Roman Plotnikov

• Developed 8 radio technical complexes consisted of 2 to 30 modules each which successfully passed acceptance tests and were transferred to series manufacturing. • The variety of modules includes transceiving devices, NTP servers, navigation and clock synchronization devices, RF and microwave switchers, power supply modules, industrial servers. • Developed TT&C ground stations for 3U CubeSats which have already been launched. • Proper component selection and the development of unified modules saved 10-40% of initial costs. • Organized the process of requirement elaboration and preproduction planning which resulted in 50% decrease in rework and redesign. The development of each complex included: o Elaboration of complex structure including overall dimensions and mass, power characteristics, physical interfaces (Ethernet, CAN, RS-422(485), UART). o Solution defense and approval receiving from business and Chief Design Engineer. o Development of structural block diagrams for each module. o Task creation for PCB manufacturing, 3D modelling and hardware engineering. o Component selection and purchasing. o Overall process control, preparation of detailed design documentation together with documentation department. o Module testing and postproduction support

Aeromax is an innovation center for civil UAV initiatives and geo-information platforms development. • Upgraded existing and developed new payloads for third-party UAVs (Jouav CW-10, CW-20) to provide aerophotography including: o development of oblique camera (3 and 5 OEM cameras), payload for lidar aerial photography o development of PCBs for interfacing the UAV onboard network with the applied payload o development of load-carrying constructures. • Prepared tasks for payload logic realization and Web App development, recruited IT engineers for these tasks implementation.

Together with the team of 6 people constructed from scratch two underwater drones and organized their small-batch production. • Within the limited budget selected all proper component base (flight controller, microcontrollers, temperature, depth and pressure sensors, gyroscope and accelerometer, ESC, cameras, Wi-Fi modules). • Fully developed carrier boards (PCB) for full electronic solution of the drones and communication buoys including autopilot, telemetry and video transmitter, motor control system, power supply system. • Constructed the workspace for assembling, configuring and testing of radio electronic units before the final assembly of the drone.

Development of payloads for UAVs which included modules assembling, schematic diagrams and PCB development, patch and coaxial cables making.