Slovak University of Technology in Bratislava

FCHPT is the only faculty in Slovakia providing complete university education based on first-rate chemical-engineering and natural science theoretical foundations, educating engineers for all fields of chemical and food processing industry. Approximately 2200 students attend the Faculty in all three degrees of university education, and their education is provided by 40 professors, 80 Associated Professors and 69 specialists. For students, the FCHPT offers 5 BSc., 12 MSc. and 17 PhD. courses. Courses are standardly lectured in Slovak, but in a case of interest can be lectured also in English.

Physical-chemical methods of analysis and structure and property description of chemical systems and biosystems; biotechnologies and study of natural materials and biologically active substances; catalytic and enzymatic processes applicable in chemistry and chemical technologies and energetics; study and development of chemical and biological processes for protection of environment and cultural heritage materials; food technologies with an emphasis on functional and safe foods; modelling and control of chemical and biotechnological processes; reaction-transport chemical.

biotechnology, biochemistry, microbiology, food technology, nutrition

Students concentrated on biotechnology are familiar with fermentative production of organic acids, lipids, pigments, beer, wine or bioethanol fermentation, environmental or pharmaceutical biotechnology, transformation of saccharides, production of metabolites for pharmaceutical, medical or food purposes, as well as genetic manipulations. Students concentrated on food technology are familiar with areas in nourishment and health prevention, food microbiology and technology, food preservation and food assessment, dairy products, fats and oils, saccharides and cereals & meat products.

full time

Graduate has complex knowledge of the key disciplines of natural sciences and a technical view on the gathered skills when applied in industry or research laboratory practice. This study program provides advanced knowledge in the field of biochemistry, microbiology, molecular biology, genetics, gene engineering, biosyntheses and transformation of microorganisms, biocatalysis, enzymology and enzyme engineering, bioengineering, bioanalytical methods, as well as fermentation technology :beer, wine, alcohol and bio-ethanol production, environmental and pharmaceutical biotechnology.

yes

full time

FCHPT is the only faculty at Slovakia providing complete university education based on first-rate chemical-engineering and natural science theoretical foundations, educating engineers for all fields of chemical and food processing industry. Approximately 2200 students attend the Faculty in all three degrees of university education, and their education is provided by 40 professors, 80 associated professors and 70 specialists. The FCHPT offers 5 BSc., 12 MSc. and 17 PhD. courses. Courses are standardly lectured in Slovak, but in a case of interest can be lectured in English.

the physico-chemical methods of analysis and structure and properties description of chemical systems and biosystems, the preparation and research of functional materials and material technologies using micro- and nanoscopic methods, catalytic and enzymatic processes usable in chemistry a chemical technologies and energetics, reaction-transport chemico-engineering systems and their dynamic behaviour, modelling and control of chemical and biotechnological processes biotechnologies and the study of natural materials and biologically active substances food technolog

Chemical Technology, Chemical Process Engineering, Catalysis and Reaction Engineering

A graduate is able to understand physical and chemical processes in the production procedures in the various branches of chemical, pharmaceutical, food processing, biotechnology industries including environmental technologies and methods of their control and management, to understand energy balance of the production of technology processes, efficient use of energy resources, to manage the production and distribution of energy carriers, to develop and solve mathematical models of unit operations, applying the acquired knowledge on mass, momentum and heat transfer.

full time

TU Dortmund Germany; University of Newcastle Great Britain; NTNU Trondheim Norway; University of Twente Nederlands; University of Nancy France;

A graduate gains the skills to creatively apply the acquired knowledge in applied research and production practice; to implement and use modern methods and tools in the practical problems solution; to apply mathematical modelling results in the determination of the conditions of rational and effective process control and the selection of equipment characteristics; and to carry out independent research and scientific work in the field of chemical, biochemical, environmental and safety engineering.

yes

full time

TU Dortmund Germany; University of Newcastle Great Britain; NTNU Trondheim Norway; University of Twente Nederlands; University of Nancy France;

FCHPT is the only faculty at Slovakia providing complete university education based on first-rate chemical-engineering and natural science theoretical foundations, educating engineers for all fields of chemical and food processing industry. Approximately 2200 students attend the Faculty in all three degrees of university education, and their education is provided by 40 professors, 80 Associated Professors and 69 specialists. For students, the FCHPT offers 5 BSc., 12 MSc. and 17 PhD. courses. Courses are standardly lectured in Slovak, but in a case of interest can be lectured also in English.

Physical-chemical methods of analysis and structure and property description of chemical systems and biosystems; preparation and research of functional materials and material technologies using micro and nanoscopic methods; biotechnologies and study of natural materials and biologically active substances; catalytic and enzymatic processes applicable in chemistry and chemical technologies and energetics; study and development of chemical and biological processes for protection of environment and cultural heritage materials; food technologies with the emphasis on safe foods.

chemical technology, physical, analytical, organic, inorganic chemistry, polymer chemistry

Graduates of this study program have acquired broad knowledge in science and a technical view on the gathered skills when applied in industrial, medical and laboratory practice. Graduates master the fundamental principles, methods and working techniques employed in various types of chemical and physicochemical laboratories. They can evaluate the basic properties of various synthetic and natural materials from the chemical aspects, separate them into individual chemical species and implement a simple synthesis of target compounds.

