Advanced Search

Amendments To The Statute Of The University '.

Original Language Title: Modificazioni allo statuto dell'Universita'.

Subscribe to a Global-Regulation Premium Membership Today!

Key Benefits:

Subscribe Now for only USD$40 per month.
THE RECTOR Seen the statute of the University 'of Calabria approved by Decree of the President of the Republic 1> December 1971, n. 1329, as amended; Seen the single text concerning higher education, approved by Royal Decree 31 August 1933, n. 1592; Seen the Royal Decree-Law of 20 June 1935, n. 1071, converted into the Law of 20 January 1936, n. 73; Seen the Royal Decree of 30 September 1938, n. 1652, as amended; View the law April 11, 1953, n. 312; View of the law 25 October 1977 n. 808; View the Law of 21 February 1980 n. 28; Seen the decree of the President of the Republic July 11, 1980, n. 382; View the law of 9 May 1989, no. 168; Seen the decree of the President of the Republic May 20, 1989; View the Law of 7 August 1990. 245; View the proposed reorganization of the degree courses of the faculty 'of engineering, formulated by the board of the faculty' same; Views of the resolutions of the Senate and of the Board with which and 'approved the above proposal; View the resolution by which the aforementioned right 'has integrated the proposed reorganization of the degree programs with its bylaws change requests; Views of the resolutions of the Senate and of the Board with which the above additions were approved; Seen the opinion by the university council; Views the adjustment resolutions of competent academic bodies; Decrees: The Statute of the University 'the University of Calabria, approved and amended by the above measures, and' further amended as follows: Point B) of Art. 1, Title I, Part I, and 'replaced by the following: B) of the following departments: History Department; philology department; the department of the arts; department of linguistics; Department of Philosophy; Department of Education; Department of Mathematics; physics department; Department of Chemistry; department of cell biology; Department of Ecology; the department of earth sciences; Department of Electronics, Computer and Systems Engineering; Department of structures; regional planning department; the department of defense of the soil; mechanical department; Department of Economics; department of business and public administration organization; the department of sociology and political science. Article. 22 of Title I, Part II, in the part on engineering degrees, and 'replaced by the following: a degree in civil engineering (in geotechnical addresses, hydraulics, structures, transport); degree in chemical engineering (addresses in the food, industrial biotechnology, materials); degree in mechanical engineering (in the industrial automation and robotics addresses, buildings, energy, materials); degree in computer engineering; degree in engineering management. Articles 31, 32, 33 and 34 of Section III, Title II, Part II, are replaced by the following: Art. 31 (Duration of studies, graduate programs). - At the right 'of engineering of the University' of Calabria they have activated the following five-year degree programs: Civil sector: civil engineering; industrial sector: chemical engineering; mechanical engineering; sector information: computer engineering; intersectoral: engineering management. The access to degree courses of the faculty 'and' regulated by law. At the completion of the studies he is qualified as a doctor of engineering with the specification of the following degree. Art. 32 (addresses). - At the proposal of competent advice, in order to allow the deepening of methodological and / or technical design skills, realization and management degree programs in art. 31 can be articulated in the addresses given below as well as in guidelines established annually by the faculty 'in the annual study manifesto referred to in art. 35. Addresses of the degree course in: Civil Engineering: Geotechnical; plumber; structures; transport. Chemical Engineering: Food; industrial biotechnology; materials. Mechanical Engineering: industrial automation and robotics; construction; energy; materials. Computer engineering. engineering management. Address optionally followed is mentioned on the degree certificate. Art. 33 (annuity ', articulation and curricula). - The board of faculty 'may' decide to articulate each academic year into two distinct periods (semesters), each lasting at least thirteen weeks of actual activity '. At the end of each half, and before the start of the first semester of the following, and 'provided a testing session lasting at least four weeks. Each year of the program involves a total of at least six hundred hours of activity 'teaching and training (theoretical and theoretical-practical), inclusive of activities' integrative teaching (tutorials, workshops, seminars, specialized courses, demonstrations, activities' tours, technical visits, partial assessment tests, correction and discussion of projects and processed, etc.). The attivita 'educational and training' organized on the basis of years' consist of official courses of mono-disciplinary or integrated education. The course Monodisciplinary and 'consists of eighty-one hundred and twenty hours of activity' teaching. They can be set up single-subject