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Construction and Mechanics - candidate The field of study 'Construction and Mechanics' is for you who want to help develop new and better solutions based on the laws of mechanics. Engineers with competences in construction and mechanics are involved in the... Read more
Construction and Mechanics - candidate The field of study 'Construction and Mechanics' is for you who want to help develop new and better solutions based on the laws of mechanics. Engineers with competences in construction and mechanics are involved in the development of new and better solutions within products, mechanical components, production equipment and industrial plants. The focus of the solutions can be everything from small structures such as parts in a hearing aid or in a mobile phone to engines, turbines, wind turbines, ships and offshore constructions. The focus of the education The master's degree 'Construction and Mechanics' and its subject areas cover both the systematic construction methods within construction and product development as well as analysis, numerical simulation and optimization with a focus on strength ratios, flows and energy conversion. During the course, you will have the opportunity to use systematic construction methods and advanced mathematical models. Applied mechanics is included in many contexts, where you make use of your extensive knowledge of physical principles, force relationships, flows and energy transformation. The teaching is based on lectures as well as individual and team-based exercises in group rooms, data bars and laboratories. You will have the opportunity to carry out the final Master's thesis, which relates to the discipline's subject areas, in collaboration with an active research group or as a project in collaboration with one of our company contacts. Focus areas The degree course 'Construction and Mechanics' covers five focus areas or subject areas. You can therefore put together a course whose primary focus is within one of these more limited areas: Construction and product development
Here we seek the answer to the question: How do you carry out industrial product development and construction of mechanical and mechatronic products and systems efficiently and with a high probability of a solution?
There is a focus on creative problem solving, project work, product life considerations, method application, communication and the use of computers in synthesis work.
Strength ratios and dynamics
The starting point is a good understanding of physical relationships and the desire to model and calculate on them. Computer modeling based on extensive use of applied mathematics as well as experimental methods are included as essential disciplines. The teaching within the subject area qualifies the students to be able to carry out a strength, vibration and stability analysis and dimensioning of products from micro components to machines and, for example, drilling platforms.
Industrial flow mechanics
Solving practical industrial flow engineering problems using classical physics, applied mathematics, numerical methods and experimental methods. The approach is partly purely theoretical by setting up and applying mathematical models to the problems and then solving these using a computer, partly purely experimental by studying and measuring the flows, i.a. to verify and improve the established models.
Energy Engineering
The focus is on energy-converting processes in power plants, cooling plants and heat pumps, combustion engines, fuel cells, industrial plants as well as analysis, numerical simulation and optimization of systems in which these machines and plants are part. The academic basis is thermodynamics, including heat transmission, combustion processes, properties of substances and parts of the theory of flow.
Maritime Constructions
Here the focus is on technical constructions in and on the open sea – for example large container ships, wave energy plants, offshore wind turbines and facilities for fishing. The professional basis is based on the planning, dimensioning, construction and operation of these maritime structures, taking into account safety, economy and efficiency in order to minimize the impact on the surrounding environment both locally and globally in the best possible way.
Construction and Mechanics - candidate The field of study 'Construction and Mechanics' is for you who want to help develop new and better solutions based on the laws of mechanics. Engineers with competences in construction and mechanics are involved in the... Read more
Construction and Mechanics - candidate The field of study 'Construction and Mechanics' is for you who want to help develop new and better solutions based on the laws of mechanics. Engineers with competences in construction and mechanics are involved in the development of new and better solutions within products, mechanical components, production equipment and industrial plants. The focus of the solutions can be everything from small structures such as parts in a hearing aid or in a mobile phone to engines, turbines, wind turbines, ships and offshore constructions. The focus of the education The master's degree 'Construction and Mechanics' and its subject areas cover both the systematic construction methods within construction and product development as well as analysis, numerical simulation and optimization with a focus on strength ratios, flows and energy conversion. During the course, you will have the opportunity to use systematic construction methods and advanced mathematical models. Applied mechanics is included in many contexts, where you make use of your extensive knowledge of physical principles, force relationships, flows and energy transformation. The teaching is based on lectures as well as individual and team-based exercises in group rooms, data bars and laboratories. You will have the opportunity to carry out the final Master's thesis, which relates to the discipline's subject areas, in collaboration with an active research group or as a project in collaboration with one of our company contacts. Focus areas The degree course 'Construction and Mechanics' covers five focus areas or subject areas. You can therefore put together a course whose primary focus is within one of these more limited areas: Construction and product development
Here we seek the answer to the question: How do you carry out industrial product development and construction of mechanical and mechatronic products and systems efficiently and with a high probability of a solution?
