The follow-up master's study of Masters in Nanotechnology is intended for graduates of a bachelor's study of Nanotechnology or branches focused primarily on materials science, applied physics and chemistry. Theoretical subjects, dealing with the relationship between the structure and optical, magnetic and other properties of nanomaterials, are supplemented by work in laboratories using modern diagnostic devices.

The Master of Science in Applied Nanotechnology is unique in the Netherlands. The most distinguishing feature is its focus on the development of innovative micro- and nanotechnology-based products and applications. The fusion of elements from biology, chemistry, electrical engineering and physics results in nanotechnological materials and devices with unprecedented properties. The programme only starts in September and is taught entirely in English.

The master in Nanoscience and Molecular Nanotechnology is an interuniversity Master participated by 7 Spanish Universities. It addresses aspects that are at the intersection of one of the most novel sciences today, the Nanoscience, with traditional scientific aspects of the Molecular Science such as Molecular Electronics, Molecular Magnetism, Supramolecular Chemistry, Surface Physics, or Science of Molecular Materials. The Master is aimed at training students in the field of Nanoscience and Nanotechnology so that they can develop a professional activity in this field, or a research activity leading to a Doctoral Thesis.

The Master of Nanoscience examines phenomena on the atomic and molecular scales, where the structure of matter determines important electrical, optical and mechanical properties. A multidisciplinary scientific education integrating physics, chemistry, electrical engineering, material sciences and bioscience engineering empowers students to create new nanocomponents, systems and products.

The word Nanoscience refers to the study, manipulation and engineering of matter, particles and structures on the nanometer scale. Important properties of materials, such as the electrical, optical, thermal and mechanical properties, are determined by the way molecules and atoms assemble on the nanoscale into larger structures. Nanotechnology is the application of nanoscience leading to the use of new nanomaterials and nanosize components in useful products.

The objectives of this master’s degree are to educate future managers, engineers, and researchers in the field of nanotechnology and give them the tools to handle recent advances in nanotechnology and biology. Graduates will be ready to undertake international projects in which these different fields overlap. École Centrale de Lyon is the leading institution of this Université de Lyon master’s program, which is accredited jointly with INSA Lyon and Université Claude Bernard Lyon 1.

Are you interested in an international career in the field of nanoscience and nanotechnology, both at the fundamental level and in the design and creation of components at the nanoscale? Then the MSc in Nanotechnology: Fabrication Technology for Nanosystemsy for Nanosystems in Nanotechnology might be just what you are looking for. By immersing yourself in existing and experimental techniques for modelling and fabricating micro and nano devices, you will graduate with a wealth of skills and know-how in a dynamic and cutting-edge field.

This study programme is devoted to students who wish to gain an in-depth knowledge of semiconductor photonics and nanotechnologies to master the physics, fabrication and characterisation techniques of organic and inorganic solid-state light sources, solar cells, sensors and hybrid devices. This programme has a proven strong track record of the successful employment of graduates in the high-tech industry and in further PhD studies, both in Lithuania and abroad.

Objective of the program is to prepare a professional figure expert in materials and in the design of processes and manufactured goods. Different specialisations are available: Surface Engineering, Polymer Engineering, Nanomaterials and Nanotechnology, Engineering Applications, Micromechanical Engineering

Enter the quantum realm and learn to design and create superconducting quantum circuits, working alongside world-class researchers to help design and build Sweden’s quantum computer. Choosing the MSc in Nanotechnology: Quantum Engineering profile will allow you to explore the worlds of molecular electronics, quantum optics and systems, superconducting devices, and more, in one of the best-equipped university cleanrooms in Europe.

The Interuniversity Master's Degree in Nanoscience and Nanotechnology responds to the need to integrate into a body of knowledge the advances that are taking place in the field of nanoscience and the technological applications of nanosystems.

Nanoscience and nanotechnology are disciplines at the cutting-edge of scientific knowledge. They combine aspects of basic and applied sciences applied to specific fields, such as biotechnology, medicine, chemistry, pharmaceutical sciences, physics, materials engineering, sciences and electronic engineering. Nanoscience and nanotechnology are therefore key areas of interdisciplinary research and development, in which activity is increasing across the globe.

You strive to qualify yourself for your career in a highly future-oriented field, and you seek scientific work with innovative technology – in this case, the Master's study program Micro- and Nanotechnology is a perfect choice.

The programme provides an opportunity for applied scientists and engineers to pursue an in-depth study in various aspects of materials engineering and nanotechnology. Courses in this programme may also be used to fulfil the "top-up courses" requirement for joining the Materials Discipline of the Hong Kong Institution of Engineers (HKIE).

Tackle big (societal) issues at the smallest level: become an expert in the field of Nanotechnology and invent, design, and develop innovative solutions on the extremely small nanoscale. How can you diagnose diseases, such as cancer, at an early stage? Are there more sustainable ways to store energy to make the energy transition possible? And how can you make a sensor that checks water pollution levels on a large scale?