An expert in micro- and nanoelectronics needs deep knowledge in materials science and semiconductor physics, shall understand the physical basics of processes for the creation of new materials, and foster such qualities as self-development and fast adaptation. Master's students participate in R&D works on mathematical simulation of new material technology creation, upgrading of micro- and nanoelectronic item manufacturing process technological regimes, development of ways to modify solid matter electronics and integral micro scheme components, and the methods of technical control and testing. The program trains professionals for branch and academic research establishments and production enterprises in electronic sector including the military industry.

An expert in micro- and nanoelectronics needs deep knowledge in materials science and semiconductor physics, shall understand the physical basics of processes for the creation of new materials, and foster such qualities as self-development and fast adaptation. Master's students participate in R&D works on mathematical simulation of new material technology creation, upgrading of micro- and nanoelectronic item manufacturing process technological regimes, development of ways to modify solid matter electronics and integral micro scheme components, and the methods of technical control and testing. The program trains professionals for branch and academic research establishments and production enterprises in electronic sector including the military industry.