PhD in Chemical Metallurgy
Ostrava, Czech Republic
DURATION
4 Years
LANGUAGES
English
PACE
Full time, Part time
APPLICATION DEADLINE
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EARLIEST START DATE
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TUITION FEES
CZK 500 / per semester
STUDY FORMAT
On-Campus
Key Summary
Introduction
Doctoral study program Chemical metallurgy is a modern scientifically oriented, multidisciplinary and interdisciplinary research program. The study is mainly oriented on the chemical aspects of preparation, extraction and recycling of metallic materials and the characterization of these materials. Furthermore, the study program is focused on the study of other inorganic materials in the solid and liquid phases. The processes of metals extracting from primary and secondary raw materials, the study of ferrous and non-ferrous alloys and also ecological aspects of metallurgical production impact on the environment are studied. The doctoral study program is focused on aspects of industrial technologies arising mainly from a chemical-physical basis and on the properties study of inorganic materials for broad application areas. This study program brings up top-quality specialists with creative inventiveness and with use in the labour market in scientific, research, development, management and production spheres in given and related branches.
Admissions
Curriculum
- Advanced Inorganic Chemistry
- Advanced Physical Chemistry
- Chapters in Organic Chemistry
- Electrochemistry
- Kinetics of Heterogeneous Processes
- Materials with Special Physical Properties
- Mathematical Modeling of Engineering Problems
- Metallurgy of Pure Metals and Special Alloys
- Methods for Comprehensive Assessment of Metallurgic Waste
- Process Engineering
- Reactor Engineering
- Theory of Metallurgical Processes
- Theory of Production of Non-Ferrous Metals
- Transport Phenomena
- Utilization of Analytical Chemistry in Metallurgical Complex
- English Language Dr.
- French Language Dr.
- German Language Dr.
- Russian Language Dr.
- Spanish Language Dr.
Program Outcome
Study aims
This study program aims to bring up top-quality specialists with creative inventiveness and with use in the labour market in scientific, research, development, management and production spheres in given and related branches.
Graduate's knowledge
Alumni have (gained) deep and systematic knowledge from the branches of physicochemical aspects of progressive technologies of materials preparation.
The corresponding theoretical basis from thermodynamics, the kinetics of heterogeneous processes and electrochemistry is supported by a good knowledge of process engineering and transport phenomena.
The study is focused on new metallic and non-metallic materials, materials with specific physical properties, chemical pure materials, etc. Alumnus knows the properties of materials, and utilization of materials in various industrial applications.
The part of the study is the environmental aspects connected with the production of materials, waste treatment and secondary utilization of materials.
Graduate's skills
Alumni can widen their knowledge of the professional field through fundamental research and development based on scientific principles gained through the study.
Alumnus can develop and evaluate theories, concepts and methods in the field including limiting various branches or their filling into the wider professional field.
Graduate's general competence
Alumni of the program will adopt principles of scientific work in the frame of the research field and also be able to solve partial problems of fundamental and applied research and development on their own.
They can formulate scientific and/or technical problems, critically evaluate the obtained results, publish the obtained results in the field, find original solutions and discuss the opinions and ideas with the scientific community and public community on an international scale.
Career Opportunities
Graduate's employment
Alumni of this doctor study program can apply as scientific, development, research and pedagogical staff at universities, and research and development institutes.
Alumni find apply in the state administration and production companies, mainly in metallurgical, chemical and related industrial fields.
Typically berths are:
- Research and development worker (employee).
- Standalone researcher.
- The leading technologist.
- Plant leader.
- Enterprise leader.
- Production leader.
- Chemical engineer.
- Process engineer.
- Specialist in the chemical metallurgy.
- Manager.
Program Admission Requirements
Show your commitment and readiness for Grad school by taking the GRE - the most broadly accepted exam for graduate programs internationally.