Technical University of Gabrovo

The Faculty of Electrical Engineering and Electronics was established by an Act of the Council of Ministers of Bulgaria No 276 of 22.07.1983. A total of 12 scientific majors have been accredited at the faculty for studies leading to a Ph.D. degree. The duration of studies for attaining the academic degree of Bachelor is four years (eight semesters), while the studies leading to the degree of Master last three semesters for Bachelor degree holders in the same major and five semesters for Bachelor degree holders in a different major and for Vocational Bachelor degree holders

www.tugab.bg

The scientific work in the department is concentrated in the following topics: Control of technological objects and electro-mechanical systems, Sensor and microprocessor technics, Synchronization and control of chaotic systems. The results of the scientific work in the department are integrated in the teaching process. Students and PhD Students are regularly taking part in the scientific work in the department. The results are published in scientific journals, including journals with Impact factor, as Sensors and Actuators, Sensors and Materials, Physics Letters etc.

Robotics and Automatic Control, Computer Systems, Information Systems

The department of Computer Systems and Technologies has specialized laboratories equipped with computer networks, modern computers with Internet access. The department staff works on international projects and maintains contacts with a number of European universities from the U.K., Germany, Romania, Serbia and Montenegro, etc. Students who graduate in Computer Systems and Technologies can pursue careers in: computer firms, engaged in computers and information technologies.

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full time, part time

The Department of Communication Equipment and Technologies has specialized laboratories for conducting practical classes and research, equipped with modern electronic measurement tools and computers. Students who graduate in Communication Equipment and Technologies can find employment as: - designers, technologists, service, marketing and trade specialists. - organizers, experts and consultants in operation; - repair and maintenance of radio and television equipment, telecommunication systems for the needs of defense

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full time, part time

The teaching plan for this degree is generally organized in two parts. The first part includes the first 4 semesters and contains some fundamental courses, such as Matahematics, Physics, General programming, Electrotechnics, Measuring technics, Electronics, Semi-conductor elements. The second part of the education includes the last 4 semesters and contains courses, which form the specializing part of the education in automatics. Some of them are Control theory, Microprocessors, Microcontrollers, Programmable logic controllers, Computer-based systems etc.

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full time, part time

The teaching plan is organized in three semesters. During their education in the Master’s degree in Automation the students gain knowledge and skills in the fields of: Optimization methods, Industrial information systems, Nonlinear systems control, Control systems with programmable logic controllers, Building automation systems, Industrial robots etc.

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full time, part time

Students who graduate in Computer Systems and Technologies can pursue careers in:manufacturers using automated systems for design or control of manufacturing processes and machines; the sphere of education in informatics, information technologies, computer systems and technologies and computer networks and systems; the sector of services, financial and banking institutions, state administration in implementation and maintenance of hardware and software products.

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full time, part time

The master's degree aimed at continuing professional development, which will involve a majority of learning that takes place in a professional or practice environment: Multimedia Systems, Digital Communications, Electromagnetic Compatibility, High-speed Communications, Cable Television Networks, Satellite Television Networks, Teletraffic Theory The master's study program includes 90 credits, 12 subjects (10 compulsory subjects and 2 elective subjects) with total workload of 615 hours.

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full time, part time

Optoelectronics and Laser Technics-Master degree

The Department of Electronics is providing teaching and learning courses in semiconductor components, microelectronics, analog and digital circuits and systems, optoelectronics, Sensors, Microprocessor Circuitry, Electronic Computer Aided Design; Electronic Technological Processes and Devices, Power Convertion, Design and Technology of Electronic Equipment, PLC, Computer Systems, Electronic Technology and Equipment, Electronic Drive Regulators, Industrial Convertor Systems, Embedded Microsystems Website: http://electronica-tugab.eu

www.tugab.bg

The Department of Electronics has a number of modern specialized laboratories for research in the areas of Power Electronics, Microelectronic Systems, Optoelectronics and Sensor Technics, Digital Electronics, Microprocessor Circuitry, Electronic Computer Aided Design; Electronic Technological Processes and Devices; Computer Systems, PLC and Microcontrolers, Design and Technology of Electronic Equipment Website: hthttp://electronica-tugab.eu

