any university, and Florida Tech does not disappoint.

Besides the engineering and science labs available in other departments, applied mathematics students benefit from computer labs that feature sophisticated mathematical and statistical software packages, such as Wolfram Mathematica, MATLAB, R, SageMath and IBM SPSS.

These tools support computational research, data analysis and mathematical modeling, ensuring students have the technology needed for both academic and real-world applications.

Applied mathematics internships are exciting opportunities to apply the skills you have learned in your coursework to the real world. Florida Tech students have interned in a variety of industries and at a range of government agencies, including:

  • The National Security Agency (NSA)
  • NASA
  • U.S. Department of Homeland Security
  • Scripps Institution of Oceanography

Careers in Applied Mathematics

Applied mathematics teaches you how to apply math in areas such as engineering, the physical and life sciences, environmental science, social science and business, so that when you graduate, careers in all these fields could be open to you. Some Florida Tech applied mathematics graduates seek teaching positions or go on to jobs in finance or business.

Undergraduate and graduate students with degrees in applied mathematics work in positions such as:

  • Actuary
  • Civil engineer
  • Computer programmer
  • Computer systems analyst
  • Database administrator
  • Economist
  • Financial analyst
  • Logistician
  • Market research analyst
  • Mathematician
  • Mechanical engineer
  • Nuclear engineer
  • Operations research analyst
  • Physicists and astronomers
  • Statisticians

Looking ahead to your future career can be exciting! Keep in mind that certain roles may entail additional prerequisites, such as an advanced degree.

Florida Tech’s Career Services assists students, alumni and employers in their search for careers and employee candidates. We help students develop career plans and job-search skills. Explore our Career Toolbox to learn more about our services and access additional resources.

The Occupational Outlook Handbook, published by the United States Department of Labor, Bureau of Labor Statistics (BLS), provides information about specific jobs, including median annual pay, working conditions and job outlook, among other things. Check the handbook for information on the outlook for math-related careers.

Advanced Degree Options

Since applied mathematics is relevant to many fields, such as biology, chemistry, physics and engineering disciplines, students might consider any number of graduate programs. Within the mathematics and systems engineering department, students often choose to continue on in one of the following:

Explore the Applied Mathematics, B.S., Curriculum

The Applied Mathematics, B.S., Curriculum

During the first two years, applied mathematics majors share courses with science and engineering majors, enabling dual degree opportunities. In addition to mathematics, you will complete the communication and humanities core courses and take science courses.

You will also choose a degree concentration: artificial intelligence and data sciences, biomathematics or abstract mathematics.

Electives let you customize your degree. Technical electives are selected from math, computer science, engineering or science courses involving technology. You'll also choose applied area electives, typically from a single discipline other than mathematics—such as science, engineering or management.

Courses include:

  • Probability and Statistics
  • Introduction to Linear Algebra
  • Models in Applied Mathematics

Check the catalog for a description of all courses.

Download the Applied Mathematics, B.S., Curriculum now!

Degree Concentrations to Follow Your Interests

A student working on her computer outside

In the applied mathematics B.S. program, you'll choose a concentration that aligns with your passions and professional aspirations.

You can customize your academic journey to focus on areas that intrigue you the most, and you'll acquire specialized knowledge and skills that will set you apart in your future career or in advanced studies. 

Abstract Mathematics

Mathematics independent of applications outside mathematics: number theory, abstract algebra, topology, analysis.

Artificial Intelligence and Data Sciences

Machine learning, deep learning, statistical and stochastic modeling, artificial intelligence.

Biomathematics

Mathematical methods for biology and ecology, deterministic methods and models in biomathematics, biostochastics, biometry.

Learn more about Applied Mathematics at Florida Tech on the website.

Research Prepares Problem-Solvers

Research projects in applied math cover real-world challenges and theoretical problems, culminating in a senior-year capstone research experience.

Students showcase their research at the annual Northrop Grumman Engineering & Science Student Design Showcase, demonstrating their proficiency in applying math to solve problems.

Projects illustrate the rich variety of fields that look to applied mathematics for solutions. Recent topics have included:

  • Classification of MRI imaging
  • Underground water pollution
  • Traffic jams
  • Inflation rates
  • Trend indicators for future stock prices
  • Hurricane path prediction
  • Numerical models related to fusion energy research
  • A theory to explain ball lightning phenomena
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