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FACULTY
OF MECHATRONICS AND MACHINE BUILDING

Faculty of Mechatronics and Machine Building
25-314 Kielce
Al. Tysi±clecia Państwa Polskiego 7, Building B
phone:   + 48 41 34 24 420, 34 24 321 . The Main Faculty Office
phone:   + 48 41 34 24 492 . Faculty Office for full-time and part-time studies
fax:         + 48 41 34 48 698
e-mail: wmibm@tu.kielce.pl


The Faculty Authorities

Dean

Dr habil. Leszek RADZISZEWSKI, Eng., the University Prof.
e-mail: lradzisz@tu.kielce.pl
phone: + 48 41 34 24 420

Vice-Dean for Research

Dr habil. Sławomir SPADŁO, Eng. , the University Prof.
    e-mail: sspadlo@tu.kielce.pl
  phone: + 48 41 34 24 420

Vice-Dean for International Cooperation

DSc. Wojciech Żórawski, Eng.
    e-mail: ktrwz@tu.kielce.pl
  phone: + 48 41 34 24 675

Vice-Dean for Student Affairs and Teaching

DSc. Stanisław DZIECHCIARZ, Eng.
    e-mail: dziechciarz@tu.kielce.pl
  phone: + 48 41 34 24 497

Faculty Units

  • The Centre for Laser Technologies of Metals . a unit of the Polish Academy of Sciences
    and the Kielce University of Technology
    Chair of Industrial Laser Systems
    Chair of Automation and Robotics
    Division of Informatics and Control
    Division of Robotics
  • Chair of Operation Engineering
    Head: Dr Habil. Bogdan Antoszewski, Eng., the University Prof.
    Phone:   + 48 41 34 24 539
    E-mail: ktrba@tu.kielce.pl
  • Chair of Heat Machines
    Head: Dr Habil. Leszek Radziszewski, Eng., the University Prof.
    Phone:   + 48 41 34 24 531
    E-mail: lradzisz@tu.kielce.pl 
  • Chair of Mechanics
    Head: Prof. Andrzej Radowicz, Dr Habil.
    Phone:   + 48 41 34 24 361
    E-mail: radowicz@tu.kielce.pl
  • Chair of Metal Science and Material Technologies
    Head: Dr Habil. Andrzej Dziadoń, Eng., the University Prof.
    Phone:   + 48 41 34 24 508
    E-mail: adziadon@tu.kielce.pl
    Division of Metal Science
    Division of Material Technologies
  • Chair of Machine Design Basics
    Head: Prof. Andrzej Neimitz, Dr Habil., Eng
    Phone:   + 48 41 34 24 307
    E-mail: neimitz@tu.kielce.pl
    Division of Machine and Equipment Design
    Division of Fracture Mechanics
  • Chair of Vehicles and Mechanical Equipment
    Head: Dr Habil. Zbigniew Koruba, Eng., the University Prof.
    Phone:   + 48 41 34 24 430
    E-mail: ksmzko@tu.kielce.pl
    Division of Information Technology and Armament
    Division of Automobiles and Tractors
  • Chair of Mechanical Technology and Metrology
    Head: Prof. Stanisław Adamczak, Dr Habil., Eng., Dr.h.c.
    Phone:   + 48 41 34 24 534
    E-mail: adamczak@tu.kielce.pl
    Division of Manufacturing Processes and Measurements
    Division of Mechatronics

Faculty Staff

Professors and University professors holding a degree of doctor habilitated - 27
Readers and senior lecturers with a doctor's degree - 46
Assistants and lecturers with a master's degree - 17
Technical and office staff- 34


Faculty Courses

Fields of study:

MECHANICS AND MACHINE BUILDING
Specialisation areas:

  • operations and logistics
  • computer-aided manufacturing
  • automobiles and tractors
  • armament and information technologies
  • computer-aided laser and plasma technologies
  • IT applications 

Automation and Robotics
Specialisation area:

  • industrial automation

TRANSPORT
Specialisation areas:

  • logistics and forwarding
  • automotive vehicle transport

Third Cycle (Doctoral) Studies

Since the academic year 2000/2001 the Faculty has offered the third cycle studies (doctoral studies) in the following fields: machine building and operation, mechanics, automation and robotics.

