University of Pardubice

Graduates develop their careers as team leaders in quality control analytical laboratories, R&D departments of private companies, research institutes, universities, hospitals, environmental control centers, and in other governmental institutions. The graduates are highly qualified specialists in analytical chemistry, with deep theoretical backgrounds in analytical, physical, inorganic and organic chemistry. Graduates have a solid foundation of knowledge in analytical instrumental techniques, including separation (chromatographic and electromigration), spectroscopic (atomic and molecular spectroscopy, mass and NMR spectrometry) and in electrochemical analytical methods. They are able to use advanced mathematical statistics and computation approaches for data evaluation. Graduates understand and implement the best laboratory and management practices. Graduates are able to develop and confirm new analytical methods based on practical needs, plan and organize research work, and solve complex analytical problems. This study program emphasizes devolving communication; graduates are trained to be able to communicate the results of their teams, both orally and in high-level reports or standard publications in a scientific journal.... [-]

The Applied Informatics study program focuses on teaching students to master the scientific methods of research and system development based on the use of information technology for data collection, transmission, storage, and processing of information and knowledge.

This study program focuses on the following subjects: design, implementation, evaluation and use and maintenance of systems based on computer application in various information domains. This study program teaches students about computer equipment, software, organizational and human aspects, and industrial and commercial applications. This study program emphasizes the creative application of informatics methods and tools for solving various real-world problems. ... [-]

The Chemical and Process Engineering Doctoral degree prepares students for independent and creative scientific-research work in the field of chemical and process engineering. Students incorporate theoretical and experimental research using advanced research techniques and modern methods of mathematical modeling.

This doctoral program educates and trains students to become environmental engineering specialists. Graduates are highly qualified experts specializing in protecting the environment and in chemical engineering. Students will acquire knowledge and be able to creatively process and solve complex tasks within the field of environmental engineering. Graduates develop research projects relating to chemical, food, and biotechnology practices. This doctoral program prepares students for independent and creative scientific research work in environmental protection and chemical and process engineering with a focus on sustainable development. Students work on theoretical and experimental research using advanced research techniques and modern methods of mathematical modeling.... [-]

The objective of the Doctoral program: Chemistry and Chemical Technology with specializations in Inorganic Technology is to educate specialists and prepare them for advanced positions in the inorganic chemical industry, research institutions, agricultural sector, educational system, and in state administration.

The Ph.D. (Honors) Organic Technology degree offered by the Department of Organic Technology is at minimum a three-year course streaming a previous Ms courses Chemistry and Technical Chemistry. It provides the theoretical and practical subjects of modern technology of organic compounds, especially organic dyes and pigments, drugs, biologically active compounds, and their intermediates. Molecular modeling, photochemistry, photo physic and the basic course in quantum chemistry complement these studies which the student chooses from the very wide range of subjects offered throughout the University. The result is a highest degree that is of immediate relevance to an industry of fine chemicals manufacture, research institutes, and universities.... [-]

This doctoral program, Chemistry and Technology of Inorganic Materials, leads students to independent research work in the field of inorganic materials. Ph.D. graduates manage both theoretical and practical aspects of materials research and use advanced experimental characterization methods and modern technologies. Students deepen their knowledge of solid-state chemistry, physics, and experimental methods in the field when they undertake their Ph.D. thesis.... [-]

Doctoral studies in doctoral study branch of Engineering of Energetic Materials (EEM) are aimed at university graduates of compatible Master's degree programs (chemistry, chemical engineering, chemical technology, physics, mechanical engineering, military technologies, etc.). The studies are focused on scientific research and independent creative activity in the field of research or development. In both full-time and combined forms of study, students are individually guided by the supervisor and educated according to the approved themes of doctoral theses. Studies focus mainly on the physics of explosion, on the chemistry and chemical technology of individual energetic materials (high explosives, propellants, pyrotechnic products, and compositions), and on the safety engineering of chemical production.... [-]

The doctoral study program in Surface Engineering accredited at the Institute of Chemistry and Technology of Macromolecular Materials of the Faculty of Chemical Technology fosters research in areas unique to the Czech Republic. Ph.D. students research materials and focus on macromolecular and supramolecular structures intended for modeling organic/inorganic composite and hybrid systems. Materials research is associated with macromolecular chemistry, the technology of macromolecular materials, chemistry of polymers and composites, chemistry of organic coatings, fibers and textile chemistry, chemistry of paper and cellulose materials, and the area of graphic arts and photo-physics.... [-]

The Regional and Public Economics doctoral study program trains students to become experts in the field and to participate in and manage economics in the public sector and in regional development. Graduates acquire a deep knowledge of economics, economy, and management with an emphasis on the public sector and regional work. Graduates work in top management positions in the field of public administration, state administration, in regional municipalities, and in economic branches of the public sector. Some graduates find careers in EU bodies and institutions.... [-]

Doctoral studies in the Electrical Engineering and Informatics program educate students to become highly qualified specialists in electronics, information technology, and computer science. Students become highly qualified specialists in process control technology for research and development at universities, for further research institutions, and for work in private companies Graduates take on leading positions at various organizations in this field. Students specializing in electronics learn about radio communication, satellite navigation, and radar systems, sensor electronics, and signal and image processing. In the field of Computer science and Informatics, students learn about agent-based architectures of simulation models, prototyping and verification of components of simulation models using colored Petri nets, decision-making using artificial intelligence methods and multi-criterion analysis, modeling and design of multidimensional database systems, and road traffic flow optimization. In the Process Control branch of this postgraduate degree program, students study complex dynamic systems control and optimization, soft computing and artificial intelligence methods, and applied process control, robotics, and mechatronics.... [-]