There is a focus on creative problem solving, project work, product life considerations, method application, communication and the use of computers in synthesis work.
Strength ratios and dynamics
The starting point is a good understanding of physical relationships and the desire to model and calculate on them. Computer modeling based on extensive use of applied mathematics as well as experimental methods are included as essential disciplines. The teaching within the subject area qualifies the students to be able to carry out a strength, vibration and stability analysis and dimensioning of products from micro components to machines and, for example, drilling platforms.
Industrial flow mechanics
Solving practical industrial flow engineering problems using classical physics, applied mathematics, numerical methods and experimental methods. The approach is partly purely theoretical by setting up and applying mathematical models to the problems and then solving these using a computer, partly purely experimental by studying and measuring the flows, i.a. to verify and improve the established models.
Energy Engineering
The focus is on energy-converting processes in power plants, cooling plants and heat pumps, combustion engines, fuel cells, industrial plants as well as analysis, numerical simulation and optimization of systems in which these machines and plants are part. The academic basis is thermodynamics, including heat transmission, combustion processes, properties of substances and parts of the theory of flow.
Maritime Constructions
Here the focus is on technical constructions in and on the open sea – for example large container ships, wave energy plants, offshore wind turbines and facilities for fishing. The professional basis is based on the planning, dimensioning, construction and operation of these maritime structures, taking into account safety, economy and efficiency in order to minimize the impact on the surrounding environment both locally and globally in the best possible way.
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:
MSc in Construction and Mechanics
DTU Lyngby, Kongens Lyngby, Denmark
# 32QS Subject Rankings
24 monthsProgram duration
15,000 EURTuition Fee/year
Engineering - MechanicalMain Subject Area
Program overview
Main Subject
Engineering - Mechanical
Degree
MSc
Study Level
Masters
Study Mode
On Campus
The field of study 'Construction and Mechanics' is for you who want to help develop new and better solutions based on the laws of mechanics.
Engineers with competences in construction and mechanics are involved in the...
Read more
The field of study 'Construction and Mechanics' is for you who want to help develop new and better solutions based on the laws of mechanics.
Engineers with competences in construction and mechanics are involved in the development of new and better solutions within products, mechanical components, production equipment and industrial plants. The focus of the solutions can be everything from small structures such as parts in a hearing aid or in a mobile phone to engines, turbines, wind turbines, ships and offshore constructions.
The focus of the education
The master's degree 'Construction and Mechanics' and its subject areas cover both the systematic construction methods within construction and product development as well as analysis, numerical simulation and optimization with a focus on strength ratios, flows and energy conversion.
During the course, you will have the opportunity to use systematic construction methods and advanced mathematical models. Applied mechanics is included in many contexts, where you make use of your extensive knowledge of physical principles, force relationships, flows and energy transformation.
The teaching is based on lectures as well as individual and team-based exercises in group rooms, data bars and laboratories. You will have the opportunity to carry out the final Master's thesis, which relates to the discipline's subject areas, in collaboration with an active research group or as a project in collaboration with one of our company contacts.
Focus areas The degree course 'Construction and Mechanics' covers five focus areas or subject areas. You can therefore put together a course whose primary focus is within one of these more limited areas:
Construction and product development
- Here we seek the answer to the question: How do you carry out industrial product development and construction of mechanical and mechatronic products and systems efficiently and with a high probability of a solution?
- There is a focus on creative problem solving, project work, product life considerations, method application, communication and the use of computers in synthesis work.
Strength ratios and dynamics- The starting point is a good understanding of physical relationships and the desire to model and calculate on them. Computer modeling based on extensive use of applied mathematics as well as experimental methods are included as essential disciplines. The teaching within the subject area qualifies the students to be able to carry out a strength, vibration and stability analysis and dimensioning of products from micro components to machines and, for example, drilling platforms.
Industrial flow mechanics- Solving practical industrial flow engineering problems using classical physics, applied mathematics, numerical methods and experimental methods. The approach is partly purely theoretical by setting up and applying mathematical models to the problems and then solving these using a computer, partly purely experimental by studying and measuring the flows, i.a. to verify and improve the established models.
