Vienna, Vienna, Austria
Development of Software Defined Radio TT&C Modem for RF-SCOE and Ground Segments. (https://www.terma.com/products/space/sdr-modem/) (https://connectivity.esa.int/projects/sdr-ttc-modem) - Designed and developed a complete Software-Defined Radio (SDR) Modem solution. - Built from scratch the full Graphical User Interface (GUI) in Python (PySide6/Qt) for remote control, real-time monitoring, and parameter management. - Implemented the main C++ application to wrap and manage DSP blocks, with features such as parameter handling, runtime topology changes, clients management and secure SSL communication. - Directly contributed to the development of DSP blocks for signal processing, ensuring efficient integration into the modem’s architecture. - Created a modular and scalable framework supporting new DSP components and system extensions.
Development of SDR TT&C modem for ground segment.
Developing of satellite TC & TM simulator (EDEN) with an embedded python interpreter for running scripts used in satellite test equipment (Qt 6, C++, Boost).
Designing and developing RTL code using Verilog (FIFO design, CDC, FSM, communication protocol SPI. I have used Cadence SimVision for simulation and Quartus II.).
4G LTE infrastructure and M2M communication in cellular networks. Investigation of related problems, such as radio resource management using open source network simulation tools Omnet++
- Creating and updating test scripts for invoDane's proprietary software used in quality assurance of robotic hardware and user interface. - Hands-on testing of scripts for different circuit boards, cameras, micro SD configurations, and firmware loading on various robotic modules and update documentation for all of his modifications. - Testing of InvoDane's CRM software including alpha testing and regression tests.