courses of short duration, consisting of forty to sixty hours of activities 'educational, corresponding to half YEARS'. The course integrated and 'constituted as a mono-disciplinary course, but divided into modules of at least twenty hours each carried by two or more' three teachers being all part of the examination committee. As part of the experimental teaching and the purpose of using experience and professionalism 'external, may be used, if any other educational modules (such as short intensive courses, seminars, workshops, etc.), To be quoted in fractions of years' up to a maximum competition of two annual '. The equivalent in the hamlet of years' of each of these educational modules will be 'determined from time to time by the faculty', upon the establishment of the annual study manifesto. Art. 34 (up to subsequent years, graduation exam). - Equal to two for enrollment in subsequent years the student must 'have obtained the certificate of attendance and passing the examinations for a total annuity', chosen from among those that purpose in the annual study manifesto, YEARS 'for enrollment in the second year; six YEARS 'for entry to the third year; ten annual 'for enrollment in the fourth year; Fourteen YEARS 'for entry to the fifth year. To be allowed to take the graduation exam, the student must have followed courses chosen in compliance with the provisions in art. 36 and passing the examinations by the number of years 'proposed by each degree program and approved by the board of faculty'. The minimum number of years 'can not' be less than twenty-nine. Up to a maximum amount of two annual ', the teaching and examinations will be replaced by educational forms in art. 33, as provided in the annual study manifesto, and the related assessment tests. Within the first three years of their studies, students must also demonstrate practical knowledge and understanding of at least one foreign language. The degree examination in order to determine the organic basic knowledge of the candidate and his technical and scientific knowledge in the chosen course of graduation, is the submission of a thesis, an elaborate and / or specific tests. After the art. 34, with the consequent displacement of the numbering of the subsequent articles, are inserted the following new articles related to degree courses in engineering. Art. 35 (Annual Study Manifesto, individual study plans). - The board of faculty ', at the time of preparation of the annual study manifesto, defining, on a proposal of the relevant degree program recommendations, the names of the lessons to be activated, both in terms of the annuities' required by Article . 36, both for those of orientation and, finally, for those chosen, necessary to reach the minimum value of annuality 'that allows access to the degree examination, as established art. 34. For each subject area, the lessons will be chosen from those shown in the following art. 37. The annual poster will define the studies 'also: any precedence to be observed during the exams (Prerequisites'); any list of teachings whose frequency and its examination affect the transition to subsequent years of the course at the first; the modalities' assessment of practical knowledge and understanding of a foreign language; any rules for the insertion of the teachings of choice orientation; the duration (yearly 'or semi-YEARS') as well as 'the disciplines related to annuality' integrated and the relative fractions of time, and the possible use of other educational modules in art. 33; the modalities' examination degree. The identity 'naming of teaching does not necessarily identity' of programs, unwinding and then a teacher. Under Article. 2 of Law 11 December 1969, n. 910, and Art. 4 of the law 30 November 1970 n. 924, the student may 'present a plan of a different study than those recommended by the faculty' and provided for in the annual study manifesto, as long as' among the available teachings. The expert advice of the degree program will evaluate 'congruity' of the plan prepared by the student with the achievement of the educational and training objectives of the course and the teaching order of the faculty 'engineering, the decree of the President of the Republic on May 20 1989. Art. 36 (annuity 'mandatory). - To get a degree in engineering, including the annuities' provided in compliance with art. 34, are mandatory including those identified for disciplinary groupings or sets of disciplinary groupings in Table A attached to this Statute, and more 'precisely: civil engineering (addresses geotechnical, hydraulics, structures, transport) (Table A1); chemical engineering (food addresses, industrial biotechnology, materials) (Table A2); mechanical engineering (industrial automation and robotics addresses, buildings, energy, materials) (Table A3); computer engineering (Table A4); engineering management (Table A5). Art. 37 (activated Teachings). - The teachings of the various degree programs that can be taught in the faculties' are articulated in disciplinary groupings, pursuant to art. 5 of Decree of the President of the Republic May 20, 1989, included in the table F annexed to, the decree of the President of the Republic. The disciplinary groupings and lessons in each of them are shown in Table B attached to this Statute. Art. 38 (Transitional