Alexander Zhegalin

After Foxconn 4Tech was partly acquired by Faraday Grid my general responsibilities were reshaped to Control Systems engineering tasks. Model development process for the dynamical object with the help of MATLAB & Simulink with toolboxes: - Subsystems modelling and adjusting to real conditions; - Control systems loops analysis; - Model verification process - design, development and performing simulations for scenarios.

- Embedded software development for Industrial IoT (IIoT) solutions - firmware design and implementation on C++ for Edge devices; - Advanced process control engineering for Industry 4.0 - demo applications implementation based on Model Predictive Control (MPC); - IIoT projects coordination and leading - sensor measurements acquisition and monitoring via IIoT platform.

Automation QA department. - designing, writing and debugging of test code that passes peer code review; - development and debugging automation framework based on python unittest; - development and debugging infrastructure of tests and preparing test environment; - various build metric automation of company products.

Studied for the development of the control algorithms in MATLAB \ Simulink: development the plant model of the control object "DC Motor" using three different methods: physical modeling, system indentification by the real data and modeling by mathematical description; PID-regulator designing and parameter estimation; transfering control algorithms to the target platform Arduino (atmega 328); testing algorithms on real target. Bachelor diploma was written as a result of internship.

Bachelor: Development of dynamic systems identification method. Master: Modeling and control of the permanent magnet synchronous motor. Automatic control theory; data analysis; system identification; algorithmics and prototyping; electromechanical systems background; microcontrollers programming.