Hochschule München - Studiengang Mikro- und Nanotechnik

The micro and nanotechnology master's program provides students with a unique opportunity to explore the fascinating world of nanoscale structures and systems. The interdisciplinary curriculum integrates natural sciences and engineering, equipping students with the latest design, fabrication, research, and application methodologies. The program begins with a comprehensive grounding in physics, followed by the opportunity to specialize in a specific field. Upon graduation, our students have gone on to find employment in a variety of industries and research fields, working on high-tech projects. Our graduates are highly sought-after and have found success in diverse fields, including semiconductor and electronics, IT, aerospace, automotive, chemical, biotechnology, pharmaceuticals, healthcare, optics, laser technology and at universities and research institutes.

Looking for a master's program that offers a scientific approach to cutting-edge technology? Look no further than the Micro and Nanotechnology program.

Munich University of Applied Sciences has established a strong network at its Munich location, fostering close ties with industry and emphasizing hands-on, applied learning and research. The micro and nanotechnology program trains students in the latest design, fabrication, research and application methodologies of nanoscale structures and systems using an interdisciplinary approach that bridges the gap between natural sciences and engineering. In this context, it is a priority to connect academia and industry, which is facilitated by an industrial advisory board accompanying the degree program.

We want to network students of the master's program in micro and nanotechnology with companies from the semiconductor industry and collaborate closely with companies to add practical context.

Research in micro and nanotechnology at Munich University of Applied Sciences focuses on printed electronics, resistive data storage cells, packaging and interconnection technology, photoacoustic material analysis, simulation of piezoelectric and ferroelectric materials, nanoanalytics and tissue engineering. The laboratories of the Department of Applied Sciences and Mechatronics accommodates a wide range of equipment for structure fabrication and characterization.