provisions). - Students enrolled in years subsequent to the first course upon entry into force of this Statute will be able to complete their studies according to the previous regulations. Students who request it may be eligible to pursue their studies under the new system. The right ', on the advice of the corresponding degree program will establish' the conditions of the transition. Notwithstanding the provisions in Articles 22 and 31, the faculty 'potra' confer a degree in civil engineering for soil protection and spatial planning, hydraulic address, geotechnical, structural, urban planning and engineering degree in industrial technology, addresses chemical, electrical, mechanical, finance and administration, limited to students who, upon entry into force of this Statute, resulted gia 'recorded in the aforementioned degree courses. In the first four years of the entry into force of Decree of the President of the Republic May 20, 1989, for degree courses already 'turned on or set to replace already' postgraduate program, and 'allowed to choose the teachings of no more' than five years of pensionable service 'common to all degree programs and those of industry, referring to groupings declared by the related right', rather than 'the requirements of the tables B and C, and the above-mentioned decree of the President of the Republic. Deletion of Articles 52 (of systems department) and 57 (electrical department) and insert the new electronics department, IT and systems engineering art. 52, with the slide of the numbering of the subsequent articles. Art. 52 (Department of Electronics, Computer and Systems Engineering). - In the electronics department, information technology and systems includes the following courses: theory of systems; theory and technical information; automatic calculation; methods of identification of models; optimization methods; digital systems; programming techniques; automatic design techniques; Automation of industrial plants; automatic controls; measures and automatic systems; models for industrial processes; operative research; technologies of control systems; RELIABILITY theory '; macrosystems; models for spatial planning; models for socio-economic systems; theory and methods of optimization; engineering of aerospace systems; operations research and business information systems; applications of operations research; elements of electrical engineering; electrical engineering; sources and energy conversion; electrical systems; electrical machinery and apparatus; materials for electrical engineering; measures electrical; Electrical industrial applications; industrial drives; electromechanical constructions; electrothermal; Technical insulations; electric technologies; electronic computers; electronic components; electrical communications; applied electronics; quantum electronics; materials for electronics; electronic instrumentation; theory and technique of the electromagnetic waves; biomedical electronics; industrial electronics; nuclear electronics; electron optics; technique of microwaves; Technical telegraph and telephone; electronic digital technologies; technologies radioaudiovisivi means; electronic technologies; game theory and decision-making; optimization algorithms; models of production systems; models of service systems; logistic models; models for decision support; models for the organization and the management of systems; optimization; combinatorial optimization; mathematical programming; simulation; digital circuits; circuits and algorithms for the processing of signals; power electronic circuits; compatibility 'Electromagnetic for industrial engineering; direct energy conversion; construction of electrical equipment; Electromechanical of continuous systems; elettotermia; electrical engineering materials; magneto applied; materials for electrical engineering; numerical models for electrical engineering; Electrical modeling of materials; plasmas and controlled thermonuclear fusion; principles of electrical engineering; automatic design for electrical engineering; Automatic circuit design; technique of electrical insulation systems; technique of high voltages; technical and energy economy; plasma technologies; electromechanical technologies; technologies for thermonuclear fusion; circuit theory; theory of electrical networks; Electrical industrial applications; electric drives; electrical drives for automation; drives for electric traction; static electric energy conversion; diagnostics of machines and electrical drives; power industrial electronics; electrical energy; electric cars; of electric machines design methodologies; modeling of electromechanical systems; sensors and electrical actuators; power electronic systems; technologies of electrical machines; reliability 'of electrical systems; automation of electrical systems for energy; Diagnostics of electrical systems; energy power plants; electrical installations in medium and low voltage; electrical high voltage; planning and operation of electric energy systems; board electrical systems; industrial electrical systems; electrical systems for transport; electrical systems for energy; electronic systems of power in electrical equipment; technique of electric safety; Technical and electrical energy economy; reliability 'and quality' control; and signal processing