Doctoral study programmes build on previous Master’s degree studies under condition of their successful completion.

Doctoral study programmes are conducted also in English language, which enables many of foreign students to study. The candidates can obtain a doctoral degree Ph.D.

 

Analytical Chemistry

Study programme:

Analytical Chemistry

Study specialization:

Analytical Chemistry

Degree acquired:

Ph.D.

Form of Study:

full-time / part-time

Language of Instruction:

English

Standard Length of Study:

4 academic years

 


 

The objective of the doctoral program "Analytical Chemistry" is to educate specialists for leading positions in quality control analytical laboratories and in research and development departments both at private companies, research institutes, universities, hospitals, environmental control and other governmental institutions. The PhD graduate can be characterized as a highly qualified specialist in analytical chemistry, with deep theoretical background in analytical, physical, inorganic and organic chemistry, good knowledge of analytical instrumental techniques, including separation (chromatographic and electromigration), spectroscopic (atomic and molecular spectroscopy, mass and NMR spectrometry) and electrochemical analytical methods, using advanced mathematical statistics and computation approaches for data evaluation and treatment, in agreement with good laboratory practice and management. The PhD graduate is able to develop and validate new analytical methods according to the practical needs, to plan the research work and make decisions on solving complex analytical problems and to lead a team of co-workers. Emphasis is put on the communication abilities of the graduate - he or she is trained to be able to refer on the results of his group, both as an oral presentation or as a high-level report or a standard publication in a scientific journal.

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Inorganic Technology

Study programme:

Chemistry and Chemical Technologies

Study specialization:

Inorganic Technology

Degree acquired:

Ph.D.

Form of Study:

full-time / part-time

Language of Instruction:

English

Standard Length of Study:

4 academic years

 


 

The objective of the doctoral program "Chemistry and Chemical Technology", specialization "Inorganic Technology" is to educate specialists for leading positions in inorganic chemical industry, research institutions, agricultural sector, educational system, state administration and other branches associated with this specialization.

The Ph.D. graduate can be characterized as a highly qualified specialist in inorganic technology, with deep theoretical background in inorganic chemistry, physical chemistry and chemical engineering. The main profile-forming fields are technology of inorganic pigments, and artificial fertilizers, inorganic analysis, characterization of powder materials and calorimetric study of materials and processes. The Ph.D. students are educated in laboratory techniques of material synthesis and characterization (thermal and calorimetric analysis, evaluation of optical and corrosion-inhibition properties of inorganic pigments, chromatographic and spectroscopy techniques, etc.). The Ph.D. graduates are able to plan the research work and make decision on solving complex technological problems, lead a team of co-workers and refer on the results of their work both in spoken and written form, among others things.

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Organic Technology

 

Study programme:

Chemistry and Chemical Technologies

Study specialization:

Organic Technology

Degree acquired:

Ph.D.

Form of Study:

full-time / part-time

Language of Instruction:

English

Standard Length of Study:

4 academic years

 


 

The PhD (Honours) 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, esp. organic dyes and pigments, drugs, biologically active compounds and their intermediates. Molecular modelling, photochemistry, photo physic and basic course in quantum chemistry complement these studies which the student chooses from the very vide 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.

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Chemical Engineering

Study programme:

Chemical and Process Engineering

Study specialization:

Chemical Engineering

Degree acquired:

Ph.D.

Form of Study:

full-time / part-time

Language of Instruction:

English

Standard Length of Study:

4 academic years

 


 

The aim of the doctoral study program "Chemical and Process Engineering" is to prepare students for independent and creative scientific-research work in the field of chemical and process engineering with a view to theoretical and experimental research using advanced research techniques and modern methods of mathematical modelling.

The graduate of the doctoral study program can be characterized as highly qualified expert in the field of chemical engineering who is able to utilize his/her deep knowledge for creative solution of complex problems in the field of chemical engineering. The graduate is also able to develop and apply research results in chemical, chemical-technology and food-biochemical practice and independently participate in the solution of scientific-research problems.

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Environmental Engineering

Study programme:

Chemical and Process Engineering

Study specialization:

Environmental Engineering

Degree acquired:

Ph.D.

Form of Study:

full-time / part-time

Language of Instruction:

English

Standard Length of Study:

4 academic years

 


The aim of the doctoral study program "Chemical and Process Engineering" is to prepare students for independent and creative scientific-research work in the field of environmental and process engineering with a view to sustainable development, including the theoretical and experimental research using advanced research techniques and modern methods of mathematical modelling.

The graduate of the doctoral study program can be characterized as highly qualified expert in the field of protection and creation of environmental and chemical engineering who is able to utilize his/her deep knowledge for creative solution of complex problems in the field of environmental engineering. The graduate is also able to develop and apply research results in chemical, chemical technology and food-biochemical practice and independently participate in the solution of scientific-research problems.

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Surface Engineering

Study programme:

Chemistry and Technology of Materials

Study specialization:

Surface Engineering

Degree acquired:

Ph.D.

