Courses and final works for Erasmus students PDF Drukuj Email


Erasmus students are offered final works (winter and summer semester) and courses (only summer semester) in English. The topics of final projects must be in line with the research and teaching activities of Faculty of Mechanical Engineering (please see the description of Institutes) and must be agreed before signing the Learning Agreement. The students are supervised be experienced Professors and can use university laboratories for project purposes.

NEW!!!: Erasmus students can now select the courses from the programme of Advanced Computational Mechanics. Please click here for details.

The following listed courses are available for Erasmus students only in summer semesters depending on the number of students willing to participate. If your require more information about the course availability, contents and ETCS points, please contact Adres poczty elektronicznej jest chroniony przed robotami spamującymi. W przeglądarce musi być włączona obsługa JavaScript, żeby go zobaczyć. .

Institute of Applied Mechanics (

  • Biomechanics
  • Theory of Plasticity
  • Vector Matrix and Tensor Calculus in Computational Mechanics
  • Strength of Materials
  • General Mechanics
  • Analytical Mechanics
  • Engineering vibration
  • Rheology
  • Introduction to engineering application of the Finite Element Method
  • Theory of elasticity
  • Constitutive Modeling of Materials
  • Damage mechanics
  • Experimental methods in mechanics
  • High dynamic measurement and data analyzing
  • Linear and Nonlinear Mechanics of Materials
  • Mechanics of constitutive modeling
  • Solid State Mechanics

Institute of Materials Engineering (

  • Manufacturing of structural components by powder metallurgy technology
  • Structural aspects of fracture
  • Microstructure and mechanical properties of alloys
  • Small Punch Test (SPT) - unconventional method of testing mechanical propierties
  • Applied optics and optical materials
  • Application of Scanning Electron Microscopy in Materials Science
  • Fundamentals of material science
  • Applied optics for engineers
  • Optics in new technologies

Institute of Machine Design (

  • Theory and engineering application of FEM
  • Mechanics of composite materials
  • Hydraulic and pneumatic drive and control systems
  • Machine design
  • Nanostructures and nanocomposites
  • Plastics and composites
  • Technical drawing and AutoCad

Institute of Automobiles and Internal Combustion Engines (

  • Combustion engines
  • Automotive Structures
  • Optimization of car chassis

Institute of Thermal and Process Engineering (

  • Refrigerating and Air Conditioning Plants
  • Air Conditioning Plants
  • Engineering Thermodynamics
  • Heat Transfer
  • Fluid Mechanics

Institute of Production Engineering (

  • Additive Manufacturing
  • CNC machine tool programming with CAD/CAM system
  • Computer Systems in Production Control
  • Ecology and Environmental Management
  • Fundamentals of machining
  • Micro and Nano Manufacturing Processes
  • Modern trends in machining
  • Simulation and CNC technology
  • New developments in manufacturing technology
  • Interpersonal communication
  • Project management
  • Unconventional and Hybrid Manufacturing Processes
  • Work safety and ergonomics
  • Production and Operation Management
  • Surface topography - measurement and analysis
  • Industrial robots
  • Virtual manufacturing with DELMIA

Institute of Computing Science (

  • Computer Graphics
  • Computation Method using Maple
  • Fundamentals of DOE
  • Programming C++ and Java
  • Computer networks
  • CAD Design
  • Image Processing
  • Database management

Institute of Rail Vehicles (

  • Regional and international transport systems
  • Enterprise logistics systems
  • Active Systems of Vehicle Ride Comfort
  • Inventories and Warehousing
  • Sustainable Urban Mobility Management
  • Virtual Prototyping of Rail Vehicles

Institute of Power Engineering (

  • Heat Transfer
  • Thermal Power Engineering
  • Steam Boilers
  • Steam and Gas Turbines
  • Hydraulic and Wind Turbines
  • Environmental Protection
  • Renewable Energy Sources
  • Computer Methods for Engineers
  • Numerical Methods
  • Ansys Workbench (CFD) for Heat Transfer and Fluid Flow
  • Central Heating Systems
  • Energy Management
  • Energy Problems
  • Fuel Combustion
  • Matlab for Engineers
  • Solar Systems

Laboratory for Coordinate Metrology (

  • Coordinate metrology
  • Metrology

Programs and Courses - 2009/2010 PDF Drukuj Email


BSc Degree  (Prospective Undergraduates):
-  in Mechanics and Machine Design
    PROGRAM description

 -  in Computer Science
    PROGRAM description
Course titleEngineering Graphics
                     Object Oriented Programming
                     Modelling and Visualisation

- in Mechanical Engineering and Power Engineering
Course title
Alternative Power Sources
                      Engine Thermal Loading
                      Technology of Clean Combustion

MSc Degree  (Prospective Postgraduates):

- in Mechanics and Machine Design
Program title: Advanced Computational Mechanics    
PROGRAM description
Program title: Computer Aided Design in Mechanical Engineering
PROGRAM description
Course title:   CAD 2D Systems
CAD 3D Systems
                       Object Oriented Programming

Program title: Automotive Engineering
Course title
:  Fuel Feeding Systems for an Internal Combustion Engines

- in Transportation
Program title: Transportation Management and Railway Vehicle Engineering
                       PROGRAM description

- in Mechanical Engineering and Power Engineering
Program title: Thermal Power Systems and Installations
                       PROGRAM description
Course titleThermodynamics
                      Strenght of Materials
                      Fluid Mechanics
                      Numerical Methods
                      Heat Transfer
                      Environment Protection
                      Computer Methods for Engineers
                      Renewable Energy Resources
                      Power Turbines
                      Heat and Power Plants
                      Heating Engineering
                      Analysis, Modelling and Design of Energy Systems
Program title: Combustion Engines
PROGRAM description
Course title Fuel Feeding Systems for an Internal Combustion Engines

Ph.D. Degree (Doctorate):

-in Mechanics, Machine Design, Material Engineering
Program title: Advanced Computational Mechanics
PROGRAM description