of measurement information; basics of measurement and general electrical metrology; measures at microwave frequencies; measures of compatibility 'electromagnetic; measurements and testing of machines and electrical systems; electronic measurements; measures the high voltage; measures for automation and industrial production; measures for diagnostics and qualification of components and systems; measures of transmission and telemetry systems; qualification of algorithms for measuring systems; sensors and transducers; electronic measuring instruments; reliability 'and diagnostics of components and circuits; architecture for embedded systems; Microwave integrated circuits; electronic devices; electronic processing of signals and images; electronic digital systems; Electronic microwave; electronic telecommunications; solid state electronics; power electronics; microelectronics; optoelectronics; automatic design of electronic circuits and systems; instrumentation and electronic measurements; technologies and materials for the electronics; theory of electronic circuits; antennas; microwave power applications; electromagnetic fields; electromagnetic compatibility; optical components and circuits; optical signal processing; bioelectromagnetic interaction; microwave; measures microwave; optics and interactions; automatic design for electromagnetism; design of microwave circuits; propagation; electromagnetic techniques radar recognition; remote sensing and electromagnetic diagnostics; algorithms and circuits for telecommunications; electrical communications; optical communications; processing and transmission of images; digital signal processing; telecommunications networks; Microwave systems for telecommunications; switching systems; radiocommunication systems; telecommunications systems; remote sensing; telematics; theory of random phenomena; signal processing; Information and coding theory; theory and radar technology; Theory and Techniques of recognition; digital transmission; systems analysis; industrial automation; drives and industrial electronics; process control; Digital control; automatic elements; identification of models and data analysis; methods of optimization in the control systems; modeling and control of environmental systems; modeling and management of natural resources; modeling and identification; industrial robotics; adaptive systems; the supervisory and control expert; instrumentation and measures for the automation; technologies of control systems; control theory; databases; Foundations of Informatics; processing plants; computer graphics; IT industry; medical informatics; theoretical computer science; software engineering; knowledge engineering and expert systems; artificial intelligence; languages ​​and translators; computer networks; logical networks; robotics; processing systems; Informative system; operating systems; systems for the automatic design; theory and the image processing technique; Automation and health organization; bioelectromagnetism; bioelectronics; bioimaging; bioengineering; Bioengineering of physiological systems; bioengineering of rehabilitation and prosthetics; data processing and biomedical signals; biomedical electronics; medical informatics; models of biological systems; anthropomorphic robotics; natural and artificial intelligent systems; biomedical instrumentation; biomedical technologies. In the statute of the University 'of Calabria are inserted the following courses: Art. 46 (Department of Mathematics): algebra and geometry elements; descriptive geometry; geometry and algebra; graph theory; calculus of variations; Mathematical Methods for Engineering; mathematical control theory; probabilistic methods, statistical and stochastic processes; game theory and decision-making; RELIABILITY theory '; tensor calculus and continuum mechanics; for superior mechanical engineers; dynamical systems; numerical analysis; numerical computation; numerical computation and numerical programming; numerical methods for engineering; applied mathematics; fundamentals of statistics; market analysis; business statistics. Art. 47 (Department of Physics): physical (limited to engineering); metrology; physical testing. Art. 48 (Department of Chemistry): chemistry and analytical chemistry applications; chemical (limited to engineering); chemical testing; food Technology; chemical metallurgy; electrometallurgy; foundry; metallurgical plants; Metal-environment interaction; metal materials; metallurgy; metallurgy of non-ferrous materials; physical metallurgy; mechanical metallurgy; metallurgical and metallographic methods; science of metals; iron and steel; technology of metallic materials; metallurgical technologies; instrumental analysis and control of materials; chemistry applied to environmental protection; chemistry and technology of fuels and lubricants; chemistry and technology of restoration and preservation of materials; macromolecular chemistry for engineering; engineering of macromolecular materials; polymeric materials; plastics; Application principles of macromolecular materials; processes and production technologies of plastomers, elastomers and fibers; properties' physical and technologies of high polymer; science and technology of materials; science and technology of aviation and aerospace materials; science