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State education specialties
Polygraphy
This program involves a new and modern subject in the fields
of preprinted, printed and completed printing processes.
The theory of colour, picture reproduction and completed processes
are studied in details. There are three subjects with practical
projects.
For the first time Standardization and Optimization in Polygraphy
and Integration of Printing with other Communication Resources
are studied.
Graduates can realize themselves in practical or scientific
fields, as well as to continue in postgraduate programs.
Cellulose, Paper and Packing
Students receive knowledge for the fibrous materials, paper
and packing, wood chemical modification possibilities and physical
and chemical process of fibrous material preparing, bleaching
and refining.
Electro kinetic and rheological properties of wood production
systems as well as special kinds of paper production are studied.
Methods for formation of cardboards and their processing, the
properties of packing materials and the modern methods for packing
and design are studied.
Students acquire knowledge of preservation and restoration of
printed matters.
Graduates can work in all branches of this industry, to produce
and to manage, to study and to do research work and to study
in postgraduate programs.
Fine Organic Synthesis
This program aims at improving and extending students’
knowledge in fine organic synthesis problems and it’s
practical aspects.
New methods and tendency such as inter-phase catalysis and retro
synthesis; color and luminescence substances that have practical
application in food and cosmetics industry; organic products
in high technologies; the quality connection between structure
and biological activity and its use in new medicines and some
bioactive substances design, etc. are the subjects to be studied.
The principles and methods of approach in synthesis and application
of antioxidants and UV-absorbed materials for color photos,
perfume and cosmetics, the actual physiological-active means,
as well as, control and standardization of medicinal and cosmetics
forms are subject to be studied too.
Graduates can work in chemistry, pharmacy, cosmetics, food industry,
etc. They can continue in postgraduate programs.
Polymer Engineering
Students receive knowledge they need for chemistry and kinetics
of industrial methods of polymer production, for theory of polymer
composite, polymer covering and glue creation.
They study polymer-engineering principles, the tendencies for
new polymer materials creation, and methods for their description.
Special attention to the polymers and polymer’s articles
exploitation properties and connected ecology problems is spared.
Graduates can work as high-qualified technologists, scientific
workers, they can be leading persons in industry or can study
in Doctor’s programs.
Elastic Net Polymers
This is preliminary theoretical education on characteristic
and specific features of these polymer kinds.
The theory of high-elastic deformation and reinforcement as
well as the theoretical basis of processing and modification
of elastomers.
Students expand their knowledge on features of vulcanization,
methods of investigation of elastomeric materials, the phenomenon
of interphase and transfer interactions.
Graduates can continue to study or to work as qualified specialists
in rubber processing industry.
Natural and Synthetic Fuels
Students are trained in fundamentals of petroleum and coal chemistry,
in technological treatment of petroleum, coal and hydrocarbon
gases.
They study theoretical basis of physical and chemical processes
in processing of raw materials, as well as chemistry and functional
influence of different kinds of additives on fuels.
Modern process of production of motor oils, lubricants, bitumen,
different petroleum products and solid fuels application; features
of coke production, etc. are studied.
Graduates have a good realization in practice and research.
They can apply for postgraduate programs.
Textile Chemistry
The graduate program gives practical and theoretical knowledge
and upgrades the Bachelor’s.
There are 10 subjects involving the theory of textile fibers
production, structure and characteristics of polymers that are
fiber-making polymers and fibers, as well as modern methods
for their analysis.
Processes of textile refining, methods and devices of chemical
and structural modification of textile materials are studied.
New biotechnological methods and refine devices, as well as
ecological requirements in textile chemistry are considered.
Graduates can study in Doctor’s degree or can work in
textile industry. They can organize and realize scientific research
in such an area too.
Leather and Leather Goods
There are 10 basic subjects that give theoretical fundament
of all technological stages of leather and leather goods processing;
knowledge of specific materials and leather treatment; on principles
and automated methods for design of leather ware and production
processes.
The principles of making ecology expertise in specialized plants
are considered.
The successful graduates are awarded the degree of Master of
Science in Leather and Leather Goods.
They can realize themselves in all specialized plants and companies,
as well as to continue in Doctor’s programs.
Inorganic Substances
This program involves basic subjects from Theory of Processes
in Inorganic Chemistry, Catalytic and Non-catalytic Heterogeneous
Systems, etc.
Students study management and quality control in inorganic processing
too.
The program has three elective modules:
- Catalysers, sorbents, N-compounds, synthesis gases, cryogen
processes;
- Mineral acids, fertilizers and salts, ecology of fertilizers
and salts production;
- Applied thermo chemistry; nanotechnologies; modification
and regeneration of inorganic wastes.
Graduates can realized themselves in all areas of production,
science, business, education, etc. or can continue their studies.
