Electrical engineering is a professional engineering field which deals with various electric-related issues like electric power engineering, electronics, power electronics. It has many sub-disciplines that are microelectronics, telecommunication engineering, signal processing, control engineering, computer engineering, integrated circuits, digital electronics, power engineering, optoelectronics. The field aims to look into the problems of electronic systems which can be large scale (electric-power engineering) or small scale (nanoelectronics). The discipline aims to provide knowledge about generation, distribution, transmission and application of electrical energy. Graduates can work as engineers in very broad job occupations, starting from manufacturing of electronic components to electrical power systems and telecommunication engineers.
The Master's Double-Degree programme in Innovation in Nuclear Energy is delivered by the high-level member Institutes of the consortium KIC InnoEnergy: KTH Royal Institute of Technology, Universitat Politècnica de Catalunya, Grenoble INP and Paris...
SENSE is a program for students who wish to develop their skills in innovation and entrepreneurship in the exciting field of Smart Grids. This programme is unique because of its focus on the innovation process closely connected to developing new business within the electric power area.
After the program, students in the DSS track should not only understand and be able to use large distributed systems but they should be capable of designing and constructing such systems and services deployed on such infrastructures. The program emphasizes a combination of fundamental principles of distributed computing with modern methods of software systems design.
Designing highly innovative systems for signal processing is your passion, e.g. in biomedical applications or in telecommunication. Or your interest focuses on microsystems or robotics.
Group T organizes four master programs. Within these four masters, different focuses (also known as ‘concentrations’) are offered. You choose one master focus. This allows you to specialize further in your area of technological expertise, or to stay in touch with other technological disciplines. (Upon graduation you can enter the job market or go on to do a PhD.)
This two-year Master of Science (MSc.) programme has a unique character, focusing on connections between artificial intelligence and cognitive neuroscience. Understanding how the brain works and how it supports intelligent cognitive behaviour is essential for effective agent design.
Are you interested in improving health care and applying advanced technology to solve complex problems in medicine? Are you interested in working alongside health care professionals? Do you want to carry out meaningful work that benefits people around the world? Biomedical Engineering at the Tampere University of Technology may be the place for you.
The Master of Nanoscale Engineering offers you the opportunity to explore this challenging field in a stimulating scientific and cultural environment. The program is dedicated to a multidisciplinary and international approach and it is suited equally well for students planning an academic or an industrial career.
Our MS program in Computer Engineering program focuses on Computer and Software engineering at an advanced level, and it meets the demand for specialized computer engineers in the Computer Engineering industry.
The International Masters on Communication Networks Engineering (IMCNE) is focused on the provisioning of competence across Telecommunications Engineering and Computer Science, taking into account tecno-economic aspects and services supported by the networks.
‘Digital technology has revolutionised our civilisation. The study programme in electronics targets principally the development of the related technologies.
Electrical Engineering is not an independent Master of Science programme, but it is an English track available in the Master of Science programme in Electrical Engineering