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A unique bachelor in Applied Mathematics
The Bachelor in Applied Mathematics at IE University offers a rigorous and applied approach to mathematics, combining theory, computation and real-world problem-solving. Students learn to formulate complex problems, build mathematical models and optimize solutions, using mathematics as a precise language to understand systems and support strategic decision-making across disciplines.
The curriculum builds strong mathematical foundations while emphasizing practical application. From early on, students develop distinctive academic and professional skills, including writing mathematics in LaTeX, presenting scientific work through poster sessions starting in the second year, and learning collaboratively through peer tutoring with students from more advanced cohorts. These experiences strengthen communication, analytical thinking and academic maturity.
Graduates are prepared to reason under constraints, adapt to emerging technologies and pursue impactful careers in industry, innovation or research in a rapidly evolving, mathematically driven world.
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FIRST YEAR
In the first semester, you will study calculus, linear algebra, discrete mathematics and geometry, developing your understanding of mathematical language and abstract thinking. In the second semester, you will continue with multivariate calculus, probability and statistics, data visualization and databases. These subjects will be complemented with two computer programming courses (Python) throughout the first academic year.
You will also begin learning how to write in LaTeX, a key tool used for mathematical and scientific projects. As part of your hands-on experience, you will participate in the Data Visualization Competition, creatively presenting data-driven insights and analytical findings.
SECOND YEAR
You will delve deeper into key mathematical concepts, including ordinary differential equations, numerical methods, approximation, machine learning and various statistical models and optimization techniques, while applying and strengthening the coding skills developed in the previous year.
These subjects will be complemented with transversal skills such as entrepreneurship, teamwork and communication, preparing you for highly collaborative and intellectually demanding professional environments.
THIRD YEAR
You will tackle more complex and advanced concepts: partial differential equations, algorithms, numerical linear algebra, nonlinear dynamics, Bayesian statistics and stochastic processes, and deep learning. These courses will show you how to apply mathematics across disciplines, preparing you to work as a professional mathematician in real-world contexts.
In the first semester, you will apply these skills in the IE Challenge, working in teams on consulting projects for companies to support their sustainable development goals. In the second semester, you will choose two electives to tailor your learning to your interests and long-term career goals.
FOURTH YEAR
You will choose from a wide selection of electives and complete your degree with a concentration, either in Industrial Mathematics, Artificial Intelligence or Financial Mathematics (subject to availability), or create a customized path by combining courses from the three different concentrations.
You will complete a capstone project, presented in the second semester, where you apply your knowledge to a substantial real-world challenge. In addition, your final year offers the opportunity to participate in an exchange program at one of our prestigious partner institutions across more than 50 countries.
BACHELOR IN APPLIED MATHEMATICS CONCENTRATIONS
One of the characteristics that make the Bachelor in Applied Mathematics unique is its concentrations. At IE University, we believe in providing students with the opportunity to build and customize their study plans. You will be able to choose from three concentrations: Industrial Mathematics, Artificial Intelligence or Financial Mathematics, depending on demand and cohort size. Optionally, you can create a customized path by combining courses from the three different concentrations.
You will learn from industry experts in each of these concentrations—professors with world-class academic backgrounds, research expertise and firsthand professional experience. They will provide you with the advanced analytical and technical tools needed to face the most complex challenges in the field of mathematics.
Concentration IN INDUSTRIAL MATHEMATICS
Mathematics can be applied to various industries and scientific fields: transportation, logistics, biology, public health, neuroscience, economics, social sciences and many more. If you choose the Industrial Mathematics concentration, you will learn about specialized mathematical models and advanced theories that are crucial in industry, research and beyond.
IS FOR STUDENTS WHO ARE…
excited to apply mathematical models to optimize and analyze industrial processes including manufacturing, supply chain management and energy systems; comfortable with programming tools and experienced in simulation and optimization; and eager to continue learning about advances in mathematical methods and their industrial applications.
LOOKING FOR…
a comprehensive toolbox of mathematical and computational tools to model challenging problems and predict the behavior of complex systems across multiple industries. The courses include complex systems, complex network theory, cryptography and mathematical models for specialized industrial applications.
TO BECOME A…
- a biomathematician
- a cybersecurity expert
- a manufacturing and logistics consultant
- a marketing and strategy analyst
Concentration IN ARTIFICIAL INTELLIGENCE
Artificial Intelligence encompasses a variety of concepts that enable companies and institutions to gain efficiency, adaptability and innovation in their processes. As a result, substantial resources are being devoted to AI research and development worldwide. This concentration will give you access to the most up-to-date content, methodologies and tools, preparing you to become a highly competitive candidate in this fast-evolving field.
IS FOR STUDENTS WHO ARE…
curious about innovative ways to process information; comfortable with programming languages and machine learning libraries; interested in applying mathematical models to robotics or complex computer systems; and motivated to stay up to date with the latest developments in AI research and technology.
