Complex database solution design for Gemini ophtalmology clinic

The aim of this bachelor thesis is to provide a complex analysis and database solution design for Gemini ophtalmology clinic in Zlín, Czech Republic. The clinic handles a large amount of data on a daily basis being used by doctors, administrative workers, but as an essential background dataset by robotic surgical machines as well. Currently, the data is being transmitted via physical data files, which inevitably goes with a big probability of subjective errors and data redundancy. The analysis has been based on multiple interviews with Gemini's IT personnel and the models are result of throughout research of clinic's business and information processes. At the beginning of the thesis, there is a theoretical introduction to database analysis and design, followed by a complex database solution design, including features from object-relational database systems which can be helpful considering that the database will be connected to the robotic surgical machines. Their programmatic interface is written in C#, which is an object oriented language, and the thesis describes ways how object features in otherwise fully relational database can result in easier and more straightforward data manipulation. As a result, this bachelor thesis could serve as an inspiration in modernizing technology infrastructure design in a field which is very conservative and is adapting modern approach very slowly.