Structure of studies
In this unique and highly multidisciplinary bachelor’s programme, you’ll dive deep into computational engineering and its applications from the very beginning – benefiting from a degree of focus usually reserved for master’s level studies at other universities.
The bachelor's degree (180 ECTS) is composed of basic studies of the programme (65 ECTS mathematics, programming, industrial engineering and management, obligatory languages, Aalto studies, orientation), the major in computational engineering (65 ECTS including BSc thesis and seminar), the minor (20-25 ECTS) and elective studies (25-30 ECTS).
More information on the programme content and curriculum can be found in the Student Guide.
Computational engineering will help you become an expert in developing and using advanced simulation techniques to analyse complex physical problems.
Computational engineering is a multidisciplinary field incorporating mathematics, engineering principles and computing. The knowledge and skills that you will acquire throughout your studies will rest on these three cornerstones, with a mix of traditional lectures, group work, and hands-on projects.
Mathematics is an essential tool in solving engineering problems, and an important part of this major. During your studies, you will develop your abilities in:
- Integral and differential calculus
- Linear algebra
- Statistical analysis
Engineering principles. You will become familiar with fundamental engineering theories in a broad range of fields including:
- Fluid mechanics
- Thermodynamics
- Mechanics of materials
Computing. You will learn to implement your own simulation techniques and gain experience with the most relevant engineering software packages. The core topics you will learn about include:
- Programming principles and algorithms
- Numerical methods
- The Finite Element method
Finally, you will apply your knowledge to solve real-world problems in team projects, and then complete your bachelor’s thesis.