Position: Software Developer
Category: C++
English level: upper
Years of experience: 6

- Designed and implemented missile control algorithm on the real object.
- Designed and implemented orientation algorithm of the missile.
- Designed application for communication and calibration MEMS sensor by CAN-protocol. It helped to make calibration process faster and easier. Data receiving from MEMS, control of the calibration table with RS-232, calculation calibration coefficients and sending it to MEMS memory passed automatically. After my implementation calibration process doesn't require deep knowledge and high qualification operator and additional work with routine of programming sensor by static coefficients.
- Designed kinematic flying model of the missile. It helps boost start process of the developing new missile type. Program give benefits to show pre-requirements for construction of the missile depends on type of the target.
- Designed dynamic flying model of the missile. It gives possibility to emulate flying process in mathematical way and check designed links before field test.
- Designed application for calculation aerodynamic of the object by the appearence. It give possibility don't waste weeks for the hard calculations in Ansys Fluent of the full aerodynamic and make fast approximate calculations for estimation the suitability for out tasks.
Unfortunately my corporate agreement doesn’t allow me public my working drafts, anyway, some small outlines you can review at GitHub.
Development mathematical model of the missile and modelling flight of dynamic objects. 
Design missile control systems algorithms and regulators(PID, LQR).
Design calibration algorithms and calibration MEMS sensors.
Design missile orientation algorithms.
Field tests data analyze.