Glass, Ceramics and Binding Compounds
Graduates receive knowledge on support, extend and progress
of modern technologies for production of different kinds of
glass and glass-ware, fine and pottery ceramic, fireproof articles,
air and hydraulic binding materials, inorganic connections,
concrete, etc.
Special attention is paid to the possibilities of modification
of their properties.
Students expand their knowledge in silicate powders, silica
gels and organic-silicon compounds as well as their application
in different area of life and technique are expanded.
Graduates can find their realization in practice, science, education,
etc., or to continue study.
Electrochemistry and Corrosion
Protection
Graduates from this program can work in chemistry, mechanical
engineering, electronics, metallurgy, energetic, transport,
science and research as specialists, administrators, science
researchers, etc as specialists, administrators, science researchers,
etc. They can apply in postgraduate programs too.
They are trained to do specific electrochemical, chemical-technological
and engineering activities in scientific maintenance and production
of accumulators and batteries, in electrochemical substance
production, in galvanotechnics, in development and production
of safety holding, in metal surface treatment, in corrosion
and metal protection, etc.
Subjects such as Theoretical Electrochemistry, Theory of Corrosion
Processes, Electrolysis Processes and many other elected special
ones (Chemical and Current Sources, Anticorrosion Protection,
Electrosynthesis, Electrocrystalization, etc. are taught.
Biotechnologies
Students acquire knowledge in specific fields with fundamental
upgrade subjects of specific bioproducts, such as properties
and application of water treatment and waste treatment, conversion
of substrates, etc.
New and modern directions of bioinformatics, simulation processes,
biosensor technique and genetic engineering technologies are
studied too.
There are three elective modules in the first year of education.
Graduates can realize themselves in all branches of science
and industry connected with design and development of new bioproducts
and technologies or to continue in postgraduate programs.
Ecology and Environmental Protection
This program upgrades Bachelor’s one and gives new and
more profound knowledge in soil and atmosphere chemistry, in
monitoring and analysis of risk, in ecomanagement, in sustainable
development, ecology oddity in simulation of pollution, distribution,
solid waste’s management, etc.
There are obligatory and elected subjects.
Graduates can work in practice, in government and executive
offices, in science and research.
They can apply for postgraduate programs.
Automation of Production
Graduates receive knowledge in actual problems in management
theory, in technical and software devices, in application of
informatics in technological processes. They expand their knowledge
in applied mathematical applications, in statistics and program
languages, as C, C++, Java, etc.
Special instruction includes the main parts of management as
optimal, adaptive and robastic, management on mathematical model
base, intelligent management. Attention is given to signals
treatment and image recognizing.
Modern information technologies as Internet for Management,
Information Modeling, and Data Management are in specific way
examined.
System analysis is one of the main points in Master’s
program. It includes processes and systems mathematical modeling,
systems and theory of big systems, operations, analysis and
making decision analysis.
The following subjects as Information and Management Systems,
Sensors, Projects Management give the best contemporary technical
and software decisions in management systems.
It gives excellent position of graduates for their realization
in Bulgaria or abroad as well as in their further education.
Chemical Engineering
Graduates from this Master’s program can work as specialists
in all branches of industry where technological processes as
physical, chemical and biological transformations of substances
proceed. They can work in scientific institution and can continue
their education as postgraduate students.
Students are trained in:
- Exploitation of equipment in which all these transformations
proceed to receive deep and non-waste treatment of raw materials
to products. Processes of waste water, solid waste and waste
gases treatment are very important;
- Optimization of proceeding for energy saving and environmental
protection;
- Selection of the best technology scheme and apparatus
in it;
- Suggestion of intensification, reconstruction, modernization
of technologies and production.
Chemical Engineering in German
Plastic Deformation Metal Treatment
The program gives knowledge in theory, analytical and practical
use and control on processes of plastic deformation and destruction
of metals and alloys. This knowledge is very useful when classical
and/or traditional technologies of metal production, testing
or certification are needed.
Principles of mathematical modeling and engineering formatting
of different methods of plastic deformation as well as fundamental
engineering methods of samples and machine elements that are
under static and dynamic loading are trained.
The newest methods of metal tiredness investigation such as
method of weariness under loading, defectoskope methods for
control and examination are studied.
Graduates can continue in postgraduate education or can put
into practice the knowledge and skills they have acquired.
Metals Science and Thermal Treatment
of Metals
This Master’s program gives knowledge in wide range of
metallurgical science and practice. Graduates are engineers
who have been trained to be successfully employed in all areas
of production, such as manufacturing, engineering activities,
companies and research institutions.
They expand their knowledge and skills on structure, properties
and applications of metals and alloys, on methods of treatment
for receiving complex of properties that give specific exploitation
grades for thermal, chemical-thermal, thermal-mechanical treatment,
etc.
Students receive knowledge in the fields of methods for investigation
of structure and properties of metals and alloys, in principles
of alloying and creation of alloys, of new technologies of treatment,
etc.
