FKKT

Bologna 1^st Cycle Study Programmes

Chemical Engineering – UN:

• Chemical Engineering I
• Chemical Engineering II
• Heat and Mass Transfer
• Product Engineering
• Separation Processes
• Polymer Materials
• Principles of Polymer Engineering
• Chemical Engineering laboratory 
• Engineering Materials
• Practical Course in Materials Characterisation (elective course)
• Advanced Methods of Materials Characterisation (elective course)

Technical Safety – UN:

• Fundamentals of Materials

Chemical Technology – VS:

• Processes in Industrial Chemistry
• Polymer Materials
• Principles of Polymer Engineering
• Coatings Technology
• Mechanical Operations (elective course)
• Practical Course in Materials Characterisation (elective course)

Extramural Courses

• Polymers (Univerzitetni študijski program Inženirstvo materialov, UL NTF)
• Polymer Materials  (Univerzitetni študijski program Inženirstvo materialov, UL NTF)
• Technology of Materials I, II - UN (Academy of Fine Arts and Design)
• Industrial Materials (elective course) - VS (Faculty of Mathematics and Physics)

Bologna 2^nd Cycle Study Programmes

Chemical Engineering – UN:

• Nanomaterials and Composites
• Polymer Reaction Engineering
• Polymer Process Engineering
• Organic coatings

Extramural Courses

• Polymer Materials (Magistrski študij lesarstva, UL BF)

Pre-Bologna Undergraduate Programmes

Materials - UN
- Inorganic Materials and Products, Technical Ceramics and Silicates - UN
- Principles of Technological Processes – UN
- Hazardous Substances – VS

Bologna 3^rd Cycle Doctoral Study Programmes

Doctoral Programme in Chemical Sciences:
- Selected Topics in Separation Processes
- Selected Topics in Polymer Engineering
- Mechanics of Polymer Materials
- Selected Topics in Materials Engineering
- Selected Topics in Materials for Energy Industry and Environmetal Protection

• Research and Development of Inorganic Materials, Products and Processes for their Preparation; Materials and Composites for High Temperature Fuel Cells; Characterization of Materials
• Nanomaterials and Nanocomposites
• Industrial Waste Materials
• Defect Structure Influence on Sintering of Oxides (Mostly Rutile)
• Experimetal Verification and Statistical Analysis of Different Sintering Models
• Study of Liquid Phase Sintering and Sintering in Heterogeneous Systems
• Impedance Spectroscopy Method for the Development of Ionic Conductors and Ionic Conductor-Metal Boundary Characterisation
• Synthesis and Characterisation of Ceramic and Composite Materials for High Temperature Technologies e.g. High Temperature Fuel Cells
• Sol-Gel and Combustion Synthesis Techniques for the Preparation of Complex Ceramic Oxides, Mixed Oxides and Composites
• Synthesis, Characterisation and Properties of One-Dimensional Nanostructured Materials

• Gas Chromatograph
• Scanning Electron Microscope Jeol T300
• Heating Microscope Leitz Wetzlar 301-200-301
• Optical Microscope Leitz
• Particle Sizer Fritzsch Analysette 22
• Impedance Analyser
• 1250 Frequency Response Analyser Solartron Schlumberg
• 1286 Electrochemical Interface Solartron Schlumberg
• Scanning Probe Microscope Nanoeducator NT-MTD
• Field Emission Scanning Electron Microscope Zeiss ULTRA Plus
• Microscope for Correlation, Confocal and Light Microscopy Zeiss (CE-NAMASTE)
• Netzsch STA 449 F3 Jupiter Apparatus for Simultaneous Thermal Analysis (CE-NOT)
• Mass Spectrometer Netzsch QMS 403C Aëolos (CE-NOT)
• Surface Area and Porosity Analyzer Micromeritics ASAP 2020 (CE-NOT)
• Mettler Toledo DMA 861e
• Mettler Toledo DSC 1
• Mettler Toledo ReactIR iC10
• Mettler Toledo LabMax Automatic Lab Reactor
• GC System 7890A Agilent Technologies
• Perkin Elmer FTIR Spectrum 1000
• Brabender Plastograph EC "PLUS"
• Reometer Anton Paar Physica MCR301
• 3D-DLS Research Lab
• Vrstični elektronski mikroskop na poljsko emisijo Zeiss ULTRA plus
• Bruker Avance III 500 MHz NMR spektrometer
• Bruker DPX 300 NMR spektrometer
• Microtrac S 3500 Laser Particle Size Analyzer