BSc in Applied Mathematics

# Why Applied Mathematics at University of Twente? Experience Mathematics in Action

The BSc in Applied Mathematics at University of Twente isn't just about learning theory—it's about putting mathematics to work solving real problems. From day one, you'll develop practical skills through a unique learning approach that blends rigorous theory with hands-on application. You'll master the complete cycle of abstraction, analysis, and solution, gradually building expertise in mathematical modelling, programming, collaboration, and presentation. This isn't confined to a classroom; your learning happens through integrated module projects where you work directly with theory and immediately apply it in practice.

## How You'll Learn: The Twente Education Model

What makes this different is the Twente Educational Model (TOM), which develops you into a T-shaped professional. You'll work in cross-disciplinary teams with students from other programmes, meaning you're not just studying mathematics in isolation—you're solving problems the way they happen in the real world. Your team divides the work, and you become responsible for specific project components, creating genuine interdependence where you understand and are assessed on your teammates' contributions as well as your own. This "student-driven learning" approach gives you real control over your learning process: you decide your planning, choose your educational activities, and actively work with your lecturers in close consultation.

## What You'll Actually Do: Facilities, Tools, and Hands-On Experience

Here's what experiential learning looks like in this programme:

- Mathematical modelling projects embedded in each of your twelve modules, where you reduce complex, real-life issues to their mathematical essence and develop solutions
- Programming skills development throughout your studies, with hands-on coding experience as a core learning line
- AI and neural networks work: In your second year, you'll write your own code to train neural networks and create AI capable of recognising images, giving you direct experience with real-world applications
- Cross-disciplinary module projects where you collaborate with engineering, technology, and other students to arrive at surprising, innovative solutions
- Elective space flexibility: You can choose minors to specialise in specific areas, pursue studies abroad, or explore other university programmes to tailor your education
- Honours Mathematics track option, which deepens your understanding through lectures, tutorials, assignments, and final projects covering topics like combinatorics, quantum theory, and optimal transport
- Personal study adviser assigned to your programme who monitors your progress, guides your choices, and helps with academic skills and personalised circumstances
- Study association (Abacus): An active student community that organises study-related activities and continuously improves the educational experience
- Open-door policy and personal attention: You'll receive more individual guidance than at most universities, with friendly, informal relationships between lecturers and students

The programme is specifically designed for solving practical societal challenges in healthcare, logistics, technology, climate, mobility, insurance, and beyond. You're not just preparing for a job—you're developing the mindset and skills to make a real impact in your future career.

For more information about University of Twente's facilities and resources, visit: utwente.nl/en/education/bachelor/programmes/applied-mathematics/

# Experiential Learning in BSc Applied Mathematics at University of Twente

The BSc Applied Mathematics programme at University of Twente is built on the Twente Educational Model (TEM), which ensures you're not just learning theory in isolation—you're actively applying it from day one. Throughout your three-year degree, you'll develop practical skills alongside your mathematical foundation through a carefully structured approach that combines abstract theory with real-world problem-solving.

One of the core ways you'll gain hands-on experience is through mathematical modelling, where you learn to translate complex real-life problems into mathematical terms, analyse them, and identify solutions. This isn't a one-off exercise; it's woven throughout your entire programme as a learning line that runs continuously from year one to year three. You'll also work extensively with programming and computational tools to implement your mathematical knowledge, particularly when exploring artificial intelligence—in your second year, for example, you'll write your own code to train neural networks and create AI applications capable of image recognition.

The programme emphasizes interdisciplinary teamwork and practical application through its module structure. Here's what makes the learning experience distinctive:

- Module-based project work: Each of the twelve modules you complete (four per year) includes a project component where you collaborate intensively with students from other bachelor's programmes, fostering cross-disciplinary problem-solving
- Group projects with shared responsibility: Your team divides work, and each member is accountable for their component while depending on others' output—this mirrors real-world professional environments
- Student-driven learning approach: You have significant control over your learning process; in close consultation with lecturers, you determine your study pace, plan your activities, and choose your role within team projects
- Hands-on AI and data analysis experience: Beyond theory, you'll gain practical competency in machine learning algorithms, optimization methods behind neural networks, and statistics for handling real-world data uncertainty
- Direct application of scientific theory: Throughout modules, you apply theoretical concepts immediately in practical contexts rather than studying theory in abstract isolation
- Personal guidance and open-door support: The programme maintains an informal, accessible atmosphere where you can approach lecturers with questions; this personal attention is a hallmark of education at University of Twente
- Active study community: The Abacus study association organizes study-related activities and continuously works to improve the educational experience

For additional information about university facilities and resources supporting your studies, visit the [University of Twente's facilities and student services pages](https://www.utwente.nl).