Graduates can continue in postgraduate programs or to work in
all branches of metallurgy and industry.
Metallurgy Furnaces and Aggregates
The furnace technologies are the technical fundament of technological
processes in metallurgy and chemical industry.
Students receive additional fundamental training in the fields
of technical thermodynamics, in application of mathematical
methods in engineering and in self-automatic (self-acting) design
of production complexes. They study subjects as:
- Modern torch technological processes;
- Thermo-physical main point and modeling principles of
technological systems in metallurgy;
- Ecology protection (ensure, guarantee) and energy efficiency
of technologies in metallurgy.
Graduates can realize themselves as researchers in the field
of modern furnaces technologies, as designers and experts in
metallurgy and energetic.
They can continue their education in certain postgraduate programs.
Non-ferrous Metallurgy and Alloys
Graduates receive necessary knowledge and skills as theoretical
and applied training, computer literacy and ability of teamwork.
They have to materialize engineering problems in production
and technique, to organize and manage, to design and research
in all fields of available and new raw materials processing
and returns of non-ferrous metals and alloys production.
They can realize themselves in renovation and implantation of
new technologies and products, both in metallurgy and in interdisciplinary
fields, in market economy and in real competition with high
ecology requirements and sustainable development.
Graduates can continue to study or they can put into practice
the whole they acquire in industry.
Ferrous Metallurgy
Students are trained in:
- Preparation of raw materials for processing in ferrous
metallurgy as agglomeration and pelation;
- Blast (High) furnace production and alternative methods
for cast (iron) production;
- Steel production (convector and electro-furnace);
- Out-of-furnace processing and continues process of steel
spilling.
Special attention for study of modern refine technologies is
given as electro slag, vacuum-arc, plasma-arc and electron beam
recasting.
Graduates can study in postgraduate programs or they can work
as highly qualified specialists – engineers, technologists,
scientific researchers or executive persons in metallurgy, metal
casting, design and trade, etc.
Metal Foundry
Students are trained in theory of development of different kinds
of casting forms, their realization in practice, etc.
Production and properties of liquid and crystallized casting
alloys as well as all modern foundry processes are studied.
The main point of training is dedicated to theory and practice
of precise, centrifugal casting, of casting under pressure,
stilts casting, etc.
The profound study of machines and apparatus as well as the
design of casting departments and plants get them ready for
working in design and trade in metallurgy and machine science,
in private companies and state institutions.
They can apply for postgraduate programs.
Materials on Metal Base (Metal
Materials)
Students are trained in keeping theory of creation on metal-based
materials with composing-structure-properties dependence.
Important parts of training process are physical-chemical dependences
of modern high-temperature process of synthesis as well as methods
and technologies for production of materials and articles on
metal-base.
The main technological directions are powder metallurgy and
material casting.
Theory and practice of vacuum, plasma and electron beam (ray)
processes are studied.Modern methods of chemical and structural
analysis, as well as specific properties of every new created
metal-base materials and their practical use are studied, too.
Graduates can realize themselves in the fields of metallurgy,
machine building, energetic, transport, etc., as well as to
continue in postgraduate programs.
Silicate Materials
Students are trained in theory and practice of materials science
and new materials, of hybrid and non-linear optics, in glassy
and glass-crystal materials, in modern ceramic, in crude-dispersion
systems, in renovated energy sources.
They are trained to modify metal properties according to the
necessary physical, chemical, crystal-chemical and engineering
parameters.
All graduates are prepared to work in chemical industry, in
optics and opto-electronics, in glass industry, etc. They can
apply in Master’s programs.
Semiconductor Materials and Technologies
The graduates are trained in technology of semiconductor’s
discreet electronic elements and integrated circuits, in technology
of passive electronic elements (resistors, condensers, ferits,
magnets, etc.), in thick-layer integrated circuits, in printed
boards, in semiconductor sensors, in especially clean substances
and secondary materials for electronics, electro-chemistry and
microelectronics.
Subjects as Fundamentals of Depth Purification of Substances,
Theory of Crystal Structure, Receiving and Investigation of
Thin-Layers, Measurement of Electrical and Non-electrical Parameters
of Materials.
They acquire knowledge in technology and construction of semiconductor
sensors with power and opto-electronic devices, with magnetic
carriers of information, etc.
Graduates have a wide sphere of realization and specialization,
such as postgraduate education.
Polymer Materials
This Master’s program is enabling to give fundamental
and theoretical knowledge as well as practical skills connected
with polymer composites and polymer materials treatment.
Physical-chemical processes for refining of fibrous materials
and possibilities for modification of natural polymers (of animal
or vegetable origin) are studied.
Special attention
is given to non-traditional methods of polymer and polymer articles
receiving as well as the methods of their ageing and recycling.
Graduates can continue their education or work in science
and realize themselves as highly qualified engineers not only
in Bulgaria, but in foreign countries too.
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