Experience

Lakeside Labs

• Austria
• Research Services
• 1 - 100 Employee

• Research And Development Engineer

  • Nov 2019 - Present

  Design and implementation for wireless network protocols(WSN applications) based on different wireless technologies:UWB,LoRa,BLE. Aloha,TDMA , centralised star topology network and mesh network. Range measurements: SS TWR,DS TWR. Hardware level: MCU-STM32L0/STM32L4, STM32F1,nrf52.Wireless interfaces:DW1000/DW3000,SX127X,SX1280. Sensors: analog temperature sensors, analog vibration sensors, analog voltage sensors, various digital sensors(humidity, proximity, acceleration). UWB with the embedded Linux on the Raspberry Pi4b. High data rate point-to-point transmission. Linux kernel module for the lowpan interface IPv6 via the UWB physical interface. Show less



Universität Klagenfurt

• Austria
• Higher Education
• 300 - 400 Employee

• Research And Development Engineer

  • Sep 2018 - Oct 2019

  Wireless network solutions based on the UWB technology. EVK1000 hardware board with STM32F1 and DW1000. Custom acceleration sensor board. Wireless transmission of the data over the UWB. High data rate transmissions. Double buffering algorithms, sends {on air} on writing {to SPI}algorithms for the DW1000 transceiver. Wireless protocol design. Implementation of the communication protocol for visualization tool on the PC. Wireless network solutions based on the UWB technology. EVK1000 hardware board with STM32F1 and DW1000. Custom acceleration sensor board. Wireless transmission of the data over the UWB. High data rate transmissions. Double buffering algorithms, sends {on air} on writing {to SPI}algorithms for the DW1000 transceiver. Wireless protocol design. Implementation of the communication protocol for visualization tool on the PC.



LLC Farad

• Embedded Software Engineer

  • Aug 2012 - Aug 2018

  Development of software for embedded solutions based on xAVR microcontrollers( IAR + AVR Studio4, AVR Studio 6.1 + Atmel Software Framework), design of low-power PCB with digital and analog parts in Altium Designer. Perform prototype of developed device. Preparation for the production of printed circuit boards (PCBA) in China. Prepare documentation for the developed project. Accompanying the project developed in all cycles of life device: start, operation and repair. Development of software for embedded solutions based on xAVR microcontrollers( IAR + AVR Studio4, AVR Studio 6.1 + Atmel Software Framework), design of low-power PCB with digital and analog parts in Altium Designer. Perform prototype of developed device. Preparation for the production of printed circuit boards (PCBA) in China. Prepare documentation for the developed project. Accompanying the project developed in all cycles of life device: start, operation and repair.



volga state university of technology

• Junior Researcher

  • Mar 2013 - Jul 2017

  increase positioning accuracy using the global navigation satellite system (GNSS) using the method of comparison with map. Simulation of GPS and GLONASS systems in Matlab. New algorithms for navigation systems. Detection weak signals of Line-of-Sight(LOS) satellites from Non-Line-of-Sight (NLOS) satellites and Multipath Interference. Implementation of new algorithms in hardware( GNSS receiver + cubieboard (ARM A10, 1Gb RAM)) increase positioning accuracy using the global navigation satellite system (GNSS) using the method of comparison with map. Simulation of GPS and GLONASS systems in Matlab. New algorithms for navigation systems. Detection weak signals of Line-of-Sight(LOS) satellites from Non-Line-of-Sight (NLOS) satellites and Multipath Interference. Implementation of new algorithms in hardware( GNSS receiver + cubieboard (ARM A10, 1Gb RAM))