Degrees and Titles

  • implementing procedures related to a degree of professor of technical sciences
  • authorization to confer a degree of doctor habilitated of technical sciences in the field of machine building and operation
  • authorization to confer a degree of doctor of technical sciences in the field of mechanics
  • authorization to confer a degree of doctor of technical sciences in the field of machine building and operation 
  • authorization to confer a degree of doctor of technical sciences in the field of automation and robotics

Faculty Main Research Interests

Chair of Industrial Laser Systems:

  • Laser treatment of materials and machine elements design
  • Development of procedures for control and laser systems and manipulators mating
  • Control of laser system and processes

Chair of Automation and Robotics:

  • IT applications to solving problems of control, machine dynamics and technical equipment design

Chair of Operation Engineering:

  • Coating technologies including plasma, arch, supersonic and flame spraying

Chair of Heat Machines:

  • Building, testing, operation and improvement of piston combustion engines
  • Thermodynamics, liquid mechanics, hear transfer, aerodynamics

Chair of Mechanics:

  • Mechanical and micromechanical tests of non-homogeneous materials
  • Methods of thin-walled structure design

Chair of Metal Science and Material Technologies:

  • Material testing methods
  • Research and optimisation of technological processes and means of production

Chair of Vehicles and Mechanical Equipment:

  • Theory, design and technology of armament
  • Theoretical basis and technical problems of automobile operation and use; issues of repair technology

Chair of Machine Design Basics

  • Machine building basics and computer-aided design
  • Solid mechanics and experimental mechanics

Chair of Mechanical Technology and Metrology:

  • Metrology of geometric quantities in quality systems
  • Computer-aided design of machine elements technology
  • Design and manufacture of machine elements on CNC machine tools
  • Design, implementation and operation of automation and robotics equipment with electro pneumatic and electro hydraulic drive and control

Cooperation with Foreign Institutions

Bilateral agreements:

  • Institute of Nano Science, Nanjing University of Aeronautics and Astronautics (China) - scientific cooperation.
  • Czech Technical University in Prague (the Czech Republic) - upgrading of teaching processes; scientific cooperation; first, second and third cycle student exchange; multimedia teaching techniques; academic training.
  • VSB Technical University of Ostrava (the Czech Republic) - cooperation in the field of teaching and research.
  • University of ®ilina (Slovakia) . joint work on the improvement of teaching and scientific cooperation.
  • Technical University of Kosice (Slovakia) - Cooperation on the upgrading of teaching processes; scientific cooperation; first, second and third cycle student exchange; multimedia teaching techniques; academic training.
  • Riga Technical University (Latvia) - cooperation on the upgrading of teaching processes; exchange of research experience in the field of surface treatment effect on material strength parameters, laser heating effect on the structure and properties of alloys; technologies, applications and transformation of composite materials.
  •  Institute of Crystallography of the Russian Academy of Sciences in Moscow (Russia) - new results in research of elastic and electromagnetic dynamics, statics and quasistatics of complex anisotropic media of various properties.
  • Moscow State Aviation University (Russia) . joint work on the improvement of teaching and scientific cooperation in the field of aeromechanics and control of flying objects; evaluation of material properties and surface layers.
  • Institute of Materials Technology of the National Academy of Sciences in Kiev . joint work on the improvement of teaching and scientific cooperation in the field of  research and manufacture of composites and absorptive coatings absorbing laser radiation.
  • Charkov Politechnical University (Ukraine) . joint development of a handbook .Machine Parts. Design.. and .Dynamic Phenomena in Mechanical Drives with a Flexible Coupling..
  • State University of Sumy (Ukraine) . joint work on the improvement of teaching and scientific cooperation in the field of tribological properties of surface layers and machine dynamics.
  • State Agricultural University of Sumy (Ukraine) . joint work on the improvement of teaching and scientific cooperation in the field of tribological properties of surface layers and machine dynamics.

LLP - ERASMUS . partner universities:

  • Technical University of Vienna (Austria) . student and teacher exchange.
  • Technical University of Graz (Austria) - student and teacher exchange. 
  • Czech Technical University of Prague (Czech Republic) - student and teacher exchange.  
  • Democritus University of Trace (Greece) - student and teacher exchange. 
  • Universidad de Cantabria (Spain) - student and teacher exchange. 
  • Athlone Institute of Technology (Ireland) - student and teacher exchange.
  • Riga Technical University (Latvia) - student and teacher exchange. 
  • University of Żilina (Slovakia) . student and teacher exchange.  
  • Technical University of Kosice (Slovakia) - student and teacher exchange.  
  • Politecnico di Torino (Italy) - student and teacher exchange. 
  • Moray College (Great Britain) - student and teacher exchange. 

