Micro and Nanotechnologies

ObjectivesIII

STUDY PROGRAM: 16- Micro and Nanotechnologies

Duration: 1 year

ECTS points: 60 ECTS

Degree: Master of Science in Electrical Engineering and Information Technologies in the field of Micro and Nanotechnologies

The objective of the Master of Micro and nanotechnologies is to provide a quality multidisciplinary education in the use of micro and nanotechnologies for systems and sensors at the macro-scale. Тhе science of creating, designing, integrating and manufacturing miniature components, instruments and systems is carried out using expertise in micro and nanotechnology. This is a multidisciplinary domain where electronic and mechanical elements are integrated together with information technology, chemical and optical elements.

The program’s aim is to provide students with an education emphasizing both materials aspects and electronics aspects. They should fill innovative functions in the research, production and application of components and systems for the present and future electronics sector and its suppliers.

The objective of this study program is also to train engineers with a wide range of knowledge in this field, where applications abound in practically all sectors of the world economy. This multidisciplinary specialization opens very good career opportunities in the innovation sector; public research or industrial research & development labs.

Semester 1
Mandatory courses
Code Title ECTS No of classes per week Total necessary time (hour)
4ФЕИТ05020 From Microelectronics to Nanoelectronics 6 3+3 180
4ФЕИТ08002 Introduction to Research in Nanoscience and Nanotechnology 6 3+3 180
Elective course 1 6 3+3 180
Elective course 2 6 3+3 180
Elective course 3 6 3+3 180
Total 30 15+15 900
Elective courses
Code Title ECTS No of classes per week Total necessary time (hour)
4ФЕИТ05004 VLSI Design 6 3+3 180
4ФЕИТ05023 Embedded System Design with FPGA 6 3+3 180
4ФЕИТ05027 Analog and Mixed Signal Systems Design 6 3+3 180
4ФЕИТ05028 System Design using 8-bit Microcontrollers 6 3+3 180
4ФЕИТ08013 Nanotechnologies, Nanometrology and Standardization 6 3+3 180
4ФЕИТ08029 Technologies for Solar Cells 6 3+3 180
4ФЕИТ08023 Spectroscopic Characterization of Materials 6 3+3 180
4ФЕИТ03015 Sensors and Measurement Transducers 6 3+3 180
4ФЕИТ01012 Modern Mechatronic Systems 6 3+3 180
4ФЕИТ10010 Quantum Communications and Quantum Computations 6 3+3 180
4ФЕИТ10018 Optical Communications 6 3+3 180
4ФЕИТ08014 Numerical Methods 6 3+3 180
4ФЕИТ08021 Monte-Carlo Simulations 6 3+3
4ФЕИТ08024 Stochastic Differential Equations 6 3+3
4ФЕИТ11001 Inovations and Technology Transfer 6 3+3

Semester 2
Mandatory courses
Code Title ECTS No of classes per week Total necessary time (hour)
4ФЕИТ16 Research Project on a Micro and Nanotechnologies Topic 6   180
4ФЕИТ00 Master’s Thesis 24 720
Total 30 900