• knowledge of the physical operation principles of optical devices, the basic principles of designing optical components and devices for application in microsystem technique.
• ability to apply calculation algorithms for modeling of the elements and devices microoptics, select and develope optical systems for various purposes.
• have an understanding of application components of the microsystem technique at creating technical systems of different functions, main trends and prospects of their development.

- Electrodynamics;
- Technological fundamentals of micro and nanosystem technology;
- Crystalphysics;
- Fiber and integral optics;
- Design of lasers and laser systems;
- Optical-mechanical automation and control systems;
- Optical measurements and diagnostics;
- Applied holography;
- Nano-optics and photonics;
- Photon Engineering;
- Computer modeling of devices and technologies in micro-nanosystem technology.

Introduction and background. Basic theory of optical systems: imaging, typical optical system, diaphragm, aberration. Physical and mathematical models of basic components of optical systems: lenses, mirrors, prisms, diffraction grating, Fresnel lenses, optical screens, interference coatings, spectral filters. Design of basic optical components and devices of the microsystem technique.

1. Odarich V.A., “Fundamentals of theory and calculation methods of optical system”, Kyiv:”Kyivskyi universitet”, 2002.
2. Kucherenko O.K., “Calculation and designing of optical devices”, Kyiv:”Politehnika”, 2011. 307 p.
3. Zakaznov N.P., “Applied optics”, SP: “Lan”, 2007. - 320 p.
4. 3. Antonov Y.Y., and others,”Microprisms: optical parameters and control”, Kyiv: “Akadem periodyka”, 2015. 146 p.

• written reports on laboratory work, oral examination, test (40%)
• final control: written, oral form (60%)