 International Programmes
Within the framework of Leonardo da Vinci programme, since 2006, the Faculty has been participating in ILTOF . Innovative Learning and Training on Fracture, the project implemented in cooperation with eight partners from six countries. As a teaching programme, ILTOF aims at preparing teaching materials in traditional and electronic versions; its results will include arranging training courses on the issues of fracture mechanics, fatigue mechanics and creep mechanics. The University declared to work on the following problems:

  • Application of the finite element method in fracture mechanics.
  • Application of fracture mechanics, material fatigue and creep properties in engineering practice.

The Faculty is a participant of the Central European Exchange Programme for University Studies CEEPUS. Within its Framework, the Faculty is working on the following research projects:

  • .Specification of product geometry . a new trend in the designing and implementing of technological processes.. The project is coordinated by the Kielce University of Technology, the Faculty of Mechatronics and Machine Building, the Chair of Mechanical Technology and Metrology.
  • .Concurrent Product and Technology Development - Teaching, Research and Implementation of Joint Programs Oriented in Production and Industrial Engineering.. The project is coordinated by the University of Rijeka (Croatia) . the Faculty of Mechanical Engineering, the Institute of Production Engineering
  • .Progressive Methods in Manufacturing Technologies.. The project is coordinated by the VSB Technical University of Ostrava, (the Czech Republic). 

The network of partner universities includes: Vienna University of Technology, V©B . Technical University of Ostrava, Czech Technical University in Prague, University of Rijeka, University of Zagreb, SS.Cyril and Methodius University in Skopje, Cracow University of Technology, Dunarea de jos University of Galati, Technical University of Cluj-Napoca, University of Novi Sad, University of Maribor, Technical University in Koąice, University of ®ilina, Slovak University of Technology in Bratislava, Tomas Bata University in Zlín,  Budapest University of Technology and Economics, University of Miszkolc, Poznań University of Technology, University of Ljubljana.


Faculty Research Services

  • Materials Research:
    • testing of materials by means of scanning electron microscopy and X-ray microanalysis
    • expert evaluation of materials
    • heat treatment and thermochemical treatment
  • Strength and Fatigue Research:
    • mechanical properties of materials
    • materials fatigue
    • complex durability tests of defective structures
  • Heat Transfer:
    • power expert evaluations
    • heat transfer enhancement
  • Project Works and Construction Calculations:
    • machine building project works
    • structural design and forming of coating structures
    • MES analyses and experimental testing of components and structures
  • Measurement Technology . Tests and Project Works
    • design and manufacture of machine elements on CNC machine tools
    • design of technology and design of cutting and plastic treatment tools
    • design and implementation of computer measurement systems for technical elements profile evaluation
    • tests and evaluation of dimension-shape accuracy of machine parts; waviness and roughness of surfaces
    • coordinate-measurements of machine parts
    • checking and calibration of universal measuring devices
    • quality evaluation of rolling bearings
    • tests and project works in the field of automation and robotics
    • design, modelling, simulation and identification of hydraulic and pneumatic elements and systems with 3DCAD, MES, SIM software
    • modernisation and implementation of new energy-saving solutions in the field of building and control of hydraulic and pneumatic systems and compressed air systems
    • consultancy and expert evaluation of the design, modernisation and operation of hydraulic and pneumatic power transmission and control systems.
    • training in building and operation, and control techniques of hydraulic and pneumatic power transmission systems.
  • Laser and Plasma Technologies:
    • application of classical laser technologies (cutting, welding, surface treatment, hollowing)
    • laser forming of metals with special properties and precision requirements
    • thermally sprayed protective coatings
  • Exploitation and Tribology:
    • metal materials and coatings abrasion resistance evaluation
    • evaluation of tribological properties (frictional resistance, wear) of kinematic pairs 
    • seizing resistance evaluation of kinematic pairs materials with fluid-film lubrication or without lubrication
    • design of technological processes of machine parts regeneration  with electro-spark deposition and thermal spraying
    • design of optimal exploitation of technical objects  
  • Tests of Automobiles, Machines and Equipment:
    • checks of automobiles
    • checks of industrial trucks
    • tests and evaluation of toxic substances emission from piston combustion engine exhaust fumes
    • exoergic analysis of engines and conditions for the maximum utilisation of combustion heat
    • combustion engines diagnostics and engine diagnostic equipment evaluation
    • experimental research and determination of static and dynamic characteristics of hydraulic and pneumatic systems
    • diagnostics, wear evaluation and determination of operational parameters of hydraulic and pneumatic elements and systems.


Kielce University of Technology
Al. Tysi±clecia Państwa Polskiego 7
25-314 Kielce
Tel.: +48 41 34-24-444
Fax: +48 41 34-42-997