Ability to integrate and apply the acquired knowledge from different cross-curricular areas in the process of solving theoretical and applied problems in the field of micro- and nanosystem engineering.
Ability to choose and apply the methodology and tools of scientific research in conducting theoretical and experimental research in the field of micro- and nanosystem engineering.
Ability to carry out scientific researches and carry out scientific projects on the basis of identification of actual scientific problems, definition of goals and tasks, formation and critical analysis of information base

prerequisites: -
co-requisites: Devices based on MOS structures

Trends in the development of micro- and nanosystem technology converters. Thermocouples, strain gauges, photoelectric converters. Magnet resistors, SQUID-magnetometers

1. Creation of new generation microelectronic sensors for intelligent systems: [monograph] / Yaroslav Illich Lepih, Yuriy Gordianko, Sergey Dzadevich, Anatoly Druzhinin, Anatoliy Yevtukh; Edited Yaroslav Illich Lepikh. - Odessa: Astroprint, 2010. - 301 p. Bibliogr .: p. 256-289. —ISBN 966-19-0310-3
2. Threaded crystals of silicon, germanium and their solid solutions in sensor electronics [Text]: [monograph] / AO Druzhinin, I.P. Ostrovsky, Yu.R. Kohut; Nat. Univ. "Lviv. polytechnics ». - L.: View of Lviv. Polytechnic, 2010. - 200 p. - ISBN 978-966-553-909-4
3. Microelectronic Sensor Devices of the Magnetic Field / Edited by ZY Gotry / I. Bolshakova, M. Gladun, P. Gotra, R. Golyaka, I. Lopatinsky, E. Potentsky, L. Sopilnyk - Lviv, NU Publishing House “ Lviv Polytechnic ”, 2001 / - 412 p.

• Current control (30%): written reports on laboratory work, oral examination
• Final control (70%, exam): testing (30%).