Power Electronics, Energy Efficiency in Electrical Engineering, Digital Electronics, Microprocessors and PLC

The curricula of specialty for degrees "Bachelor" and "Master" with in these courses are in accordance with the curricula of Bulgarian and foreign technical universities. The main subjects taught are: electrical equipment, electrical machines, electrical networks and systems, electric power stations and substations, electric automation, lighting and Installation equipment, electric power distribution and others. Specialized training is conducted in ten specialized teaching equipped with modern measuring and computer equipment.

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full time, part time

The Department of Electronics has specialized laboratories for conducting practical classes and research, equipped with modern electronic measurement tools and computers. Students who graduate in Electronics can find employment.The bachelor's degree aimed at initial professional development. The bachelor's study program includes 240 credits, 48 subjects (37 compulsory subjects, 7 elective subjects and 4 internship works) with total workload of 2555 hours. The study program involve a large number of learning that takes place in different areas of specialization.

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full time, part time

The master's degree is aimed at continuing professional development, which specialized in a professional or practice field of: • Designing, Assembling and Diagnostic works in the field of: Sensors, Sensor Systems, Convertor Devices and Actuators; Electro-equipment, Electrical Drives and Electronic Regulators in Automobiles, Electronic Systems in Internal Combustion Engines; Devices and Systems for Normal Functioning of the Automobiles; • Productions of Electronic Automobile Systems; • Design, Assembly, Settings and Maintenance of Security Systems

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full time, part time

Students who graduate with a Master’s degree in “OCCUPATIONAL SAFETY” have acquired the following skills and knowledge which will enable them to: • analyze and estimate industrial hazards and labour conditions; • develop and introduce technical, technological and managerial decisions aiming at prevention and minimizing of industrial hazards and improvement of labour conditions; • conduct practical and scientific research in the field of safety engineering including labour hygiene; • instruct and train technical staff, workers and others

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full time, part time

Diploma for graduated with degree "Master" in " Electric Power Engineering and Electrical Equipment" is necessary document to obtain a design legal capacity of the Chamber of Engineers in Investment Design (CEID) and work in licensed by the Agency for Sustainable Energy Development (SEDA) companies for energy efficiency audits of buildings and industrial systems.

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full time, part time

The master's degree is aimed at continuing professional development, which specialized in a professional or practice field of: • Power Electronics - Designing and Technology of Electronic Technological Processes, Industrial Converter Systems, Electronic Drive Regulators and Electronic Control Systems; • Computer Aided Design in Microelectronics and Sensorics; • Operation, Diagnostic and Maintenance of Electronic Industry Systems; • Management and Marketing Activities in Firms operating in the field of Electronics The master's study program includes 90 credits

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full time, part time

The faculty has modern facilities and equipment, including CNC machines, robots, computers and instrumentation. All students receive fundamental training in the area of mechanical engineering, computer skills for calculations and drawing, economics and management. The training involves international student exchange for one or two semester studies or for developing graduation theses in EU universities under the Erasmus programme.

Dynamics of mechanical systems Vibrations of mechanical systems Computer methods in mechanics Strength problems at high and low temperatures Modeling and optimizing mechanical characteristics of mechanical engineering materials Computer-based methods of engineering analysis Mechanical and mathematical modeling and optimization of mechanical systems characterized by dissipative processes Design of machines and equipment Dynamics of machines Synthesis and precision of mechanisms

Thermodynamics, Applied Mechanics, Water and Hydraulic Engineering

The degree course in Mechatronics has been developed in collaboration with institutes of higher learning from Germany and Czech Republic. It is set in conformity with the world trends in the development of most promising and innovative branches of engineering by blending and harmonizing methods inherent to mechanics, electronics and information technologies for the purpose of producingto produce a new generation of machines.

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full time, part time

University of Applied Sciences Schmalkalden (Germany).