Energy Engineering- The focus is on energy-converting processes in power plants, cooling plants and heat pumps, combustion engines, fuel cells, industrial plants as well as analysis, numerical simulation and optimization of systems in which these machines and plants are part. The academic basis is thermodynamics, including heat transmission, combustion processes, properties of substances and parts of the theory of flow.
Maritime Constructions- Here the focus is on technical constructions in and on the open sea – for example large container ships, wave energy plants, offshore wind turbines and facilities for fishing. The professional basis is based on the planning, dimensioning, construction and operation of these maritime structures, taking into account safety, economy and efficiency in order to minimize the impact on the surrounding environment both locally and globally in the best possible way.
Read lessProgram overview
Main Subject
Engineering - Mechanical
Degree
MSc
Study Level
Masters
Study Mode
On Campus
The field of study 'Construction and Mechanics' is for you who want to help develop new and better solutions based on the laws of mechanics.
Engineers with competences in construction and mechanics are involved in the...
Read more
The field of study 'Construction and Mechanics' is for you who want to help develop new and better solutions based on the laws of mechanics.
Engineers with competences in construction and mechanics are involved in the development of new and better solutions within products, mechanical components, production equipment and industrial plants. The focus of the solutions can be everything from small structures such as parts in a hearing aid or in a mobile phone to engines, turbines, wind turbines, ships and offshore constructions.
The focus of the education
The master's degree 'Construction and Mechanics' and its subject areas cover both the systematic construction methods within construction and product development as well as analysis, numerical simulation and optimization with a focus on strength ratios, flows and energy conversion.
During the course, you will have the opportunity to use systematic construction methods and advanced mathematical models. Applied mechanics is included in many contexts, where you make use of your extensive knowledge of physical principles, force relationships, flows and energy transformation.
The teaching is based on lectures as well as individual and team-based exercises in group rooms, data bars and laboratories. You will have the opportunity to carry out the final Master's thesis, which relates to the discipline's subject areas, in collaboration with an active research group or as a project in collaboration with one of our company contacts.
Focus areas The degree course 'Construction and Mechanics' covers five focus areas or subject areas. You can therefore put together a course whose primary focus is within one of these more limited areas:
Construction and product development
- Here we seek the answer to the question: How do you carry out industrial product development and construction of mechanical and mechatronic products and systems efficiently and with a high probability of a solution?
- There is a focus on creative problem solving, project work, product life considerations, method application, communication and the use of computers in synthesis work.
Strength ratios and dynamics- The starting point is a good understanding of physical relationships and the desire to model and calculate on them. Computer modeling based on extensive use of applied mathematics as well as experimental methods are included as essential disciplines. The teaching within the subject area qualifies the students to be able to carry out a strength, vibration and stability analysis and dimensioning of products from micro components to machines and, for example, drilling platforms.
Industrial flow mechanics- Solving practical industrial flow engineering problems using classical physics, applied mathematics, numerical methods and experimental methods. The approach is partly purely theoretical by setting up and applying mathematical models to the problems and then solving these using a computer, partly purely experimental by studying and measuring the flows, i.a. to verify and improve the established models.
Energy Engineering- The focus is on energy-converting processes in power plants, cooling plants and heat pumps, combustion engines, fuel cells, industrial plants as well as analysis, numerical simulation and optimization of systems in which these machines and plants are part. The academic basis is thermodynamics, including heat transmission, combustion processes, properties of substances and parts of the theory of flow.
Maritime Constructions- Here the focus is on technical constructions in and on the open sea – for example large container ships, wave energy plants, offshore wind turbines and facilities for fishing. The professional basis is based on the planning, dimensioning, construction and operation of these maritime structures, taking into account safety, economy and efficiency in order to minimize the impact on the surrounding environment both locally and globally in the best possible way.
Read lessAdmission Requirements
Tuition fees
International
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.
To help students navigate this challenging process, we recommend the following articles:
How to get a full scholarship
Looking for a fully-funded scholarship to see you into university? Find out how to boost your chances of getting one.
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Find scholarships to study abroad with our lists of international scholarships – categorized by country, by subject, and by type of student.
Scholarship Applications: Frequently Asked Questions
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QS subject rankings
Subject: Engineering - Mechanical
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