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This page provides you with information and links to opportunities to learn or study in another EU country. You can scroll down to find all information. You can filter the results by using the filters on the left.

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Search found 39 items
  1. Bioengineering, Doctorate

    Knowledge On completion of the study programme, the student shall be able to: Demonstrate extensive knowledge and understanding of theories and concepts in specific scientific subjects of bioengineering. Contribute to the latest knowledge in fields of bioengineering in context with theories and applications. Contribute knowledge acquired through own research in a specialized field of bioengineering. Discuss research and recent findings in bioengineering along with ethics in science. SkillsOn completion of the study programme, the student shall be able to: Plan and apply scientific research methods and academic theories to develop projects and solve complex problems. Collect, analyze and evaluate scientific data and evaluate different research methods Run specific laboratory devices with confidence and responsibility. Apply relevant software to analyze results and evaluate them statistically. Plan and execute individual experiments related to bioengineering. CompetenceOn completion of the study programme, the student shall be able to: Plan, initiate and manage group work or individual projects. Make decisions on a professional basis and justify them. Discuss, explain and present bioengineering issues and communicate both with scholars as well as general audience. Demonstrate independent, broad-minded and critical thinking, and innovative approaches in solving problems. ...

    Provider NameHI

    Category: Learning Opportunities Location: Iceland
  2. Bioengineering, MS

    Knowledge On completion of the study programme, the student shall be able to: Demonstrate wide and general knowledge in life sciences including genetics, microbiology, biochemistryand molecular biology , Demonstrate wide and general knowledge in mathematics, statistics, computer science and physics to use in solving engineering problems. Demonstrate extensive knowledge in specific scientific subjects of bioengineering such as protein engineering, bioprocesses, instrumentation and mass and thermal transport. Place the latest knowledge in fields of bioengineering in context with theories and applications Present knowledge acquired through own research in a specialized field of bioengineering Discuss research and recent findings in bioengineering along with ethics in science Skills On completion of the study programme, the student shall be able to: Apply scientific research methods and academic theories to develop projects and solve complex problems Collect, analyze and evaluate scientific data and evaluate different research methods Run specific laboratory devices with confidence and responsibility Apply relevant software to analyze results and evaluate them statistically Plan and execute individual experiments related to bioengineering and analyzed the results scientifically Competence On completion of the study programme, the student shall be able to: Make decisions on a professional basis and justify them Discuss, explain and present bioengineering issues and communicate both with scholars as well as general ...

    Provider NameHI

    Category: Learning Opportunities Location: Iceland
  3. BSc in Biomedical Engineering

    The programme leading to a BSc degree in Biomedical Engineering is 180 ECTS credits. Students take 84 ECTS credits in fundamental courses that are the same for all three-year BSc engineering programmes, 72 ECTS credits in courses that are specific to their chosen discipline (Biomedical Engineering) and 24 ECTS credits in elective courses. The main aim of the programme is to prepare students for studies in engineering at the MSc level. The programme in biomedical engineering draws on natural science, engineering, biology and medicine to create a knowledge-base that equips students to deal with a range of problems and challenges in biomedicine, characterised by increasing interdisciplinary and international activities. The student must be able to combine broad knowledge with a deep understanding of the core discipline of biomedical engineering. Upon the completion of the BSc programme, the following criteria shall be fulfilled: KNOWLEDGE Upon completion of the BSc programme the student should possess knowledge and understanding of the following: Mathematical analysis common to most engineering disciplines, multivariable calculus, including differentiation and integrals, and differential equations. Principles of linear algebra, vectors, matrices, determinants, eigenvalues and eigenvectors, and of solving systems of linear equations. Complex numbers and exponentials, Laplace and Fourier transforms. Numerical methods to solve problems in calculus, differential equations and linear algebra. Basic probabil ...

    Provider NameHR

    Category: Learning Opportunities Location: Iceland
  4. BSc in Civil Engineering with specialisation in Structural Design

    The programme covers the basic theory of mathematics, physics, computer science, statics, dynamics, continuum mechanics, soil mechanics, hydraulics and materials science. The students are provided with knowledge and skills in selected areas of structural design, installation systems, construction and management, based on their knowledge and understanding of the basic theories of the above listed subjects. To allow students to specialize to a certain extent in the various fields of civil engineering, students have the option of choosing 18 ECTS in elective courses in addition to a final project in the 7th semester (24 ECTS). At the end of the programme, students specialising in structural design should be capable of designing traditional structures in timber, steel and reinforced concrete. Students specialising in installation systems should be capable of designing traditional systems in water supply, wastewater, heating and ventilation. Students specialising in construction should be capable of planning traditional construction projects and manage supervision and inspection on a building site. The programme combines traditional theory in civil and construction engineering with good practice in design and project management applied to technically demanding problems.Emphasis is placed on producing undergraduates with the practical knowledge and competence that enable them to make an immediate contribution and pursue careers in the industry upon graduation. Upon completion of the BSc programme, the follo ...

    Provider NameHR

    Category: Learning Opportunities Location: Iceland
  5. BSc in Civil Engineering with specialization in Construction and Installations

    The programme covers the basic theory of mathematics, physics, computer science, statics, dynamics, continuum mechanics, soil mechanics, hydraulics and materials science. The students are provided with knowledge and skills in selected areas of structural design, installation systems, construction and management, based on their knowledge and understanding of the basic theories of the above listed subjects. To allow students to specialize to a certain extent in the various fields of civil engineering, students have the option of choosing 18 ECTS in elective courses in addition to a final project in the 7th semester (24 ECTS). At the end of the programme, students specialising in structural design should be capable of designing traditional structures in timber, steel and reinforced concrete. Students specialising in installation systems should be capable of designing traditional systems in water supply, wastewater, heating and ventilation. Students specialising in construction should be capable of planning traditional construction projects and manage supervision and inspection on a building site. The programme combines traditional theory in civil and construction engineering with good practice in design and project management applied to technically demanding problems.Emphasis is placed on producing undergraduates with the practical knowledge and competence that enable them to make an immediate contribution and pursue careers in the industry upon graduation. Upon the completion of the BSc program, the fol ...