and technology of ceramic materials; science and technology of composite materials; science and technology of composite materials with polymer matrix; science and technology of electrical materials; science and technology of nuclear materials; science and technology of polymeric materials; science and technology of glass; structure of macromolecular materials; Materials Technology and Applied Chemistry; polymer technology; surface chemistry; applied physical chemistry; Physical chemistry of electrical materials; physical chemistry solid materials; Physical chemistry of polymers; physical chemistry of disperse systems; and corrosion protection of the metallic materials; electrochemistry and electrochemical technologies; electrochemical processes; corrosion theory; Applied chemical kinetics; Introductory elements of chemical engineering; transport phenomena; fluid dynamics of multiphase systems; fundamentals of separation processes; mechanics of non-Newtonian fluids; mechanisms and kinetics of combustion processes; Principles of biochemical engineering; principles of environmental chemical engineering; property 'thermodynamic and transport; biochemical reactors; rheology of homogeneous and heterogeneous systems; chemical engineering thermodynamics; reliability 'and security in the process industry; equipment for the treatment of solid; combustion; biochemical systems; chemical plants and food industry processes; nuclear chemical plants; plants in the process industry; treatment plants of polluting effluents; environmental chemical engineering; design of chemical industry equipment; design of chemical reactors; instrumentation and control of chemical plants; Technical environmental safety; of industrial fermentation technique; analysis of chemical engineering systems; analysis of the environmental chemical systems; Safety analysis in the process industry; analysis and simulation of chemical processes; Automation of chemical processes; dynamics and control of chemical processes; optimization of chemical processes; industrial testing and pilot plants; theory of the development of chemical processes; chemical food industry; organic chemical industry; fundamentals of industrial chemistry; industrial biological processes; Production processes of macromolecular materials; separation processes; treatment processes of polluting effluents; Industrial processes of fine chemicals; industrial processes of oxidation and combustion; safety and environmental protection in chemical processes; petroleum and petrochemical technology; Special chemical technologies; analysis and simulation of biotechnological processes; industrial bioconversion; Industrial bioreactors; Bio-technology systems; Principles of biochemical engineering; industrial biological processes; Environmental biotechnological processes; bioinorganic chemical processes; of industrial fermentation technique; industrial biochemical technologies; bioengineering; biomaterials; biosynthesis in bioengineering; biomedical physical chemistry; corrosion and degradation of biomaterials; biomedical transport phenomena; chemical engineering artificial organs; macromolecular materials for bioengineering; science of macromolecules in bioengineering; thermokinetics Biomedical. Art. 53 (Department of structures): Computational analysis of structures; calculating inelastic and tear of the structures; structural dynamics; instability 'of the structures; mechanics of materials and fracture; solid mechanics; optimization of structures; structural safety; testing of materials and structures; static; automatic calculation of the structures; consolidation of buildings; construction of bridges; construction in seismic areas; design of structures; testing, inspection and control of construction; foundation structures; prefabricated structures; special structures; technical architecture; technical architecture and building types; technical architecture elements; building industrialization; environmental design and technology services; design of construction elements; assisted building design; design for industrial building; recovery and preservation of the buildings; architecture of the wood; architecture of large structures; architecture and architectural composition; Technical architecture and urban planning; distribution and constructive character of the buildings; architectural documentation; Design and construction elements; design of prefabricated components; integral design; construction projects; projects for the renovation and rehabilitation of buildings; building sites; construction; Ergonomics construction; Management of the construction process; technical building systems; site organization; programming and costs for the building; technological services in the buildings; construction technique and productivity '; techniques of building production; techniques of production and conservation of the building materials; construction techniques in the developing countries; techniques for the building restoration; technology of building elements; descriptive geometry applications; automatic design; Civil design; building design; Detection methods for the conservation of the built heritage; representation of reality 'territorial and urban; techniques of representation; unification and design; building conservation