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THE BACHELOR IN APPLIED MATHEMATICS
Applied mathematics enables the modeling of real-life phenomena and the optimization of decisions through mathematical language. By translating complex situations into structured formulations, we can simplify reality, analyze systems and identify effective solutions to the problems we seek to understand and solve. This approach develops strong analytical and problem-solving skills that play a strategic role across industries such as economics, finance, operations, automation, energy and sustainability.
The Bachelor in Applied Mathematics is a highly demanding program that offers a broad and rigorous mathematical education, combining theory, computation and applied work. It provides an in-depth understanding of how mathematics is used to formulate problems, build models and optimize solutions across a variety of disciplines. You’ll learn to work with real constraints and apply advanced mathematical methods in diverse professional, scientific and industrial contexts.
Upon graduation, your expertise will be reflected in enhanced critical thinking, creativity and the ability to approach complex challenges through sophisticated modeling and optimization techniques. Equipped with a rigorous quantitative foundation, you’ll gain a competitive edge in today’s mathematically driven job market and be well prepared to pursue impactful careers in industry or research.
WANT TO KNOW MORE?
Get an inside look at what makes this program truly exceptional
In this exclusive overview, Irene Alda, Academic Director from the Bachelor in Applied Mathematics, walks you through the core elements that shape the program’s vision, structure, and impact.
WHO IS THIS PROGRAM FOR
IS FOR INDIVIDUALS WHO ARE…
passionate about mathematics and science, with notable abilities in abstract reasoning, an interest in the practical application of mathematical knowledge through coding and a disciplined work ethic suited to a demanding academic environment.
LOOKING FOR…
a rigorous, hands-on program that builds expertise in mathematical language and cultivates advanced analytical and abstract thinking skills. You want to understand not just how methods work, but when and why to use them, and to apply quantitative thinking across disciplines and industries.
TO BECOME...
- an investment analyst at a hedge fund
- a computer vision and robotics expert
- a cryptography and cybersecurity specialist
- a quantitative trader
- a structure and logistics consultant
- a natural language processing specialist
- a machine learning engineer
- a data scientist
- a researcher in artificial intelligence
- an expert in complex systems analysis
Location
Location
You can study the Bachelor in Applied Mathematics in Segovia and in Madrid. If you decide to start in Segovia, you will spend Year One and Year Two at the campus in Segovia, before moving to Madrid for Years Three and Four. If you start the program in Madrid, however, you will spend all four years of the program in the Spanish capital.
Explore Our Campuses & Learning Environments in Spain
Segovia Campus
A historic campus at IE University in a UNESCO World Heritage city, offering a close-knit academic environment with spaces designed for collaboration and creativity.
Madrid CampusÂ
A vertical campus at IE University in the heart of Madrid, offering a contemporary academic environment, an international community, and direct access to industry and entrepreneurship.
5 REASONS TO STUDY APPLIED MATHEMATICS AT IE
5 REASONS TO STUDY APPLIED MATHEMATICS AT IE
Five reasons to pursue the Bachelor in Applied Mathematics at IE Univeristy.
BENEFIT FROM AN APPLIED APPROACH TO MATHEMATICS
The Bachelor in Applied Mathematics blends theoretical and computational tools with mathematical modeling to show how principles are applied in real contexts. You’ll learn how to formulate real-world problems mathematically before solving them, exploring applications in industry, finance, data analysis and AI.
CORE PILLARS OF OUR BACHELOR IN APPLIED MATHEMATICS
APPLIED LEARNING THROUGH MATHEMATICAL THINKING
This program has been expertly designed to bring mathematical theory to life through practical, intellectually engaging methodologies. From the first year, you’ll learn how to approach real-world challenges in a structured way, combining mathematical reasoning, modeling, computation and coding to move from problem formulation to solution.
You’ll develop essential skills, such as writing in LaTeX, creating and presenting scientific posters and drafting scientific manuscripts, while gaining complementary exposure to highly innovative emerging areas like quantum computing.
