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Mathematical Engineering degree
Official degree issued by Universidad Europea de Madrid
| Campus-based | Villaviciosa de Odón | 4 Years, 240 ECTS | Start: September 2027 | School of Architecture, Engineering, Science and Computing - STEAM |
The degree in Mathematical Engineering at Universidad Europea is a four-year programme in English designed to train the mathematicians of the future with a global vision of computing, calculus and business as data scientist.
Mathematical engineering includes a variety of areas and specialisations, and our curriculum covers many areas that you can deepen your interest in over time, including operation, development, design and administration of mass data systems.
Our academic model is based on experiential learning. As well as benefitting from being able to study in state-of-the-art facilities, you will also take part in internships and work placements at leading companies in different sectors such as healthcare, energy, education, industry and research.
The present and the future are being written in mathematical language
Mathematics has always been indispensable; today there is no corner of the industry or society that it does not reach. Science and technology continue to revolutionize the way in which we understand and solve problems, and the key to all this is in mathematics.
Through the experience of great professionals, discover what the careers of the future will be, their application in different sectors, trends and opportunities that are yet to come.
Are you interested to discover why the future depends on mathematics?
Study plan
Studying Mathematics leads you to a better understanding of what is going on around you. You will learn to analyse, interpret and solve problems using logic and mathematical models. You will be able to address functions, such as the operation, development, design and administration of mass data systems and analytical functions to apply your knowledge to multiple industries: healthcare, energy, education, industry and research.
Study plan structure
Programa de estudios
1º
| Materia | ECTS | Tipo | Idioma de impartición |
|---|---|---|---|
| Calculus 1 | 6 | Basic | English (eng) |
| Fundamentals of computer science for engineering | 6 | Basic | English (eng) |
| Graphic expression for engineering | 6 | Basic | English (eng) |
| Algebra | 6 | Basic | English (eng) |
| Mechanical physics | 6 | Basic | English (eng) |
| Communication skills | 6 | Mandatory | English (eng) |
| Chemistry for engineering | 6 | Basic | English (eng) |
| Material science | 6 | Mandatory | English (eng) |
| Calculus II | 6 | Basic | English (eng) |
| Project: electromagnetic physics | 6 | Basic | English (eng) |
2º
| Materia | ECTS | Tipo | Idioma de impartición |
|---|---|---|---|
| Statistics for engineering | 6 | Basic | English (eng) |
| Thermodynamics and heat transfer | 6 | Mandatory | English (eng) |
| Circuits theory | 6 | Mandatory | English (eng) |
| Fundamentals of business organization | 6 | Basic | English (eng) |
| Project: Theory of Machines and Mechanisms | 6 | Mandatory | English (eng) |
| Quality systems and environmental management | 6 | Mandatory | English (eng) |
| Fundamentals of electronics | 6 | Mandatory | English (eng) |
| Project: automation and control | 6 | Mandatory | English (eng) |
| Fluid mechanics | 6 | Mandatory | English (eng) |
| Industrial Production Systems | 6 | Mandatory | English (eng) |
3º
| Materia | ECTS | Tipo | Idioma de impartición |
|---|---|---|---|
| Elasticity and strength of materials | 6 | Mandatory | English (eng) |
| Electrical machines | 6 | Mandatory | English (eng) |
3º Mechanics. Machines
| Materia | ECTS | Tipo | Idioma de impartición |
|---|---|---|---|
| Thermal engineering | 6 | Elective | English (eng) |
| Materials engineering | 6 | Elective | English (eng) |
| Project: graphic engineering | 6 | Elective | English (eng) |
| Manufacturing Processes | 6 | Elective | English (eng) |
| Project: design of machines | 6 | Elective | English (eng) |
| Hydraulic machinery | 6 | Elective | English (eng) |
| Industrial facilities | 6 | Elective | English (eng) |
| Organization of production | 6 | Elective | English (eng) |
4º
| Materia | ECTS | Tipo | Idioma de impartición |
|---|---|---|---|
| Professional practice of the engineer | 6 | Mandatory | English (eng) |
| University activities | 6 | Elective | English (eng) |
| Extension of external internships | 6 | Elective | English (eng) |
| Final degree project | 12 | TFG | English (eng) |
| External internships | 12 | PAE | English (eng) |
4º Mechanics. Machines
| Materia | ECTS | Tipo | Idioma de impartición |
|---|---|---|---|
| Industrial maintenance | 6 | Elective | English (eng) |
| Internal combustión engines | 6 | Elective | English (eng) |
| Industrial structures and constructions | 6 | Elective | English (eng) |
| Elasticity and strength of materials II | 6 | Elective | English (eng) |
New positions
120.
