Nanotechnology is an exciting field within science and technology related to materials and device structures with characteristic dimensions in the nanometer regime. The labour market in this emerging area is growing significantly, and nanotechnology is penetrating several technology sectors.

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.

Our MSc. A degree in Materials Science and Nanotechnology offers a multiple-view approach to tackling new tasks for research and technology innovation, with a focus on sustainability. We strive to create individuals who can provide innovative solutions to complex challenges facing the world today.

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.

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.

If you want to explore the worlds of MSc in Nanotechnology: Chemistry and Biochemistry, investigating exciting issues within areas such as solid-state materials, surface chemistry, biomaterials, and more, then this profile could be the perfect choice for you. At the nanoscale, fascinating and mysterious new physical, chemical, and biological properties emerge, and you will have the chance to work alongside renowned researchers in world-class facilities, operating at the global forefront of the race to understand these phenomena.

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

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).

The objective of this Master's program is to train young scientists with up-to-date knowledge and techniques in the fast-growing (and of particular importance for society) field of Advanced Materials and Nanotechnology. The students are specialized in one of the research areas of the program with the aim to create proper conditions for a successful professional career in the public or private sector, in industry or in research organizations.

The program of study is structured to offer students a comprehensive education in Materials Science and Engineering and equip them for successful careers in the fields of Advanced Materials and Nanotechnology. The courses, taught by renowned faculty members with backgrounds in materials science, chemistry, physics, and electrical, mechanical, and manufacturing engineering, are designed to not only teach fundamentals but also to prepare students to apply modern-day approaches to materials problems in order to enable them to synthesize improved materials in response to challenges in the areas of energy, the environment, and manufacturing. Collaborating with industry, the government, and other departments and institutions, the research contributes to a broad range of fields and allows the exploration of relationships between processing, structure, and properties in all classes of materials, including metals, ceramics, polymers, electronic and biomaterials.

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.

Highly specialized classes will be held in our Nanotechnology Centre, which houses laboratories with state-of-the-art equipment. The program is focused on the properties and design of novel nanostructured and functional materials applied in energy conversion and storage, electronics, spintronics, sensors, environmental protection, biomedicine.

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.

Microelectronics and Nanotechnologies are at the crossroad of Nanosciences, Biology, Electronics and Information Technology. Thanks to this multidisciplinary approach, it brings disruptive innovations in the fields of health, consumer electronics, security, communications, energy harvesting and environment through the design, modeling, instrumentation and fabrication of sensors, components and systems.

Although micro and nanotechnologies have developed over a still relatively short period, they are universally recognized as being able to ensure a significant potential future impact on all scientific and technological disciplines as well as on industrial and agri-food manufacturing processes.