The aim of this interdisciplinary project will be to develop a concept for a comprehensive system of automation of loading and coke testing. The system will have a modular structure consisting of mechatronic components, visual identification, optimisation and management software. The mechatronic part is the automatic sampling of coke with highly differentiated granulation (from 0 to + 100 mm) from belt conveyors during loading and segregation of samples taken into dedicated grain fractions, which will be further combined in any configuration and proportion. These samples will be used for various physicochemical tests necessary to assess the properties and quality of coke, as well as to control the production process. The installation will be equipped with equipment for the automatic performance of specific tests and a sample buffering system, the concept of which will also be developed in this project. The system will be responsible for transmitting the samples of coke for further laboratory analysis, allowing unequivocal identification of the sample, lot and wagon taken from which it was taken. This will be possible thanks to the implementation of a visual identification module, dedicated to the identification of the side numbers of wagons and to track their position during the loading process. Data read from wagon walls will also be used in the wagon loading control system to optimise the process. The designed integrated loading and research line will be implemented in the form of a pilot line on the sorting plant in Zdzieszowice ArcelorMittal Poland coke plant. The system will be installed on one of the coke loading tracks where it will be tested under operating conditions. In addition, as part of the implementation of the work, a software project will be created,