History Ph.D. students realize scientific research and become independent and creative specialists in the field. Graduates will be able to present and defend the outcomes of their research in the local and international scientific community. Graduates are able to state objectives and choose methods of their own research work and are able to formulate original scientific and research projects. Graduates communicate actively in at least two languages within their field, they publish articles in specialized magazines, and they are able to present their research in lectures. Graduates work as highly qualified specialists in scientific and research institutions (universities, Academy of Sciences of the Czech Republic, museums, archives, etc.) or in spheres where their education and experience are valuable (state administration, politics, diplomacy, cultural and educational institutions, preservation, etc.).... [-]

The University of Pardubice is one of the premier institutions for inorganic chemical research in the country. This Doctoral study and particular program at the University of Pardubice covers all areas of modern inorganic chemistry; the program pioneers studies in the preparation of new types of compounds in areas of organometallic and coordination chemistry, kinetics/mechanism, and catalysis to the frontiers of materials chemistry, bioinorganic chemistry, and advanced physical and spectroscopic characterization. Students receive an outstanding education and participate in ground-breaking research while gaining broad laboratory experience and working in theoretical and applied research.... [-]

The Organic Chemistry doctoral program educates specialists for leading positions in industry, pharmaceutical companies, synthetic laboratories, research institutes, and development departments both at private companies, universities, and other governmental institutions. Ph.D. graduates are highly qualified specialists in organic chemistry, with deep theoretical backgrounds in inorganic, organic, physical, and analytical chemistry. Graduates have a strong foundation of knowledge in synthetic methodologies, kinetics methods and analytical techniques (separations, mass and NMR spectroscopy) using advanced computation approaches for data evaluation and treatment, and learn best practices for laboratory work and management. Graduates are able to develop syntheses and characterizations of new organic and organometallic compounds, plan, organize, and lead research work, and make decisions when solving complex synthetic and analytical problems. This study program emphasizes devolving communication; graduates are trained to be able to communicate the results of their teams, both orally and in high-level reports or standard publications in a scientific journal.... [-]

The Physical Chemistry doctoral degree study program educates students and pushes them to gain the highest degree of knowledge in their selected fields. This program prepares students for independent work in the field. Students focus on physical chemistry. Students in this department research thermodynamics and kinetics, processes in amorphous materials, heterogeneous catalytic processes or more generally the homogeneous and heterogeneous systems reaction kinetics, and adsorption processes. This study program focuses on theoretical and experimental research and applies progressive methods, and uses modern methods of mathematical simulation while building on experimental data. Ph.D. students must pass exams in at least three courses (selected from 17 offered) as well as pass the English language exam. Ph.D. students are able to pass an unlimited number of optional subjects offered by other Doctoral study programs at the University of Pardubice or by fellow research institutes of the Academy of Science or abroad (i.e. Heyrovsky Institute of the Physical Chemistry, NIMS Tsukuba Japan). Graduates complete their studies when they successfully pass their Ph.D. oral examination and dissertation thesis defense. Graduates of this program work as independent senior researchers in the private or public sector and work as research or production team leaders.... [-]

The Ph.D. in IT in Public Administration, Computer Science study program trains students to become highly qualified experts who are able to design, realize, professionally develop and apply information relating to communication technologies. Students learn to use modern computer-supported methods in their decision-making processes. Graduates acquire knowledge of IT flows and economic processes in organizations and institutions. Graduates understand information and communication technologies and have a foundation in these technologies, which allows them to creatively apply this knowledge. Research and scientific activity are key elements of this study program. Graduates are able to control the process of designing and creating IT systems, including data and information security; graduates are able to apply geographic information systems and are confident in making decisions at all levels of public administration.... [-]

Students with a Ph.D. in Transport, Infrastructure and Logistics, Transportation Technology learn to solve theoretically demanding problems occurring in the field of transport means and infrastructure. Students learn mathematics, about the strength of materials, dynamics, reliability and service life, and specific knowledge from the field of vehicles and infrastructure. Graduates master computational and experimental methods of transport means and transport route interaction analysis. Graduates master diagnostic methods of vehicle and transport route design and the methods of planning, maintenance, and reconstruction. Graduates communicate and collaborate with international experts. Graduates are confident in creative development and in issues within the field. Graduates show this knowledge at the scientific research organizations and through their work at the University. Graduates work in top positions; they work in design institutes and in managerial positions solving demanding theoretical problems of transport vehicles and transport routes. Graduates are also employed in government administration, often in management positions where they work to solve complex transport and infrastructure issues.... [-]

The Doctoral Study Program Transport Technology and Management is designed to provide students with a theoretical and methodological background of transport technology and management (including postal and courier services) in compulsory subjects. Attention is paid mainly to the use of mathematical and other methods in transport management and to research methods. The aim of the study is to prepare erudite professionals and scientists in the field of transport technology and management (including postal and courier services) who are able to analyze complex problems in the field, use results of the analyses to propose appropriate solutions and control systems, based on their own scientific research in close connection with the application in practice. Increasing students' competencies in selected areas of transport and postal and courier services is assured by an offer of compulsory-elective courses focused on investment decision making, logistics systems, modeling of technological processes, data structures and algorithms and security management. An integral part of the professional education is an excursion within an exchange program or internship abroad or involvement in an international creative project with results published or presented abroad, and targeted language preparation. Fulfilling the study objectives will enable students to become top professionals and researchers and scientists involved in transport... [-]