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Engineers and scientists are now relying heavily on computational simulations to develop new technologies and shape the world we live in. Ships, geothermal power plants, wind turbines and biomedical devices are a few examples of products where computer models... Read more
Engineers and scientists are now relying heavily on computational simulations to develop new technologies and shape the world we live in. Ships, geothermal power plants, wind turbines and biomedical devices are a few examples of products where computer models are used to predict how new design ideas will behave in reality. 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.
Throughout your studies, you will develop your skills in applied mathematics and become familiar with the most common theories in physics, mechanics, and engineering. You will learn to use some of the most popular engineering software packages and develop your programming skills by implementing algorithms to solve design problems.
You will also have the opportunity to apply your knowledge to tackle real-world engineering problems in multidisciplinary projects. These projects will bring you closer to professional engineering practice and allow you to develop your abilities to work as a team, manage projects, and communicate your results effectively.
Engineers and scientists are now relying heavily on computational simulations to develop new technologies and shape the world we live in. Ships, geothermal power plants, wind turbines and biomedical devices are a few examples of products where computer models... Read more
Engineers and scientists are now relying heavily on computational simulations to develop new technologies and shape the world we live in. Ships, geothermal power plants, wind turbines and biomedical devices are a few examples of products where computer models are used to predict how new design ideas will behave in reality. 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.
Throughout your studies, you will develop your skills in applied mathematics and become familiar with the most common theories in physics, mechanics, and engineering. You will learn to use some of the most popular engineering software packages and develop your programming skills by implementing algorithms to solve design problems.
You will also have the opportunity to apply your knowledge to tackle real-world engineering problems in multidisciplinary projects. These projects will bring you closer to professional engineering practice and allow you to develop your abilities to work as a team, manage projects, and communicate your results effectively.
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
BSc Computational Engineering
Otakaari primary campus, Espoo, Finland
# =122QS Subject Rankings
36 monthsProgram duration
12,000 EURTuition Fee/year
23 Jan, 2025Application Deadline
Program overview
Main Subject
Computer Science and Information Systems
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
Engineers and scientists are now relying heavily on computational simulations to develop new technologies and shape the world we live in. Ships, geothermal power plants, wind turbines and biomedical devices are a few examples of products where computer models...
Read more
Engineers and scientists are now relying heavily on computational simulations to develop new technologies and shape the world we live in. Ships, geothermal power plants, wind turbines and biomedical devices are a few examples of products where computer models are used to predict how new design ideas will behave in reality. 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.
Throughout your studies, you will develop your skills in applied mathematics and become familiar with the most common theories in physics, mechanics, and engineering. You will learn to use some of the most popular engineering software packages and develop your programming skills by implementing algorithms to solve design problems.
You will also have the opportunity to apply your knowledge to tackle real-world engineering problems in multidisciplinary projects. These projects will bring you closer to professional engineering practice and allow you to develop your abilities to work as a team, manage projects, and communicate your results effectively.
Read lessProgram overview
Main Subject
Computer Science and Information Systems
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
Engineers and scientists are now relying heavily on computational simulations to develop new technologies and shape the world we live in. Ships, geothermal power plants, wind turbines and biomedical devices are a few examples of products where computer models...
Read more
Engineers and scientists are now relying heavily on computational simulations to develop new technologies and shape the world we live in. Ships, geothermal power plants, wind turbines and biomedical devices are a few examples of products where computer models are used to predict how new design ideas will behave in reality. 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.
Throughout your studies, you will develop your skills in applied mathematics and become familiar with the most common theories in physics, mechanics, and engineering. You will learn to use some of the most popular engineering software packages and develop your programming skills by implementing algorithms to solve design problems.
You will also have the opportunity to apply your knowledge to tackle real-world engineering problems in multidisciplinary projects. These projects will bring you closer to professional engineering practice and allow you to develop your abilities to work as a team, manage projects, and communicate your results effectively.
Read lessAdmission Requirements
Tuition fees
Domestic Students
International Students
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
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QS subject rankings
Subject: Computer Science and Information Systems
Ranking criteria
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