SOLID FOUNDATIONS AND FOCUSED SPECIALIZATION
The first two years focus on building strong mathematical foundations that support all advanced applications of the program, providing a common framework for analytical thinking, modeling and problem-solving.
In the third and fourth years, you will specialize in the area that interests you the most: Industrial Mathematics, Artificial Intelligence or Financial Mathematics (subject to availability). You'll complete a capstone project and be encouraged to participate in internships and international exchange programs.
STRUCTURED MODELING AND OPTIMIZATION
Modeling and optimization are key components of applied mathematics, enabling students to translate real-world problems into structured formulations and identify effective solutions under real constraints. Through theoretical and numerical analysis, you’ll learn how to extract insights from complex systems and support rigorous, data-informed decision-making.
This pillar emphasizes understanding how problems are formulated, analyzed and solved, whether the goal is to improve efficiency, manage uncertainty or design complex systems.
DRIVE MATHEMATICS IN THE DIGITAL ERA
Modern technology is transforming fields from civil engineering to healthcare with the rise of AI—and mathematics remains the common language behind this change. Scientific theories and computational advances, from quantum mechanics to data-driven technologies, rely on sophisticated mathematical tools.
By studying applied mathematics, you’ll develop a rigorous quantitative mindset that allows you to engage with data, algorithms and computation, combining mathematical insight with digital innovation and emerging technologies.
The program from a student perspective
STUDENT STORIES
At IE University, more than 75% of our student body comes from outside Spain, representing an average of 130 nationalities on campus each year. We take great pride in these numbers—and in the individuals behind them.
Our students are natural go-getters with a global outlook and a dream of a better future. Regardless of their degrees or passions, they strive every day to unleash their innovative potential and achieve excellence in their personal and professional ambitions. Driving this shared vision are people from a variety of cultures, backgrounds and life experiences, creating a dynamic and intellectually diverse learning environment. They are both united and entirely unique. These are our students. Discover their stories.
THE DUAL DEGREES OF IE UNIVERSITY
Develop a multidisciplinary profile and specialize in two distinct, yet connected, fields by combining another bachelor's degree with your studies in this program to gain broader academic expertise and a highly competitive professional profile.
UNSURE IF THIS IS THE RIGHT PROGRAM TO HELP YOU ON YOUR PROFESSIONAL JOURNEY?
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Frequently Asked Questions
What do you study in applied mathematics?
In applied mathematics, you study how mathematical concepts and theories can be used to solve real-world problems. This involves a wide range of mathematical topics, including calculus, differential equations, linear algebra, statistics, probability and numerical analysis. You'll also learn about modeling techniques, which involve using mathematical equations to represent and analyze real-world phenomena such as climate change, finance and epidemiology. Applied mathematics students will develop strong problem-solving skills, coding skills, data analysis skills and critical-thinking abilities, which can be applied in a variety of industries such as finance, engineering, healthcare and technology.
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Is studying applied mathematics worth it?
If you have a passion for mathematics and problem-solving, pursuing a degree in applied mathematics can be a worthwhile investment. Applied mathematics is highly in-demand with versatile career opportunities and competitive salaries, and the field continues to advance rapidly with technology. Applied mathematics is challenging and intellectually stimulating, leading to a rewarding and fulfilling career.
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What is the difference between BS applied mathematics and BS mathematics?
The main difference between a BS in applied mathematics and a BS in mathematics is the focus of the degree program. A BS in mathematics is typically a broader, more theoretical degree with courses in topology, algebraic structures and complex analysis, along with their applications in fields such as physics, engineering and computer science. On the other hand, a BS in applied mathematics is more focused on problem-solving and real-life applications of mathematical concepts in areas such as finance, economics, data analysis and computer science. Applied mathematics programs may place a stronger emphasis on courses such as mathematical modeling, numerical methods and optimization, which are particularly useful for understanding and analyzing various industries.
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What can you use an applied math degree for?
An applied mathematics degree can lead to careers in data analysis, actuarial science, financial analysis, engineering, software development or scientific research. Graduates with an applied mathematics degree can find opportunities across many industries, including finance, technology, academia and other research-based contexts.
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