and restoration technology; consolidation and adaptation of the buildings; restoration; Technical renovation of buildings; Technical restoration; urban restoration technique. Art. 54 (Department of Spatial Planning): construction of roads, railways and airports; Special road construction, railway and airport; management and maintenance of road infrastructure; installations and roads construction sites; airport infrastructure; infrastructure viabilita 'and transport; rail infrastructure; infrastructure for special transport; road infrastructure; road infrastructures in metropolitan areas; design principles of road infrastructure; design of roads, railways and airports; road pavements, railway and airport; Technical roadworks, railways and airports; viabilita 'Rural; provision of transport systems; transport planning; design of transport systems; traction systems; rail systems; technology and economy of transport; Theory and transport systems; theory and technique of the circulation; terminals and transport systems; air transport; transport waterways; special transport; urban and metropolitan transport; digital cartography; thematic mapping; photogrammetry; photogrammetry applied; photogrammetry and photo-interpretation; geodesy; geodetic measurements; remote sensing; topography; agricultural and forestry topography; geological surveying; treatment of observations; architecture and architectural composition; architectural composition; architecture history; architecture and urban history; history and art history and architecture styles; spatial planning elements; land use planning; urban composition; urban planning; defense and urban environmental recovery; urban technical elements; land engineering; engineering of the built environment; technological innovations and territorial transformations; mathematical models for urban planning; planning and management of metropolitan areas; technical planning; urban and regional analysis techniques; techniques of land management; valuation techniques and urban planning; Economy and environmental valuation; economy and civil valuation; economy and industrial valuation; valuation; estimo aviation; Quantity surveying ship. Art. 55 (Department of Soil Defense): environmental geo-engineering; Geology applied to soil; Geology applied to spatial planning; Geology applied to seismic areas; applied geomorphology and stability 'of the slopes; hydrogeology applied; Natural building materials; technical and geological survey; Ecology applied to the engineering; ecology elements; dynamic turbulence; Environmental Hydraulics; hydraulics of porous media; hydraulic numerical; hydrodynamics; idroelasticita '; fluid mechanics; measurements and hydraulic controls; hydraulic modeling; drainage and irrigation; reclamation and hydraulic arrangements; management of hydraulic systems; water resource management; underground hydrology; technical hydrology; hydraulic infrastructures; hydraulic protection of the territory; arrangement of river basins; technique of hydraulic works; Building offshore; Hydraulic coastal and maritime; waterways; Harbour Engineering; regime and coastal protection; dynamics of the pollutants; phenomena of pollution and control of the quality 'of the environment; management of environmental sanitary engineering systems; impact of environmental sanitary engineering works; facilities for treating gaseous effluents; treatment facilities, solid waste; treatment plants of water supply; treatment plants of waste water; health and environmental treatment facilities; Health-Environmental Engineering; construction techniques of healthcare-environmental engineering works; consolidation of land; construction of loose materials; underground construction; dynamics of soils and rocks; marine geotechnics; geotechnical in defense of the territory; geotechnical investigations and inspections; rock mechanics; mechanics lands; principles of geotechnics; established 'slopes. Art. 56 (Department of Mechanical): aereoacustica; aerodynamics; aerodynamics of the aircraft; aerodynamics of the rotors; experimental aerodynamics; rarefied gas dynamics; fluid physics and magneto; fluid dynamics; environmental fluid dynamics; fluid dynamics of natural systems; numerical fluid dynamics; Experimental fluid dynamics; gas dynamics; AEROELASTICITY principles'; fluid dynamics; thermal power plants; testing and regulation of machines and power plants; combustion and gas dynamics of the machines; energy conservation; diagnostics of power plants; dynamics and control of the machines; Energy applied; fluid dynamics of the machines; steam generators; management of machines and energy systems; power plants for space applications; installations for the generation and energy saving; Industrial use of energy; interaction between the machines and the environment; special machines and energy systems; marine equipment; machines for refrigeration systems and for heat pumps; models of the machines; modeling and simulation of power plants; internal combustion engines; heat engines for traction; hydraulic and pneumatic; draft machines; energy systems; propulsion systems; testing on the machines; renewable energy technologies; turbomachinery; applied acoustics; climatology of the built environment; cryogenics; energy; renewable energy for heating