36 monthsProgramme duration
12,000 EURTuition Fee/year
SepStarting Month
Programme overview
Main Subject
Computer Science and Information Systems
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
In Aalto Bachelor’s Programme in Science and Technology majoring Computational Engineering, you will learn what makes the physical world tick. Then, you’ll develop the skills to simulate real-world events and solve for specific engineering problems. Why?
Today’s engineers and scientists rely on computational simulations to develop new technologies that shape the world we live in. Computational engineers use computer models to predict how new design ideas will behave in practice, and unlike, e.g., computer scientists, implement these solutions in physical space. Ships, geothermal power plants, wind turbines and biomedical devices are just a few concrete examples where these models might be deployed.
The Computational Engineering major will give you the knowledge and skills necessary to understand, use and develop these computational tools. You will learn how to build precise virtual models of complex physical systems and use them to make accurate predictions by broadly developing your:
Then you will apply that knowledge, tackling real-world engineering problems in team projects with other Aalto students. These projects will develop your ability to work within a team, manage projects efficiently, and clearly communicate results to stakeholders. This will prepare you for a wide range of future roles – at an international engineering firm, research institute, or in your own business, for example.
Having immersed yourself in some of the most cutting-edge technologies, including machine learning and Artificial Intelligence, you will be prepared for a role at the forefront of this exciting new field. You’ll be able to contribute improvements to industrial efficiency, come up with creative solutions to address the most critical global issues like climate change and emerging disease, or even start your own engineering firm.
As society is becoming more complex and modern technology is transforming more rapidly than ever, you will graduate ready to ride the wave of this exciting, emerging field.
Today’s engineers and scientists rely on computational simulations to develop new technologies that shape the world we live in. Computational engineers use computer models to predict how new design ideas will behave in practice, and unlike, e.g., computer scientists, implement these solutions in physical space. Ships, geothermal power plants, wind turbines and biomedical devices are just a few concrete examples where these models might be deployed.
The Computational Engineering major will give you the knowledge and skills necessary to understand, use and develop these computational tools. You will learn how to build precise virtual models of complex physical systems and use them to make accurate predictions by broadly developing your:
- Skill in applied mathematics
- Understanding of physics, mechanics and classical engineering
- Competence in using some of the most popular and common engineering software packages
- Programming skills, by implementing algorithms and machine learning models
Then you will apply that knowledge, tackling real-world engineering problems in team projects with other Aalto students. These projects will develop your ability to work within a team, manage projects efficiently, and clearly communicate results to stakeholders. This will prepare you for a wide range of future roles – at an international engineering firm, research institute, or in your own business, for example.
Having immersed yourself in some of the most cutting-edge technologies, including machine learning and Artificial Intelligence, you will be prepared for a role at the forefront of this exciting new field. You’ll be able to contribute improvements to industrial efficiency, come up with creative solutions to address the most critical global issues like climate change and emerging disease, or even start your own engineering firm.
As society is becoming more complex and modern technology is transforming more rapidly than ever, you will graduate ready to ride the wave of this exciting, emerging field.
Programme overview
Main Subject
Computer Science and Information Systems
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
In Aalto Bachelor’s Programme in Science and Technology majoring Computational Engineering, you will learn what makes the physical world tick. Then, you’ll develop the skills to simulate real-world events and solve for specific engineering problems. Why?
Today’s engineers and scientists rely on computational simulations to develop new technologies that shape the world we live in. Computational engineers use computer models to predict how new design ideas will behave in practice, and unlike, e.g., computer scientists, implement these solutions in physical space. Ships, geothermal power plants, wind turbines and biomedical devices are just a few concrete examples where these models might be deployed.
The Computational Engineering major will give you the knowledge and skills necessary to understand, use and develop these computational tools. You will learn how to build precise virtual models of complex physical systems and use them to make accurate predictions by broadly developing your:
Then you will apply that knowledge, tackling real-world engineering problems in team projects with other Aalto students. These projects will develop your ability to work within a team, manage projects efficiently, and clearly communicate results to stakeholders. This will prepare you for a wide range of future roles – at an international engineering firm, research institute, or in your own business, for example.
Having immersed yourself in some of the most cutting-edge technologies, including machine learning and Artificial Intelligence, you will be prepared for a role at the forefront of this exciting new field. You’ll be able to contribute improvements to industrial efficiency, come up with creative solutions to address the most critical global issues like climate change and emerging disease, or even start your own engineering firm.
As society is becoming more complex and modern technology is transforming more rapidly than ever, you will graduate ready to ride the wave of this exciting, emerging field.
Today’s engineers and scientists rely on computational simulations to develop new technologies that shape the world we live in. Computational engineers use computer models to predict how new design ideas will behave in practice, and unlike, e.g., computer scientists, implement these solutions in physical space. Ships, geothermal power plants, wind turbines and biomedical devices are just a few concrete examples where these models might be deployed.
The Computational Engineering major will give you the knowledge and skills necessary to understand, use and develop these computational tools. You will learn how to build precise virtual models of complex physical systems and use them to make accurate predictions by broadly developing your:
- Skill in applied mathematics
- Understanding of physics, mechanics and classical engineering
- Competence in using some of the most popular and common engineering software packages
- Programming skills, by implementing algorithms and machine learning models
Then you will apply that knowledge, tackling real-world engineering problems in team projects with other Aalto students. These projects will develop your ability to work within a team, manage projects efficiently, and clearly communicate results to stakeholders. This will prepare you for a wide range of future roles – at an international engineering firm, research institute, or in your own business, for example.
Having immersed yourself in some of the most cutting-edge technologies, including machine learning and Artificial Intelligence, you will be prepared for a role at the forefront of this exciting new field. You’ll be able to contribute improvements to industrial efficiency, come up with creative solutions to address the most critical global issues like climate change and emerging disease, or even start your own engineering firm.
As society is becoming more complex and modern technology is transforming more rapidly than ever, you will graduate ready to ride the wave of this exciting, emerging field.
Admission Requirements
3 Years
Sep
Tuition fees
International
12,000 EUR
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