Form of Study:

full-time / part-time

Language of Instruction:

English

Standard Length of Study:

4 academic years

 


The objective of the Surface Engineering doctorate study course is to prepare professionals in a field of science and technology embracing the chemistry and physics of materials, substrate surfaces and coatings/layers applied to them. Students in this course are steered towards problems in surface finishing of various materials by using coatings and thin layers based on macromolecular substances and their composites combined with inorganic pigments and fillers. The final theses, all in surface engineering, combine the chemistry of polymers with inorganic chemistry. Benefiting from their knowledge in macromolecular chemistry, the professionals who have completed this course have the expertise to design syntheses of new binders for organic coatings as well as of related new functional pigments, various additives and catalysts, and based on this, to develop now paint formulas. The students acquire advanced knowledge in the technology of macromolecular substances, chemistry of film-forming substances, as well as the chemistry of inorganic substances with focus on pigments and fillers. The professional is an expert in the preparation and characterisation of organic coatings, thin functional layers, conductive polymers and nanomaterials and their applications, and is skilled in the field of printing materials and fibre surface finishing and dyeing materials.

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Chemistry and Technology of Inorganic Materials

Study programme:

Chemistry and Technology of Materials

Study specialization:

Chemistry and Technology of Inorganic Materials

Degree acquired:

Ph.D.

Form of Study:

full-time / part-time

Language of Instruction:

English

Standard Length of Study:

4 academic years

 


 

The goal of the education in the study programme "Chemistry and technology of inorganic materials" is to lead students to independent research work in the field of inorganic materials. The PhD graduate manages both theoretical and practical aspects of materials research with the application of advanced experimental characterization methods and modern technologies. During the study students also deepen their knowledge of solid state chemistry and physics and experimental methods in the field of their PhD thesis.

PhD graduates can find employment in research laboratories or fabrication plants of virtually all industries, where inorganic materials are produced or applied and can solve problems relating to the development and application of new materials, development of new processing technologies or innovation of traditional materials. He can find work in the various branches of industry, where inorganic materials are used such as electronics, computers, telecommunications, machinery, aerospace industry, nuclear technology, etc.

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Technology of Macromolecular Compounds

Study programme:

Chemistry and Technology of Materials

Study specialization:

Technology of Macromolecular Compounds

Degree acquired:

Ph.D.

Form of Study:

full-time / part-time

Language of Instruction:

English

Standard Length of Study:

4 academic years


Preparation, characterization and application of epoxy resins, unsaturated polyesters, acrylic emulsion copolymers, composite materials. Research in paints and coatings focussed mainly on corrosion protection by solvent and water borne vehicles. Investigation of novel non-toxic corrosion protective pigments including their synthesis. Polymerization kinetics studies in homogeneous and heterogeneous systems, copolymerization, particle nucleation and growth in emulsion polymerization, polyurethanes, polyester and epoxy resins curing. Phase transitions in polymers, solubility parameters, structure and properties of composite materials. Investigation of aramides and copolyamides, precursors for high performance fibres and composites. Synthesis and evaluation of novel dyes and pigments, especially for polyester fibres dyeing, coloration and finishing of textiles, sequestring agents for preliminary finishing and coloration of textile fabrics and as builder systems for laundry detergents.


The applications will not be accepted.

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Organic Chemistry

Study programme:

Organic Chemistry

Study specialization:

Organic Chemistry

Degree acquired:

Ph.D.

Form of Study:

full-time / part-time

Language of Instruction:

English

Standard Length of Study:

4 academic years

 


 

The objective of the doctoral program "Organic Chemistry" is to educate specialists for leading positions in industry, pharmaceutical companies, synthetic laboratories, research institutes, and development departments both at private companies, universities and other governmental institutions. The PhD graduate can be characterized as a highly qualified specialist in organic chemistry, with deep theoretical background in inorganic, organic, physical and analytical chemistry, good knowledge of synthetic methodologies, kinetics methods and analytical techniques (separations, mass and NMR spectroscopy) using advanced computation approaches for data evaluation and treatment, in agreement with good laboratory practice and management. The PhD graduate is able to develop syntheses and characterizations of new organic and organometallic compounds according to the practical needs, to plan the research work and make decisions on solving complex synthetic and analytical problems and to lead a team of co-workers. Emphasis is put on the communication abilities of the graduate - he or she is trained to be able to refer on the results of his group, both as an oral presentation or as a high-level report or a standard publication in a scientific journal.

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Inorganic Chemistry

Study programme:

Inorganic Chemistry

Study specialization:

Inorganic Chemistry

Degree acquired:

Ph.D.

Form of Study:

full-time / part-time

Language of Instruction:

English

Standard Length of Study:

4 academic years

 


University of Pardubice is one of the premier institutions for inorganic chemical research in the country. The doctoral program at the University of Pardubice covers all areas of modern inorganic chemistry from pioneering studies in preparation of new types of compounds in 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 research at the very frontier of science with gaining broad laboratory experience and make one's way through wide area of both fundamental and applied research or industry in sense of independent career. 

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Physical Chemistry

Study programme:

Physical Chemistry

Study specialization:

Physical Chemistry

Degree acquired:

Ph.D.

Form of Study:

full-time / part-time

Language of Instruction:

English

Standard Length of Study:

4 academic years

 


The target of Ph.D. studying program is to educate students (graduants) to independent research work on the field of physical chemistry. The study is focused on theoretical and experimental research with application of progressive methods, modern methods of mathematical simulation and elaboration of experimental data. Ph.D. student passes exams in three subjects (17 subjects are offered). Moreover, Ph.D. student can pass not limited number of optional subjects which are offered by other doctorial programs of University of Pardubice or other universities.

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