A masters is awarded to students who have completed postgraduate level study in a specific field of study or area of professional practice while demonstrating a high level of mastery during the process.
Europe is the sixth largest continent and includes 47 countries and assorted dependencies, islands and territories. It is bordered by the Mediterranean Sea to the south, Asia to the east, and the Atlantic Ocean to the West.
View all Master Programs in Technology in Europe 2018
The study programme is aimed to promote the acquisition of theoretical knowledge, research and development and to lead students to apply this knowledge and develop their creative facilities. The graduates have a good fundamental knowledge in mechanical engineering and comprehensive knowledge in the study branch (Engineering Technology and Materials). [+]
The study programme is aimed to promote the acquisition of theoretical knowledge, research and development and to lead students to apply this knowledge and develop their creative facilities. The graduates have a good fundamental knowledge in mechanical engineering and comprehensive knowledge in the study branch (Engineering Technology and Materials).
Since the TUL programmes are recognized by the European Federation of National Engineering Associations FEANI, alumni are eligible for the EUR ING title.Specializations Available Polymer and Composite Processing Casting, Welding and Metal Forming Material Engineering Engineering Technology and Materials - maximum number of students that can be accepted: 24. After students' enrolment to the study programme, the Dean issues the final decision about individual specializations. Admission Requirements Successful completion of a Bachelor's programme of study or Master's programme of study at the Faculty of Mechanical Engineering or at another faculty with a similar specialisation Successful passing the entrance examination (if the student is not exempt from the duty by the decision of the Dean). The applicant must prove their knowledge of English at a level no lower than B2 [-]
This master's degree is aimed at graduates or graduates of degree of Sciences and Chemistry, Chemical Engineering, Physics, Materials Engineering, etc., who wish to train as researchers and specialists in the field of electrochemistry, both in its foundations and its applications . [+]
Study Structure Compulsory credits Practicum Legislation. Regulation and Management Analytical Strategies and the Environment [+]
The Masters Programme in Science and Technology for the Conservation of Cultural Heritage trains experts in Archaeometry and Conservation Science. [+]
The Masters Programme in Science and Technology for the Conservation of Cultural Heritage trains experts in Archaeometry and Conservation Science. The programme provides students with specialist skills in the multi-analytical characterization of a wide range of materials related to archaeology and cultural heritage, scientific methods and advanced technologies in the study of conservation.
In particular, graduates will acquire the:ability to work in a research area with a strong multidisciplinary nature ranging from sciences to humanities; expertise in analytical techniques, scientific methods of investigation and data interpretation for the recovery and conservation of cultural heritage; advanced skills in the analysis of the interaction between cultural heritage and the chemical-physical environment; advanced knowledge of archaeometric applications in a range of fields. ... [-]
Be one of the people who design the future of human-technology interaction. [+]
Apply between 1 December 2017 and 17 January 2018Degree: Master of Science Duration: 2 years Extent: 120 ECTS Start date: August 2018 Tuition fee for non-EU/EEA students: 12 000 € / year
Read more about Scholarships As technology plays an increasing role in our daily life, it is important to have professionals who have a deep understanding of how to develop the most user friendly and engaging methods to interact with a wide variety of technological devices. This master programme is offered in collaboration between the University of Tampere (UTA) and the Tampere University of Technology (TUT). Students can deepen their knowledge in course units that cover a wide range of topics from user experience and emotions to innovative use of facial behavior like gaze and expressions, touch, speech, and human physiology in user interfaces. The programme leads you to scientific thinking and writing as well as to hands-on work in various course projects. Although the programme is available in essentially the same format at both universities it is recommended that if you are mainly interested in interaction design, development of interactive software or research you apply to UTA and if you are mainly interested in user experience you apply to TUT. That way the majority of the course units will be organized by the home university. The master programme has a direct link to research carried out by TAUCHI, Tampere Unit for Computer-Human Interaction. TAUCHI is a UTA research center focusing on human–technology interaction. It carries out a... [-]
The master’s programme in Sustainable Technology is based on the concept of industrial ecology with a focus on the understanding of interactions between technical, economic, social and ecological systems and processes. Industrial ecology is an interdisciplinary framework for designing and operating industrial systems as living systems interdependent with natural systems. It seeks to balance environmental and economic performance within an understanding of local and global ecological constraints. [+]
The master’s programme in Sustainable Technology is based on the concept of industrial ecology with a focus on the understanding of interactions between technical, economic, social and ecological systems and processes. Industrial ecology is an interdisciplinary framework for designing and operating industrial systems as living systems interdependent with natural systems. It seeks to balance environmental and economic performance within an understanding of local and global ecological constraints.Sustainable Technology at KTH
The courses in the programme cover a range of interdisciplinary subjects connected to industrial ecology. The students are introduced to tools and knowledge that will enable them to apply technology in a more sustainable way.... [-]
The Smart Cities and Urban Policy program provides an in-depth understanding of new and transforming metropolitan areas and their competitive environments. Over the course of two years, the building up of students’ toolbox is put to use through up to nine months of industrial internships. [+]
In an increasingly global economy, metropolitan areas are basic components of economic competition and growth. Capital, labor pools, knowledge, infrastructures and their distribution within and across geographical space play a major role in the economic development and prosperity of a metropolitan area.
As highlighted by the Economist, a report from the American think tank Brookings Institution shows that “the world's largest 300 metropolitan economies account for 19% of the global population and almost half the world's GDP. In the past decade, incomes and jobs tended to grow faster in these urban areas than their national averages”.
Despite international competition and free mobility of inputs like assets, raw materials and knowledge, location still plays a fundamental role as a competitive edge. As rail, port and road infrastructures were amongst the key factors when determining where to locate a new business or a new branch, scarce human resources are now part of the decision-making process.... [-]
The Master in Advanced Software Technologies for Mobile Devices is the first in Spain in its field leading to an official qualification and that provides the necessary skills to face the new challenges inherent in mobile applications. [+]
Logistics represents a significant sphere of business, its demands and impacts on the efficiency of a company and on the standard of living of citizens is enormous. Logistics is a tool that can be effectively used to obtain competitive advantage and its significance is recognized around the whole world. [+]
The speciality "Power System" is extremely scarce, and annually enterprises demand exceeds the number of highly qualified specialists, prepared by thermal energy systems departments. [+]
Master of Engineering and TechnologyCourse – Heat and Power Engineering
Nosov Magnitogorsk State Technical University and the Institute of Power Engineering within its structure offer a master's degree program in Engineering and Technology in the field of Heat and Power Engineering.
Every day, all industrial enterprises and citizens need light and heat, gas and hot water, air and electricity. All these energy sources are produced by industrial heat and power systems and they are the main professional objects of study.
The speciality "Power System" is extremely scarce, and annually enterprises demand exceeds the number of highly qualified specialists, prepared by thermal energy systems departments.... [-]