Applied mathematics reproduces real-life events using mathematical formulas. By dealing with reality in abstract terms, we are able to simplify aspects of our complex world to focus on the results we want to achieve. This produces many benefits at both a personal and professional level. It develops individual problem-solving and analytical skills, and plays a strategic role in industries such as economic, finance, operations, automation and energy, and is key in driving the sustainability sector.
The Bachelor in Applied Mathematics is a demanding program that gives students an in-depth understanding of the application of mathematics across a variety of disciplines to solve real problems. By gaining hands-on experience, you will be prepared to implement the methods learned in any context or industry.
Upon graduation, your newly developed expertise will be evident with increased creativity and problem-solving skills, and the ability to apply mathematics to any career. Equipped with an undeniable competitive edge in today’s mathematically oriented job market, you will be able to embark on a unique career path in the industry of your choice.
passionate about mathematics and science, with abilities in abstract reasoning, an interest in the practical application of mathematical knowledge and a strong work ethic.
a hands-on program that trains you to master mathematical language and cultivate analytical and abstract thinking skills, merging intuition and logical rigor. You will explore classic and novel mathematical concepts and apply them to tackle real-world problems with various programming languages.
If you choose to study the Bachelor in Applied Mathematics, then you will study the first two years in Segovia and the last two years in Madrid.
Bachelor in Applied Mathematics
Escuela Politécnica Superior (Segovia) – 50 places
Centro de Estudios Superiores IE (Madrid) – 60 places
Total number of credits: 240 ECTS*
Distribution of credits and subjects**:
Core subjects – 60 ECTS
Mandatory subjects – 108 ECTS
Elective subjects – 60 ECTS
Final Project – 12 ECTS
Mathematics and Statistics
ACSUCYL*** – Buscador Títulos Oficiales
*European Credit Transfer System
**The character of the subjects is defined by the Spanish legislation
***Quality Assurance Agency for the University System in Castilla y León
Five reasons to take the Bachelor in Applied Mathematics at IE Univeristy.
This program combines theoretical and computational mathematics to provide you with the knowledge and skills to apply math in various contexts, from industrial to financial, to data analysis and artificial intelligence. Students are encouraged to look at real-life problems and design innovative solutions based on the mathematical knowledge received in class via the inductive learning method. In addition, the program is anchored in the latest technological and programming tools, providing you with a wide range of possible solutions when tackling a problem.
Thanks to IE University’s in-depth knowledge and experience in teaching mathematics and computation, this bachelor’s degree will allow you to become highly proficient in understanding mathematical models and applying them to challenging problems. Mathematics is considered the language of nature and is the building block of many of society’s most important ventures. For example, mathematical models impact financial decisions, web dynamics and traffic flow optimization; they also help understand pollination, epidemics and rocket propulsion. Each of these topics requires some form of mathematics, whether it is algebra, calculus, statistics, analysis, optimization, logical reasoning or algorithms.
In this program, students are advised to build their own curriculum by selecting one of three concentrations where they can apply mathematics: Industrial Mathematics, Artificial Intelligence or Financial Mathematics. Within your electives, you will have the opportunity for further personalization thanks to the guidance of a mentor, who will help guide your decision based on your particular strengths or interests. In this way, you will graduate equipped with a strong professional profile that will make you stand out.
The scope of this unique program goes beyond complex algorithm structures and network systems. Surrounded by other students with similar interests, you will develop the skills to interpret reality, both through a mathematical lens and with an entrepreneurial and social approach. This comprehensive training will enable you to solve the most complex problems that companies and society currently face. Throughout your studies, you will learn from top mathematics experts, who will draw on their professional experiences to provide a fresh and updated look at how mathematics is currently applied to advance our understanding of the world around us and provide solutions to pressing challenges.
There is a vast demand for mathematicians in research, banks, governments and companies in the areas of health, engineering, operations, automation and beyond—the need for skilled mathematicians is on the rise. Employment for mathematicians is projected to grow 33% over the next 10 years and, according to the U.S News and World Report, mathematicians rank #3 in Best Business Jobs. Mathematics plays a central role in a wide range of careers and heavily influences cutting-edge research in various fields. By gaining keen logical skills and the ability to think outside the box, this program will give you a distinct edge in today’s world.
The Bachelor in Applied Mathematics at IE University has been designed by experts to bring mathematical theory to life by following practical and highly engaging methodologies. Since the last two years of the program are customizable, students can choose their own learning journey—one that trains them to apply specific mathematical knowledge to different areas. This program optimally balances mathematical concepts and actionable skills, equipping you to solve real-world problems. Immersed in our dynamic educational environment, you will be encouraged to question classical thinking as you transform into an industry-shaping professional.
The first two years will focus on mathematical foundations, which will be the pillars for all the different electives offered. In the third and fourth years, you will specialize in the area that interests you the most: Industrial Mathematics, Artificial Intelligence or Financial Mathematics. You will be required to complete your capstone project and encouraged to participate in internships and exchange programs.
Mathematical modeling empowers individuals to translate practical problems into mathematical formulations. This allows students to draw insights through theoretical and numerical analysis, which can be translated into actionable solutions. A central pillar of this program revolves around developing this all-important skill. Mathematical modeling has wide-reaching and indispensable applications, providing unrivaled precision and a clear direction when it comes to problem-solving. By gaining a deep understanding of current modeling techniques, you will have the invaluable ability to design or control complex systems in fields that range from anthropology and architecture to finance, linguistics and pharmacology, among others.
Modern technology is driving transformation in everything from civil engineering to healthcare to machine learning—and it’s all rooted in a mathematical foundation. Without mathematics, science and technology would lack a common language. Many scientific theories and models, such as quantum mechanics or general relativity, are based on highly sophisticated mathematical tools. By studying applied mathematics, you will help drive change with a quantitative approach in areas including big data analysis, statistical analysis and computer calculations.
Irene Alda, Academic Director, explains in-depth the Bachelor in Applied Mathematics.
Our 500-strong faculty guides students to unleash their potential day in, day out. Their influence across all five Schools can’t be overstated, inspiring young, energetic minds as they define their personal and professional trajectories.
But what kind of person does it take to create such impact? The individuals that make up the IE University faculty are special. Coming from diverse, global backgrounds, they each bring distinct perspectives and innovative ideas that embody what makes IE University stand out. Their stories are personal and unique—but don’t take our word for it. Read their stories to see for yourself.
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 majors will develop strong problem-solving skills, data analysis skills, and critical thinking abilities, which can be applied in a variety of industries such as finance, engineering, healthcare, and technology.
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, competitive salaries, and continues to advance rapidly with technology. Applied Mathematics is challenging and intellectually stimulating leading to a rewarding and fulfilling career.
Yes, Applied Mathematics is commonly offered as a Bachelor of Science degree in universities and colleges. At IE University y offer a Bachelor in Applied 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 that explores fundamental concepts such as calculus, algebra, and geometry, 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 have a stronger emphasis on courses such as differential equations, numerical analysis, and optimization, which are particularly useful for modeling and analysis in various industries.
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, and scientific research.
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