Alexey Starykh

Worked as the Mid-level Android developer on the following apps: - MyTCare app used by elderly persons for sending an alarm to a caretaker in case of emergency - Home Unit app intended for video calls between elderly persons and personnel - S-mobiili app intended for banking, financial management, trade services as well as insurance - Kungliga Operan app for the Royal Swedish Opera used for presenting the opera repertoire and providing the text / audio description synchronized with the performance.

I worked as the Junior Android developer on the app for a new generation of the ballot scanners, KOIB-2017, used in the state and regional elections. Usage: https://www.croc.ru/eng/news/detail/78759/?sphrase_id=285356 Worked with: Java, Android SDK, UDP, TCP/IP, NDK, AOSP

I gave lectures and provided practical training on both linear and nonlinear control theory for the groups of up to 30 students.

This was the 2nd time I gained a DAAD scholarship for research at IFAS, RWTH Aachen University. I worked on the control algorithm improvements. The C implementation of the controller was experimentally tested on the test rig using dSPACE rapid prototyping system. The results published in the article: https://www.inderscience.com/info/inarticle.php?artid=55914

I worked on the Matlab/Simulink app for modeling and simulation of the fluid steady-state and transient behaviours in oil pipeline leak detection systems. The Matlab app was used as prototype for development of the C++ app the company delivered for real-time leak detection systems. I developed the new app version. The C++ "analog" of the new version gave at least 4 times faster processing time which was a crucial improvement taking into account its real-time flavor.

Provided practical training on mathematical modeling in electrical engineering and control systems using Matlab/Simulink  for the groups of up to 30 students.

I was granted with the scholarship for the research period at IFAS, RWTH Aachen University. As the guest researcher I worked on the control design for a Self-energizing Electro-hydraulic Brake (SEHB). Simulation results performed in the Matlab/Simulink and DSHplus softwares demonstrated that the main improvement of the new control was the smoother braking with less oscillations. The results published in the article: https://arxiv.org/pdf/1005.2694v1.pdf

Thesis: Nonlinear Control Design for Control System of Parametrically Uncertain Object. I gained the scholarship of German Academic Exchange Service (DAAD) and Ministry of Education and Science of the Russian Federation twice, in 2007 and 2012.