Projects

The goal of this project is to improve the quality of education and the employment chances of students in the workforce. Within the framework of the redefinition of education, attention will be focused not only on professional knowledge and the content of individual subjects, but above all on the expansion of competencies necessary for success in today´s highly competitive environment, such as the ability to be a team player, communication skills, creativity, flexibility, responsibility and the ability to work with information with a critical eye. Lectures will be increasingly focused on gaining practical skills and preparedness for the practical life and for an international environment.

A further significant component of the project will be the improvement of the competency of students in the area of work with information and digital technologies, which, at the present time, are very clearly decisive for their chances upon finishing their studies. The goal of the above-mentioned changes is to provide expert focus of Bachelor´s study programs towards having an interdisciplinary character and to apply this to the conception of teaching and its didactic level.

This project reflects the needs of employers and international environment and expand those skills which will be relevant for students when they seek and find work on the job market.

On the 1st January, 2016, the project called „Informational system for the management and administration of commerce in the Forex environment“ came into effect. An application in support of the implementation of this project was submitted on the 21st January, 2016  for a grant within the framework of the Operational program for Entrepreneurship and Innovation for Competitiveness (OP PIK), in terms of the Applications program – 1st round. The object of this project is the application of programming tools in the area of artificial intelligence, for example many-layered neuron networks with genetic optimalization and fuzzy-logic models. The development of such an information system is intended to cover all processes involved in foreign currency exchange, including administration, controlling and monitoring, realization/implementation and the evaluation of commerce and payments in foreign currency. As a result of the project, a unique software application meant for financial subjects doing business in the area of foreign currency will be introduced.

The project is called Spatial Exploration of Economic Data: methods of interdisciplinary analytics (Spationomy) within the framework of the Erasmus+ and Strategic partnering programs.

A total of four schools have joined into this three-year-long project (MVŠO, Palacký University in Olomouc, Ruhr-Universität Bochum and the University of Maribor).

The aim of this project is to form a platform for the sharing of knowledge and skills between academic fields (geoinformatics and economics) as well as between various countries (the Czech Republic, Slovakia and Germany) by means of so-called blended mobility, that is a mixture of physical and virtual mobility.

The main activities of the project are the following mobility exchange programs: Scientific laboratory mobility exchange program (5 days) intended only for members of the project team, then the International Learning Block mobility exchange program (5 days) and Summer School mobility exchange program (7 days), which are designed for students. In all cases it is a matter of the joining of geoinformatics and economics with related disciplines. In addition to the fact that students become specialists in „spatial/geographic economics“, the purpose is also to create methodology and study materials (presentations, videos, tutorials, step-by-step instruction manuals and the like) for the joining of these two fields as well as scientific publications and/or special simulation games at the summer school.

The aim of this project is to create, by means of industrial research and experimental development, unique mobile telephone application and a web portal called the SmartHome Information System which will cover all processes important for the routine running of everyday life in a household. The created application will be integrated into models which will be logically organized in such a way as to bring the user the best transparent, simple overview and which is quickly adaptable to new changes on the home front. This is how a good quality, complex, but easy-to-use tool will be created. Thanks to this software solution, users will have a better overview over their households and will save time and money, all with the added advantage of being able to do so at a distance via remote control. MVŠO is a cooperator doing its share for this project.

The aim of this project is to, by means of industrial research and experimental development, create a software tool intended for the creation and analysis of ultrasound B-images, which is a standard mode in ultrasound imaging. Software research and development will concentrate on its possible use in neurology in the diagnosis  of the symptoms of Parkinson´s disease. Therefore, the outcome of the project will be the creation of such a tool which will enable to find symptoms of echogenicity in the area of the sentinel lymph nodes thanks to binary threshold values. The application will be based on an algorithm, the basic principle of which is the usage of binary threshold values in gray-scale images. The computer support of the analysis of the symptoms of Parkinson´s disease makes diagnostics more precise and as a result can help to optimize treatment. MVŠO is a cooperator in this project and its role will be mainly to process the decision-making models.

The aim of the project is to increase the quality of education by means of modernization and digitalization of the educational process. The project is connected to current activities of ESF (European Structural Fund) within the framework of the Operational Program for Research, Development and Education (OP VVV), the object of which is a complex redefinition of the Bachelor´s study program in Economics and Management. Within the framework of the project, with the goal of improving the quality of education, the computer rooms will be equipped with up-to-date technology and informational resources will be purchased in such a way as to reflect the needs of the innovated subjects. Careful attention will also be paid to selecting new technological equipment with a view to the most modern trends.