Employability
Career Opportunities
The main career opportunities for graduates of Bachelor’s Degree in Mathematical Engineering in Data Science are:
R&D&I and teaching
- Teaching in the public and private sector.
- R&D&I departments
- Other research by public bodies
Management and consultancy
- Data consultant.
- Big data systems auditor.
- Managerial career.
Start-ups
- Technology start-ups.
Trends
- Big data.
- Engineering or energy companies.
- Robotic computer and technology companies.
- Transport and automotive.
- Artificial intelligence.
- Insurance, banking, finance and capital risk companies.
Mathematical techniques
- Data scientist (data analysis).
- Data engineer.
- Big data systems administrator/ or developer.
- Big data infrastructure manager.
- Head of safety/privacy in big data projects.
- Big data/business intelligence solutions architect.
Admissions
Start your future at Universidad Europea
You can become a student at Universidad Europea in three easy steps.
1
Admission exams
Start your admission process by calling +34 917407272 or request information and our advisors will contact you.
2
Place reservation
Once you have been admitted, secure your place by paying the reservation fee.
3
Enrollment
Submit the required documents to formalise your enrollment.
Open days
We know that now is an important moment to progress in your professional future. That is why we open our virtual doors to you and invite you to join us. We want you to meet the director of your programme and solve all possible doubts you have. You’ll also discover what makes our students and our online methodology unique.
14 November

Come and see the campus
Get to know the facilities and discover why Universidad Europea is made for you.
Excelencia avalada por los mejores
Frecuently asked questions
What will I learn in the Mathematical Engineering Degree?
You will learn how to use mathematics, statistics, computing and business analysis to solve complex problems. The programme focuses on mathematical modelling, data science, Big Data systems, programming, optimisation and the transformation of data into business knowledge.
What is the difference between Mathematical Engineering and a traditional Mathematics Degree?
Mathematical Engineering combines advanced mathematics with computing, data infrastructure and business applications. In addition to studying calculus, algebra, statistics and numerical methods, you will learn how to design and manage large-scale data and analytical systems.
Which three areas form the basis of the degree?
The programme combines mathematics with a special focus on statistics, computing applied to Big Data and business development and analysis. This multidisciplinary profile prepares you to apply mathematical methods in a wide range of sectors.
Which facilities are available to Mathematical Engineering students?
Students can use the Tech Factory, Robot Learning Lab, Industry 4.0 Lab, Fab Lab, Electronics Lab, Cisco Networking Lab and Advanced Computing Centre. These spaces support programming, robotics, prototyping, IoT and data-processing projects.
Can I prepare for professional technology certifications?
Students can prepare for the Cisco CCNA certification and Amazon Web Services Cloud Architecture certification. These credentials complement the mathematical and data science curriculum with knowledge of networks and cloud infrastructure.
Does the degree include internships?
Students can complete placements in sectors such as technology, aerospace, telecommunications, energy and consulting. Collaborating organisations mentioned by the University include the European Space Agency, Airbus, Siemens, IBM, Telefónica, Vodafone, Deloitte and Indra.
What jobs can I pursue after studying Mathematical Engineering?
Graduates can work as data scientists, data engineers, Big Data developers, systems administrators, solutions architects or data consultants. Other opportunities include artificial intelligence, finance, insurance, energy, transport, cybersecurity, auditing, research, teaching and technology start-ups.








