Marjan Stojchev

System testing - MU: power management, connectivity dependent performance and stability for various MU platforms. Execution of manual commands, Python scripts, and simulated tests with CANoe. Analysing Serial IOC, SYS and IVI Ethernet, and CAN traces. Coordination and issue reporting, KPM, Jira. Test Bench maintenance: Connection and Backend setups, ECU coding, OBD, PIDT, PASDT, ODIS, iDex.

Infotainment testing - MU: Conn. Apps, Radio, Car, Nav. Executing manual tests using ADB and Python, and tracing. Coordination and issue reporting, KPM, Jira. Test Bench maintenance: Connection and Backend setups, ECU coding, ODIS, iDex, CP-Tool.

• Python scripts and tools for Radar measurement data processing and visualization: - Calibration statistical Antenna Patterns - Amplitude and Phase /Angle. - Statistic interactive tools. • Development of modules for C# .Net sensor calibration software: - Integrating various hardware units and instruments. • Platform development in C/C++. • Troubleshooting Radar sensors.

Design and Implementation of an UWB Synthesized FMCW Radar for Ind. App. - Obtaining overview of the overall radar system. - Design of radar RF parameters, and assessing performance metrics. - Implementation of a stepped-frequency algorithm on MAX2871: - in C programming language, using STM32F407 microcontroller. - Measurements and analysis: - using GNU Octave.

- Examining the characteristics of the MAX2871 frequency synthesizer. - Contribution to developing a control interface for MAX2871 frequency synthesizer: - Working with STM32F407 microcontroller in C programming language. - GNU Octave instrument control.

- Introduction in fiber-optics, POF and GOF waveguides, and passive and active optical network elements. - Instalation of GOF network for the purpose of the university. - Performing market research on POF optical network elements for the purpose of the lab experiments. - Characterization of the POF network elements. - Evaluating the performance of different types and lengths of POF waveguides in terms of achievable data transmission rates, by using high speed BERT analyzer and sampling osciloscope.

- Studying the plans for radio frequency allocation and utilization. - Radio frequency spectrum management with LS Spectra Plus. - Radio frequency spectrum planning with LS Spectra EMC. - International and home regulations in electronic communications. - Issuing opinions according to the RTTE directive. - Contributing to the development of the future radio network of R. Macedonia according to ITU-R WRC 2012.

- Kommunikationstechnik, Signalverarbeitung; - Medien und Informationssysteme; - Informatik und Medieninformatik; - Telekomunikationsnetzwerke und Computernetzwerke; - Mobile -Kommunikation und -Netzwerke; - Fähigkeiten in Management, soziale Kompetenz; - Projektmanagement und Teamprojekte;

- Advanced telecommunication and optical networks; - Advanced Internet technologies and multimedia services; - Business and management in telecommunications; - Advanced wireless and mobile networks;