LOOKING FOR…
a deeper expansion of your mathematical knowledge within the field of artificial intelligence. You will become proficient in machine learning concepts including forecasting, deep learning, computer vision, reinforcement learning and natural language processing. You will also study information theory, robotics and automation. Through practical projects, you’ll apply your mathematical knowledge to solve complex AI-related challenges, becoming a well-rounded AI expert in high demand across multiple industries.
TO BECOME A…
- a robotics and autonomous system designer
- a machine learning expert
- a meteorology modeling specialist
- a computer vision engineer
Concentration IN FINANCIAL MATHEMATICS
The concentration in Financial Mathematics is designed for students seeking to work in banking, e-commerce, investment funds, financial technology and insurtech companies. It is tailored to one of the professional fields with the highest demand for applied mathematicians. You will deepen your understanding of economics and finance while further expanding your expertise in computation and quantitative analysis.
IS FOR STUDENTS WHO ARE…
passionate about applying mathematical concepts to financial markets and investment problems; familiar with programming languages and data analysis tools and libraries; enjoy learning about stochastic processes, probability and statistics; and are keen to stay updated on current developments in finance and financial mathematics.
LOOKING FOR…
in-depth knowledge of mathematical and statistical concepts related to finance and economics. You will expand your understanding of digital economic activity, enabling you to design and analyze core business elements across a wide range of sectors. You will study mathematical models applied to finance, game theory, behavioral economics, decision theory, time series and computational economics. You will also gain the expertise required to price and evaluate financial risk and optimize investment portfolios.
TO BECOME A…
- an investment manager
- a quantitative trading consultant
- a quantitative research analyst
- a financial analyst
An Advisory Board committed to the future of applied mathematics
IE School of Science & Technology is committed to training the next generation of highly skilled mathematicians. To that end, we are proud to announce the formation of our Advisory Board. This Board will provide invaluable guidance and insight into IE University’s overall strategy and, more specifically, the expansion of our mathematical sciences initiatives.
The Advisory Board comprises respected mathematicians from a variety of backgrounds. They are the prominent scholars and accomplished professionals holding high-level positions in industry and leading in their field. This diverse group of experienced professors and experts will ensure that the Bachelor in Applied Mathematics is at the forefront of excellence in mathematics education. Using an integrated approach, they will draw from a multidisciplinary knowledge base to deliver a well-rounded curriculum. Students will emerge with a firm basis in innovation, ready to take on tomorrow’s challenges.
Strategic Partnerships
MEET OUR FACULTY
Meet the professors teaching on your programme and explore their academic backgrounds, areas of expertise and professional experience.
Faculty Stories
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 talented and intellectually curious minds as they define their personal and professional trajectories.
But what kind of person does it take to create such impact? The individuals who make up the IE University faculty are exceptional. Coming from diverse, global backgrounds, they each bring distinct perspectives, real-world expertise 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.
FACULTY RESEARCH
FACULTY RESEARCH
What sets our faculty apart is their deep integration into the fields they teach. Not only do they work within the industries they are teaching, bringing firsthand knowledge and insights to the classroom, but they are also involved in pioneering research that pushes the boundaries of their disciplines.
Our professors ensure they stay at the forefront of the latest developments in science and technology by actively contributing to advanced academic and industry research. They bring these insights directly into the learning experience, equipping students with the tools, knowledge and mindset needed to succeed in today's rapidly advancing scientific and technological landscape. Ipsum
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Frequently Asked Questions
Is studying a Bachelor in Applied Mathematics hard?
The difficulty of applied math will depend on several factors, including the individual's math proficiency, work ethic and passion for coding to solve mathematical problems and understanding abstract concepts, as well as the specific concentration within the degree. Math is generally considered to be a challenging subject that requires dedication, hard work and determination to master. That said, applied math programs are designed to equip students with the skills and knowledge necessary to excel in their chosen fields. The coursework will typically involve advanced calculus, linear algebra, differential equations and more.Â
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What do you do in applied mathematics?
In applied mathematics, professionals use mathematical tools and coding skills to solve real-life problems using various techniques such as modeling, optimization, data analysis, problem-solving and research. The goal is to develop solutions and innovative approaches that can improve processes in areas such as finance, engineering, healthcare and technology.
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How long is the Bachelor in Applied Mathematics and what does it cover?
The Bachelor in Applied Mathematics is a four-year program comprising 240 ECTS credits. The curriculum provides a strong foundation in core mathematical disciplines, including calculus, linear algebra, differential equations, probability, statistics, numerical methods and computer programming. Students also develop interdisciplinary knowledge through courses in areas such as humanities and entrepreneurship, preparing them to apply mathematical thinking in a wide range of professional contexts.
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What academic levels and progression tracks are included in the curriculum?
The Bachelor in Applied Mathematics follows a structured curriculum that progressively develops students’ mathematical, analytical and computational skills over four years of study. As students advance through the program, they have opportunities to explore specialized areas of applied mathematics through elective courses and advanced topics. Depending on student interest and demand, areas of focus may include fields such as industrial mathematics, artificial intelligence, financial mathematicsÂ
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