Bachelor in Applied Mathematics
Bachelor in Applied Mathematics
Harness applied math to solve real-world challenges
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BACHELOR IN APPLIED MATHEMATICS STUDENTS PROJECTS
BACHELOR IN APPLIED MATHEMATICS STUDENTS PROJECTS
At IE University, we take the word “applied” in our program names seriously. The Bachelor in Applied Mathematics is built around a highly practical, project-based approach that goes beyond applying techniques or tools. Students are trained to understand problems first, translate them into mathematical formulations and then identify effective ways to solve them, using theory, computation and programming together.
Through hands-on projects, students work with real challenges from FinTech, artificial intelligence and industrial contexts, learning how modeling and optimization guide decision-making when problems involve trade-offs, constraints or uncertainty. Rather than relying on predefined methods, you'll develop the ability to build and adapt models, evaluate solutions and justify decisions mathematically. You’ll learn how to interpret reality through mathematics—by defining variables, assumptions and constraints before choosing the right method to solve a problem.
This way of thinking—combining depth, structure and application—sets the program apart and prepares graduates for impactful careers in industry or research.
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Frequently Asked Questions
Frequently Asked Questions
How do projects help students deepen their understanding of applied mathematics?
Student projects involve using mathematical models and computational tools to solve real-world problems. These projects help students see the relevance of abstract mathematical concepts and how they can be applied to real-world situations.
What kind of hands-on projects can I expect during the program?
The program balances mathematical concepts and actionable skills, providing students with the skills to solve real-world problems. Hands-on projects involve applying the latest fintech to case studies, building mathematical models for specific industrial applications and more.
Is it necessary to have advanced mathematics knowledge to apply for the program?
The program is challenging and requires dedication and determination. It is designed for students with abilities in abstract reasoning and an interest in the practical application of mathematical knowledge. Coursework typically involves advanced calculus, linear algebra, differential equations and other complex topics.