Nano-Science is an interdisciplinary field of study that combines physics, chemistry and biochemistry, materials and broader electrical engineering field. Nano-science is concerned with the properties of atomic and molecular assemblies, which are composed of tens, hundreds or thousands of atoms under an extraordinary range of conditions and geometrical applications.
A masters degree in nanoscience consists of interdisciplinary courses, which provide the students with a knowledge base needed for full appreciation of research and innovation in both Nano-Science and Nanotechnology. Throughout the master’s program, particular emphasis is placed on commercial innovation. These include semi-conductor electronics and optoelectronics, energy and Nanomaterials, Health Care and Nanomedicine. The main aims of a masters degree in Nanoscience are: to provide students with adequate knowledge on how to control the fundamental structure of the matter at its nanoscale; to enhance the exploitation for both the design and development of new products and systems with potential incidence in a variety of fields, and to develop nanotechnology that is significant in socioeconomic development.
A masters program in Nanoscience can take a full-time 12-months of study or a part-time 24months of study. It involves intensive learning experience and applied projects. The learning takes place in an intensive professional atmosphere. Throughout the masters program, students engage in research in a variety of disciplines, which are related to Nanoscience and Nanotechnology.
Career opportunities available in this field include research and development of nanotechnology, electronics engineering, medicine, pharmacy, chemistry, physics and other disciplines with the aspects of Nanoscience.
The most spectacular technology is happening at the micro and nano level and you can become an expert in this state of the art technology. We offer you a master's degree program in Micro and Nano Systems Technology, which will open doors to exciting jobs in many different branches. [+]
The period of study specified by the Federal State Educational Standards of Higher Education is 2 years. The study load of the bachelor’s program specified by the Federal State Educational Standards of Higher Education is 120 ECTS points. [+]
The Master in Physics aims at forming students with skills in different areas of physics, based on a solid interdisciplinary scientific background. Graduates in Physics are appreciated for their openminded, multi-disciplinary attitude and their ability to apply a scientific approach to the analysis of complex problems. [+]
Study Structure Module 2. UDC Introduction to complex materials Viscoelasticity of materials Thermo-mechanical properties of materials. Fundamental Methods [+]
This is a Masters degree designed to train students in the field of Nanoscience and Nanotechnology in order that they can develop a career in this field, or start a research activity leading to a doctoral thesis. Areas of knowledge that is inscribed: mainly in the areas of chemistry, physics, engineering, materials science, biochemistry, pharmacy and medicine. The theme of the Master is at the intersection of Nanoscience / Nanotechnology and molecular systems. Therefore affect scientific areas of current interest like Molecular Electronics, Molecular Magnetism, Supramolecular Chemistry, Surface Physics or Science of Molecular Materials. [+]
The main objective of this master is to offer the student advanced training, specialized and multidisciplinary, aimed at promoting their initiation in research tasks in the field of theoretical and computational chemistry. Computational modeling on a molecular scale has been constituted, over the last twenty years, as a tool that covers, in a transversal way, many areas of knowledge: from biochemistry to new materials, going through all the disciplines of chemistry and emerging areas as nanoscience. [+]
The Nano Science and Technology (NSNT) Programme, defined on the basis of the three above elements, aims to educate students with the necessary interdisciplinary knowledge to contribute to the long-term nanoscale research and development, which will lead to potential breakthroughs in areas such as materials and manufacturing, nanoelectronics, medicine and healthcare, environment, energy, chemicals, and biotechnology. [+]
Considering the specific characteristics of the Master's course, on completion of the course, graduates will have acquired a theoretical and practical training in the current techniques of instrumental analysis, not only at routine laboratories but also at basic and advanced research laboratories. Candidates will, therefore, be prepared to work at almost any chemical and/or biochemical laboratory; graduates, who have chosen the professional study track will have acquired extensive working experience in both technological and industrial laboratories. [+]
Materials Science and Nanoengineering focuses on developing synthetic and biological polymers, ceramics and metals. Students enrolled within the M.Sc. and Ph.D. programs of Materials Science and Engineering will obtain the foundation knowledge and practical skills necessary to understand, design, and apply advanced technology materials. [+]
Graduates from this program have good knowledge of general natural science disciplines and especially good foundations of basic analytical and testing methods. This knowledge enables them to sample new nonwoven and nanomaterials for a wide range of applications. [+]
