504 monthsProgramme duration
16,300 EURTuition Fee/year
Jan, Feb, Aug, SepStarting Month
Programme overview
Main Subject
Engineering - Mechanical
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
In the Bachelor of Engineering in Mechanical Engineering program, you work with the basic principles of mechanics. You calculate forces and movements, investigate the durability of materials, and find out how to use energy most efficiently. You also learn to design products and develop technology-based solutions based on people's different needs and always with a focus on sustainability.
As a Bachelor of Science in Mechanical Engineering, you have a lot of math and physics. You use theory to solve concrete problems in all semesters, and you have the opportunity to specialize according to your interests.
Mechanical engineering plays an important role in much technological innovation, and the Bachelor of Engineering in Mechanical Engineering is probably broader than you might think. You will work with many of society's small and large problems within both climate, health and digital transformation.
Whether you are developing a running shoe that relieves joint strain, an implant for a knee, a robot that can monitor biodiversity, an energy-saving heat pump or a new type of heart valve for sick patients, you need to understand how movement, pressure and materials interact.
From the very first semester, you are trained to think creatively in your engineering work, and you have the opportunity to collaborate with companies on your projects. This helps ensure that you can always see a direct purpose for what you are learning.
In the fifth semester, you will do a paid internship in a company. You also have the opportunity to participate in an entrepreneurship course where you work on your own technology-based business idea.
As a graduate with a Bachelor of Science in Mechanical Engineering, you can enter the job market directly, or you can choose to continue studying (+2 years) for a Master of Science in Mechanical Engineering and Technology.
As a Bachelor of Science in Mechanical Engineering, you have a lot of math and physics. You use theory to solve concrete problems in all semesters, and you have the opportunity to specialize according to your interests.
Mechanical engineering plays an important role in much technological innovation, and the Bachelor of Engineering in Mechanical Engineering is probably broader than you might think. You will work with many of society's small and large problems within both climate, health and digital transformation.
Whether you are developing a running shoe that relieves joint strain, an implant for a knee, a robot that can monitor biodiversity, an energy-saving heat pump or a new type of heart valve for sick patients, you need to understand how movement, pressure and materials interact.
From the very first semester, you are trained to think creatively in your engineering work, and you have the opportunity to collaborate with companies on your projects. This helps ensure that you can always see a direct purpose for what you are learning.
In the fifth semester, you will do a paid internship in a company. You also have the opportunity to participate in an entrepreneurship course where you work on your own technology-based business idea.
As a graduate with a Bachelor of Science in Mechanical Engineering, you can enter the job market directly, or you can choose to continue studying (+2 years) for a Master of Science in Mechanical Engineering and Technology.
Programme overview
Main Subject
Engineering - Mechanical
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
In the Bachelor of Engineering in Mechanical Engineering program, you work with the basic principles of mechanics. You calculate forces and movements, investigate the durability of materials, and find out how to use energy most efficiently. You also learn to design products and develop technology-based solutions based on people's different needs and always with a focus on sustainability.
As a Bachelor of Science in Mechanical Engineering, you have a lot of math and physics. You use theory to solve concrete problems in all semesters, and you have the opportunity to specialize according to your interests.
Mechanical engineering plays an important role in much technological innovation, and the Bachelor of Engineering in Mechanical Engineering is probably broader than you might think. You will work with many of society's small and large problems within both climate, health and digital transformation.
Whether you are developing a running shoe that relieves joint strain, an implant for a knee, a robot that can monitor biodiversity, an energy-saving heat pump or a new type of heart valve for sick patients, you need to understand how movement, pressure and materials interact.
From the very first semester, you are trained to think creatively in your engineering work, and you have the opportunity to collaborate with companies on your projects. This helps ensure that you can always see a direct purpose for what you are learning.
In the fifth semester, you will do a paid internship in a company. You also have the opportunity to participate in an entrepreneurship course where you work on your own technology-based business idea.
As a graduate with a Bachelor of Science in Mechanical Engineering, you can enter the job market directly, or you can choose to continue studying (+2 years) for a Master of Science in Mechanical Engineering and Technology.
As a Bachelor of Science in Mechanical Engineering, you have a lot of math and physics. You use theory to solve concrete problems in all semesters, and you have the opportunity to specialize according to your interests.
Mechanical engineering plays an important role in much technological innovation, and the Bachelor of Engineering in Mechanical Engineering is probably broader than you might think. You will work with many of society's small and large problems within both climate, health and digital transformation.
Whether you are developing a running shoe that relieves joint strain, an implant for a knee, a robot that can monitor biodiversity, an energy-saving heat pump or a new type of heart valve for sick patients, you need to understand how movement, pressure and materials interact.
From the very first semester, you are trained to think creatively in your engineering work, and you have the opportunity to collaborate with companies on your projects. This helps ensure that you can always see a direct purpose for what you are learning.
In the fifth semester, you will do a paid internship in a company. You also have the opportunity to participate in an entrepreneurship course where you work on your own technology-based business idea.
As a graduate with a Bachelor of Science in Mechanical Engineering, you can enter the job market directly, or you can choose to continue studying (+2 years) for a Master of Science in Mechanical Engineering and Technology.
Admission Requirements
180+
6.5+
24+
83+
Entrance exam
You must have passed an entrance exam.
Specific admission requirements
You must have passed the following specific admission requirements:
If you are missing one or more subject levels, you have the opportunity to supplement.
* Mathematics is an important tool in engineering education. We therefore recommend that you participate in our brush-up course in Mathematics, where you will refresh the most important elements of the subject.
You must have passed an entrance exam.
Specific admission requirements
You must have passed the following specific admission requirements:
- Mathematics A*
- Physics B or Geosciences A
- Chemistry C or Biotechnology A
- English B
- Danish A (only if you have a foreign qualifying exam)
If you are missing one or more subject levels, you have the opportunity to supplement.
* Mathematics is an important tool in engineering education. We therefore recommend that you participate in our brush-up course in Mathematics, where you will refresh the most important elements of the subject.
42 Years
Jan
Feb
Tuition fees
Domestic
0 EUR
International
16,300 EUR
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