Writing technical documentationWriting user manualsGround Control Station testingWriting bug reportsUAV Operator

Projects:1. UAV ground control station INDELA-GCS (GCS) is designed for remote UAV control, as well as for reception and representation of information from the payload equipment on the monitors.2. The unmanned aerial vehicles INDELA-I.N.SKY of a medium operating radius are designed to fulfill a wide range of practical tasks.3. Simulator INDELA-HIL, designed by KB INDELA Ltd., allows to solve tasks on the training of UAV pilots and payload operators, during preparation for UAVs application in specific areas and for the debugging of equipment and software complexes with UAVs.Ground Control Station testingDesktop software testingClient-server architecture testingConfiguring and testing the simulator INDELA-HILEquipment testingRegression testingFunctional testingWriting bug reportsWriting technical documentationWriting user manualUAV operators trainingUAV testing on the ground and in the airUAV operator

1. Family of unmanned aircraft systems “Busel”, “Busel M” and “Busel M50” for terrain monitoring.2. Unmanned aircraft system for ecological terrain monitoring based on airship (EM UAS).3. Long-range unmanned aircraft system “Burevestnik” for terrain and objects monitoring.4. Ground receiving and transmitting complex “shluz”.5. Flight simulation of unmanned aerial vehicle.6. An autonomous simulator for UAV operators training7. Automatic control system of unmanned aerial vehicle.Ground Control Unit testingDesktop software testingConfiguring and testing the autonomous simulatorInstallation and configuration of the GCU program in a Linux OSFunctional testingWriting bug reportsTraining of customer representatives in EnglishSupport, knowledge transfer and trainings sessions on the customer's sideUAV operators trainingWriting technical documentationDevelopment of UAV flight algorithmsHardware and software testingUAV testing on the ground and in the airUAV Operator

Our research lab has been developing end-to-end unmanned aerial systems (UAS), including a number of different unmanned aerial vehicles (UAV) (20-50-300 km flight distance), remote control units and related software. I worked in a flight team - we did a lot of real-world test flights to optimize an aerial vehicle flight parameters by doing real-time adjustments in the software for different kinds of UAVs. Also as a part of a flight team, I provided 'on-prem' technical support and maintenance for the UAS that have been delivered to customers in different countries.