Bachelor's degree holders could have prospective employment as: experts in the field of energy research and adoption of energy saving technologies designers of air-condition, heating, ventilation, gas supply and cooling systems and installations engineers in charge of maintenance and operation of energy systems experts and coordinators of projects related to energy effectiveness and renewable energy sources.

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full time, part time

Training in Textile Design, Equipment and Technologies is carried out in conformity with the Higher Education Act for full-time and part-time students enrolled in Bachelor, Master's and Ph.D. degree courses. Students who have graduated the M.Sc degree course in TDET are awarded professional qualification of M.Sc. Engineer in the professional trend of Textile Design, Equipment and Technology. Holders of Master's degree in TDET are well qualified to occupy positions as leaders of research teams, marketing and service departments; production engineers/managers; etc.

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part time

Successful graduates of this course are awarded Bachelor academic degree and the professional qualification of Mechanical Engineer. Training is conducted in specialized laboratories equipped with modern CNC machine tools, industrial robots, 3D printer, computers and multimedia equipment. Students obtain fundamental engineering background which is set in conformity with European requirements.

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full time, part time

The course is taught for full-time students enrolled in B.Sc. and M.Sc. degree level. Training is carried out in well equipped laboratories provided with computer and video equipment. Contact and practical classes are held in the Center for European Industrial and Environmental Standards; on the sites of newly commissioned water treatment stations in the region and in the laboratories of the regional Inspectorate of Environmental Protection and Monitoring.

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full time

This degree course equips students with knowledge about the design, operation and management of production in the following major engineering fields:: hydraulic and pneumatic equipment and installations; heating, ventilating, air-conditioning and refrigerating installations and systems; automobiles, trucks, road construction and agricultural equipment; power engineering; hydraulic and pneumatic drives and automation; automated control systems; computer applications for design and control of hydraulic, pneumatic and heat machines and systems.

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part time

Students obtain fundamental engineering background which is set in conformity with European requirements. Computer aided design of complex products and Development of tooling equipment and respective NC programs for their manufacture are among the core subjects within this degree course.

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full time

Educational-qualification degree of Master Numeric methods in the mechanics of uninterrupted continuum Optimum design of mechanical structures Methods and means for development of specialized upgrades to CAD/CAE systems Strength of materials Modelling and optimization of processes in textile industry Optimization of manufacturing processes in mechanical engineering Theory of experimentation Construction materials Testing and investigation of engineering materials Computer mathematics Mechanic vibrations

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full time, part time

Students who have graduated the engineering degree course in Mechatronics have good career prospects as: designers of technical systems, units and integrated devices which incorporate mechatronic modules such as data sensors, master and slave devices, algorithmic and software back-up of their computerized control.

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full time, part time

Students who graduate in this degree course can find employment as: designers of hydraulic and pneumatic elements, machines and systems; specialists on servicing, operation, control and maintenance of hydraulic, pneumatic, air-conditioning and heat equipment; specialists on operation and maintenance of pump and compressor stations, water power plants, etc.; specialists on operation and maintenance of agricultural equipment, road-construction machines, machines for the chemical and food industries, etc.

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full time, part time

Specialized laboratories which conduct training and research operate on the territory of the Department. These are laboratories with more than 300 units of metalworking equipment including universal machines and machines with CNC, technology and tooling, robots, as well as with modern computer and measuring equipment and licensed software - specialized laboratories in: Materials Science, Metal Casting, Metal Welding, Plastic Deformation, Powder Metallurgy, Electro-physical Technologies, Thermal and Chemical Heat Treatment, X-ray Analysis.

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full time, part time

The department of Textile Engineering and technologies conducts training in 8 specialized laboratories and 1 workshop. Its staff consists of 6 associate professors and 5 chief assistant professors two of which are Ph.D degree holders. Academic curricula and syllabi are developed in compliance with those EU universities which employ the system of credit accumulation and transfer. Students in Textile Design, Equipment and Technologies (TDET) have classes in special computerized labs equipped with latest versions of related software for computer.

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full time, part time