purposes; physical environmental technology; management of energy services; energy management; management of energy resources in the territory; lighting; special air-conditioning systems; thermotechnical systems; physical and technical measures and adjustments; thermofluidodynamic measures and adjustments; models for environmental monitoring; models for thermal engineering; property 'thermophysical material; integrated energy systems; environmental control technology; refrigeration; thermokinetics to high temperatures; applied thermodynamics; fluid dynamics applied; fluid dynamics of natural systems; thermophysical building; heat engineering; heat transfer; Measurement fundamentals; General mechanical metrology; measures and quality control 'in the mechanical production; measures and controls on mechanical systems; measures and industrial instrumentation; mechanical measurements, thermal and testing; measures for diagnostics and reliability 'in mechanical systems; thermal and control measures; mechanical qualification standards and procedures; sensors and transducers to mechanical and thermal measures; processing systems of random variables measures; processing systems of dynamic magnitudes measures; processing systems of mechanical and thermal measures; assisted analysis of mechanical systems; automation in the fluid; Vibration and noise control; Diagnostics of mechanical systems; elements of theoretical and applied mechanics; mechanical drives; mechanical robots; mechanics of the vehicle; Mechanical automatic machinery; mechanical vibration; mechatronics; modeling and simulation of mechanical systems; Functional mechanical design; regulation and control of mechanical systems; experiments on mechanical systems; theory and technique of lubrication; reliability 'and security of mechanical engineering; testing of mechanical constructions; mechanical behavior of materials; quality control'; non-destructive testing; construction of hydraulic and pneumatic drives; construction of motor vehicles; construction of agricultural machinery; construction of automatic machines and robots; construction of earth-moving machines; construction of the driving machines; Construction of railway equipment; construction and testing of motors for land vehicles; construction and tire technology and vibration control; precision mechanical constructions; structural diagnostics; dynamic of the vehicle; constructive elements of the machines; guarantee of quality 'in machine construction; mechanics of materials; experimental mechanics; optimization of mechanical constructions; principles and methods of mechanical design; aided design of mechanical structures; design of the chassis elements; design of mechanical systems in the dynamic field; design and construction of special machines; mechanical design with unconventional materials; project of the tractor; project of workshops; testing and reliability 'of the motor vehicle; technique of mechanical engineering; computer aided drafting; design of installations and of industrial systems; design of machines; aerospace design engineer; technical drawing; Naval technical design; image processing for industrial design; foundations and methods of industrial design; Technical computational graphics; methods of technical communication; geometric modeling of the machines; industrial standardization and engineering; industrial management of quality '; machine tools; functional models for mechanical engineering; plasticity 'and by plastic deformation processing; robotic manufacturing processes; Computer aided manufacturing; programming and control of mechanical production; integrated production systems; manufacturing studies; welding technique and the junctions; technologies of unconventional materials; technology of aircraft production; general materials technologies; Special technologies; Ergonomics; operation of industrial plants; managing planting projects; industrial production management; transport systems; special systems; industrial logistics; design of industrial plants; General facility services; security of production systems; automated manufacturing systems; industrial instrumentation; industrial technologies; bioengineering; BIOMACHINES; biomechanics; biomechanics of rehabilitation; biomechanical constructions; biological transport phenomena; Biomedical fluid dynamics; hospital facilities; Artificial organs and implants; Biomedical robotics; life support systems; biomedical instrumentation; technology of biomaterials; biomedical technologies; Biomedical thermodynamics. Art. 58 (Department of business administration and public administration): economics applied to the engineering; economy of industrial systems; economics and management of services; economics and management of innovation; business management; enterprise information management; management of quality '; industrial marketing; organization of production and logistics systems; financial analysis systems; management control systems; organizational systems; technological systems and work organization; strategy and planning systems; mathematical economics applied to the engineering; Political Economy; economic institutions; microeconomics; investment economy; labor economics; economy of energy sources; industrial economy; urban and regional economy; Political Economics.