    Provider NameHR

    Category: Learning Opportunities Location: Iceland
  6. BSc in Engineering Management

    The programme leading to a BSc degree in Engineering Management is 180 ECTS credits. Students take 84 ECTS credits in fundamental courses that are the same for all three-year BSc engineering programmes, 66 ECTS credits in courses that are specific to their chosen discipline (Engineering Management) and 30 ECTS credits in elective courses. The main aim of the programme is to prepare students for studies in engineering at the MSc level. The programme in engineering management draws on natural science, engineering and social sciences to create a knowledge-base that equips students to deal with a range of problems and challenges characterised by increasing interdisciplinary, international and cross-cultural activities. The students must be able to combine knowledge with a deep understanding of the core discipline of engineering management. The knowledge imparted to the students is transferable across many types of projects, organizations and environment. Upon completion of the BSc programme, the following criteria shall be fulfilled: KNOWLEDGE Upon completion of the BSc programme, the student should possess knowledge and understanding of the following: Mathematical analysis common to most engineering disciplines, multivariable calculus, including differentiation and integrals, and differential equations. Principles of linear algebra, vectors, matrices, determinants, eigenvalues and eigenvectors, and of solving systems of linear equations. Complex numbers and exponentials, Laplace and Fourier transforms. ...

    Provider NameHR

    Category: Learning Opportunities Location: Iceland
  7. BSC in Financial Engineering

    The programme leading to a BSc degree in Financial Engineering is 180 ECTS credits. Students take 84 ECTS credits in fundamental courses that are the same for all three-year BSc engineering programmes, 66 ECTS credits in courses that are specific to their chosen discipline (Financial Engineering) and 30 ECTS credits in elective courses. The main aim of the programme is to prepare students for studies in engineering at the MSc level. The programme in financial engineering draws on natural sciences, engineering and social sciences to create a knowledge-base that equips students to deal with a range of problems and challenges characterised by increasing interdisciplinary, international and cross-cultural activities. The student must combine knowledge with a deep understanding of the core discipline of financial engineering. The knowledge imparted to the student is transferable across many types of projects, organisations and environments. Upon the completion of the BSc programme, the following criteria shall be fulfilled: KNOWLEDGE Upon completion of the BSc programme the student should possess knowledge and understanding of the following: Mathematical analysis common to most engineering disciplines, multivariable calculus, including differentiation and integrals, and differential equations. Principles of linear algebra, vectors, matrices, determinants, eigenvalues and eigenvectors, and of solving systems of linear equations. Complex numbers and exponentials, Laplace and Fourier transforms. Numerical m ...

    Provider NameHR

    Category: Learning Opportunities Location: Iceland
  8. BSc in Industrial Engineering with specialization in industrial marketing.

    A traditional BSc study programme in Industrial Engineering of 3,5 years (seven semesters). The total credits are 210 ECTS (105 credits). Students have the possibility of a specialization industrial marketing, automation and food processing. In addition, students can graduate with an elective course of 6 ECTS (3 credits) from another discipline. Students conclude their studies with a 24 ECTS (12 credits) final project. ...

    Provider NameHR

    Category: Learning Opportunities Location: Iceland
  9. BSc in Industrial Engineering.

    Students take 54 ECTS credits in fundamental courses that are the same for all 3.5 year BSc programmes in engineering. They take 120 ECTS credits in courses that are specific to their chosen discipline within engineering (Industrial Engineering); of these, industrial engineering students are encouraged to take 24 ECTS credits in courses that comprise a "specialisation package" in automation or industrial marketing. Other elective courses are worth 12 ECTS credits. Students' final projects, worth 24 ECTS credits, focus on product development, in collaboration with a firm in the relevant industry. There is an emphasis on practical, hands-on engineering skills and on preparing students for a career in industry after graduation. ...

    Provider NameHR

    Category: Learning Opportunities Location: Iceland
  10. BSc in Mechanical and Energy Engineering

    Students take 54 ECTS credits in fundamental courses that are the same for all 3.5 year BSc engineering programmes. They take 120 ECTS credits in courses that are specific to their chosen discipline; of these, mechanical and energy engineering students are encouraged to take 24 ECTS credits in courses that comprise a "specialisation package" in mechanical design or energy processes. Students conclude their studies with a final project of 24 ECTS credits, most often in collaboration with a firm in the relevant industry. There is an emphasis on practical, hands-on engineering skills and on preparing students for a career in industry.The students are provided with knowledge and skills in selected areas of mechanical design, energy technology and management. Emphasis is placed on practical, hands-on engineering skills and on projects that expose the students to real world problems. Emphasis is placed on producing graduates with the practical knowledge and competence that enable them to make an immediate contribution and pursue careers in the industry upon graduation.The aim of the programme is to educate capable mechanical engineers for careers in industry, with a well-defined and strong set of skills as is internationally expected of mechanical engineers. Upon completion of the BSc programme, the following criteria shall be fulfilled. KNOWLEDGE Basic principles of multivariable calculus, including differentiation, integration and differential equations. Laplace and Fourier transform, complex exponentials and ...

    Provider NameHR

    Category: Learning Opportunities Location: Iceland

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