full time

The graduate of master degree programme Technical Chemistry is an engineer with wide technological background, but simultaneously knows the laws of natural science, methods and work techniques in one of the branches of physical, analytical, organic or inorganic chemistry so that he/she is able to apply its in own scientific and research work or in praxis. A great attention is paid to understanding all types of physical-chemical and analytical methods which in turn make possible to monitor kinetics and thermodynamic parameters of chemical reactions.

yes

full time

Graduates acquire theoretical and practical knowledge of fundamental inorganic and organic technologies including catalyzed processes, familiarize themselves with the synthesis and manufacture of special chemicals and petroleum products, learn to use advanced monitoring methods of raw materials and to analyse product quality. He is able to control manufacturing processes, to use IT, communicate and present the results of his work for professionals on international level. Alumni of Chemical Technology Master of Science Program are chemical engineers, who are able to analyze technical problems.

yes

full time

The graduate of the Natural and synthetic polymers course is an engineer well familiar with the principles of the chemical synthesis reactions and modification of polymers, as well as the structure of polymeric materials, and is able to apply it in optimization and processing modelling using computer technology. The graduate is able to apply new research knowledge in practice and uses modern methods and means for analysing and solving technical and technological problems. He/she acquires the necessary skills for controlling technological processes and development of new processes.

yes

full time

The graduates of master degree programme is an engineer with large technological ground, which knows the methods and technologies of inorganic, organic chemistry, separation processes, technology of modern materials and alternative energy sources. The graduate is competent to design the conception of production process, to manage of production technological units and devices movement ecological include. The theoretical knowledge qualifies him to manage economics and managerial processes, technological and production processes as well.

yes

full time

In accordance with the Bologna Declaration, the studies at the Faculty of Civil Engineering have three levels that implement the credit system for assessment. The instruction is realized in 30 study programs with the following structure: 8 at the bachelor level, 13 at the engineering level and 9 at the doctoral level.

In the field of scientific-research activities, the Faculty will aim at intelligent construction and transportation systems, modern materials and constructions, modeling the processes of the internal environments of buildings, protection of the environment and renewable energy sources, automatic control systems, the safety and reliability of constructions, optimizing plans, exploitation of hydraulic structures and their interactions with the environment, and integrated protection from hydrospheric extremes, including the monitoring of changes to the environment.

Modern Materials and Constructions, Safety and Reliability of Constructions, Protection of the Environment

The alumnus will be able to design simple constructions, present own solutions of technical and economical issues within construction of various types of the constructions.

full time

The alumnus asserts in many specific professions of construction industry, within design and execution of bearing constructions of engineering structures, within execution of transportation structures and watersworks. The alumni will assert in state administration bodies, local self-government, in the ministry of the environment and in organizations adminitrating esnigeering and transportation structures.

full time

The alumnus may perform the positions and jobs during preparation, execution, renovation and use of the structures at the lower positions as a site manager and building surveyor, POV and temporary site works designer, an assistant of project manager, a mechanizator of the construction, a quality manager, a manager of operation and maintenance of the buildings, a technician of attestation of conformity, a reporter of work safety and protection of the environment.

full time

The alumnus will assert in organizations performing administration and operation of water-resources management as the corporational and company water-resources manager, an assistant of thedesigner of water works, an operator of ameliorative facilities, and also in state administration and local self-government bodies and in the environmental offices.

full time

The alumnus will gain knowledge in whole spectrum of construction proffessions with orientation on theoretical and practical survey of the construction of the buildings, engineerinig and water structures. He will be able to bring own, original solutions of the problems in field of construction, mainly within preparation, execution, reconstructions, rehabilitations and use of all types of the structures and set of buildings at higher and managing levels.

full time

The alumnus will assert as an individual and managing team member within designing and execution or reconstruction of the bearing structures of the buildings as well as in state administration bodies, in local self-government bodies, in investment bodies, in designing jobs, marketing, educational system, regional development, but also in executive and entrepreneur sector.

full time

The alumnus will assert in construction, production and contractor organizations (site manager, building inspector), in planning services, in investment bodies, in state administration bodies (municipal office, offices of the enironment, boards of works), in research institutions dealing with technological processes and in education institutions and also as independent entrepreneur.

full time

The alumnus will assert as a of creative team member, its leader or as a individual responsible worker in planning studios, in etrepreneur and corporation sphere involved in usage of water sources, water management and protection of water, industry, agriculture and urbanized space, hydroenergetics, water construction, water transportation, watter supply and purification of polluted waters, waste management, in state administration in field of water management and the environment, in organizations of water management research and in third sector.

full time

The students obtain theoretical as well practical knowledge of software engineering, information pro cessing, web technologies and other related fields. Projects are an integral part of the curriculum, final thesis is obligatory an engineering project. In the master degree there is a strong devotion to research throughout the whole programme, master thesis is research based.

http://www.fiit.stuba.sk/generate_page.php?page_id=585

Research at the Institute of Informatics and Software Engineering is oriented on these main research areas: intelligent information analysis and processing in large information spaces, e.g. the World Wide Web, personalized context-aware information and knowledge retrieval and recommendation for the adaptive social semantic web, Big Data analytics, methods for distributed information processing, a dvanced methods and tools for software systems design, development and integration.

http://www.fiit.stuba.sk/generate_page.php?page_id=585

Informatics and Software Engineering, Computer Systems, Information systems