Optoelectronic devices and applied photonics

Set 2024.

We invite you to take part in the Master's programme in the direction 12.04.02/03 Optoelectronic devices and applied photonics.

More about the programme

Fundamental education in the direction of Master's degree 12.04.02/03 Optoelectronic devices and applied photonics

The course is designed for 2 years
Competitive selection of participants
The curriculum is. download

Requirements:

Higher technical education

Having skills and understanding of object-oriented programming (C Family, Python and others)

Possess skills in differential calculus

- solutions of homogeneous and inhomogeneous differential equations,
- knowledge of the forward and inverse Laplace transform,
- Fourier series expansion of a function

Basic knowledge of electrical engineering, active and passive components

Knowledge of the definition and physical meaning of the concept of "Sustainability"

- structural and elemental, Lyapunov stability,
- Methods of determining the stability of control systems

Basic concepts of control systems

- control object,
- tracking system,
- control programme,
- feedback,
- disturbing influences,
- PID controller,
- PID controller tuning methods,
- transient process and its characteristics

Basic concepts of stochastics

- random variable,
- probability,
- the law of distribution of a random variable,
- white noise.

Communication skills, ability to work in a team

The requirements for applicants are. download
We recommend repeating - download

Recording Questionnaire: