Expertise UL
Incredible technological advances and creative solutions are being created every day at 23 faculties and 3 academies of the University of Ljubljana. Our top researchers possess expertise and expertise in a wide variety of fields.
Do you have a challenge in the company? Are you looking for experts to help you solve it? Browse the expertise available at the University of Ljubljana. Contact us for any further questions.
Faculty of Computer and Information Science
Laboratory of Algorithmics
Algorithmics. …
Approximation and probability algorithms. Linear algebra algorithms. Combinatorial optimisation algorithms. Parallel computing algorithms. Translators. Development of operating systems. Grid computing.
Algorithmics.
Different industrial sectors. Artificial intelligence.
Faculty of Computer and Information Science
Computer Vision Laboratory
Computer vision. …
Computer vision. Biometrics. Multimedia. Capture, processing and interpretation of 2D and 3D image data, understanding and interpretation of the human body in images, machine learning in computer vision. Interactive image information interfaces, 3D documentation in archaeology and cultural heritage, 3D modelling, interpretation of medical images and images in art history, forensic analysis of images and video, production of new media art installations.
Computer vision.
All industrial sectors. Media. Medicine. Healthcare.
Faculty of Computer and Information Science
Computer Structures and Systems Laboratory
Computer structures and systems. …
Computational methods for modelling, simulation and analysis of biological systems with process capabilities. Group dynamics. Quantum cellular automata.
Computer structures and systems.
Informatics. Different industrial sectors.
Faculty of Computer and Information Science
Computer Communications Laboratory
Computer communications. …
Communication networks and protocols. Cloud architectures and services. Network and cloud security. Network, infrastructure and data warehouse virtualisation. Container and unique technologies. Computer-aided learning environments.
Computer communications.
Informatics. Telecommunications. Different industrial sectors.
Faculty of Computer and Information Science
Laboratory for Mathematical Methods in Computer and Information Science
Mathematical methods in computer science and informatics. …
Continuous and discrete mathematics. Commutative and linear algebra. Nonlinear dynamical systems. Brownian motion and martingales. Algebraic topology, computational topology, application of topological methods in data analysis. Problems of numerical analysis.
Mathematical methods in computer science and informatics.
Informatics. Different industrial sectors.
Faculty of Computer and Information Science
Laboratory for Cryptography and Computer Security
Cryptography. Computer security. …
Cryptography and computer security. Discrete mathematics, coding theory and statistical design. Applied cryptography with an emphasis on cryptosystems with public keys. Cryptographic protocols and their implementations in limited environments (smart cards).
Cryptography. Computer security.
Informatics. Security. Different industrial sectors.
Faculty of Computer and Information Science
Laboratory for Integration of Information Systems
Integration of information systems. …
Integration and interoperability of applications, devices, information systems, architectures and platforms. Orchestration, API management, resilience. Technologies that enable the implementation, monitoring and optimisation of business processes. Integration with IoT devices. Mobility solutions.
Integration of information systems.
Business processes. Different industrial sectors.
Faculty of Computer and Information Science
Information Systems Laboratory
Informatics. …
Software development methodologies. Business process evaluation methodology. Strategic planning of informatics. Context-dependent applications.
Informatics.
Informatics.
Faculty of Computer and Information Science
Laboratory of e-media
Electronic media. …
Software development methodologies. Business process evaluation methodologies. Strategic planning of informatics. Context-dependent applications.
Electronic media.
Media. Cyber security and privacy.
Faculty of Computer and Information Science
Laboratory for Biomedical Computer Systems and Imaging
Biomedical computer systems. …
Biomedical signals and images. Graphical representation of anatomical details and physiological functions and relationships. Visualisation of biomedical signals and images. Development of standardised databases for the purpose of studying physiological mechanisms and evaluating the performance and robustness of recognition techniques, setting detection criteria and recognition techniques for automatic analysis of bioelectric samples.
Biomedical computer systems.
Medicine. Healthcare.
Faculty of Mechanical Engineering
Laboratory for photonics and laser systems (in Slovene)
Photonics. Laser systems. …
Laser sources. Fibre and hybrid lasers. Photonics. Fibre optic processing. Laser transfer printing. Laser micro- and nano-processing. Laser procedures in medicine. High-speed photography. Laser interferometric methods. Optodynamics.
Photonics. Laser systems.
Laser production. Medicine. Surface technologies.
Faculty of Mechanical Engineering
Center for Experimental Mechanics
Polymers. Composites. Hybrids. Nanomaterials. …
Polymers. Composites. Hybrids. Nanomaterials. Behaviour of time-dependent materials. Experimental mechanics. Modelling of mechanical properties of materials. Polymer processing technology. Forming the structures of materials.
Polymers. Composites. Hybrids. Nanomaterials.
Automotive industry. Construction. Rubber industry. Home appliances industry. Polymer processing industry. Textile industry.
Faculty of Mechanical Engineering
Laboratory for Experimental Mechanics LEM
Materials. …
Polymers. Composites. Hybrids. Nanomaterials. Behaviour of time-dependent materials. Experimental mechanics. Modelling of mechanical properties of materials. Polymer processing technology. Forming the structures of materials.
Materials.
Automotive industry. Construction. Rubber industry. Home appliances industry. Polymer processing industry. Textile industry.
Faculty of Mechanical Engineering
Laboratory for Dynamics of Machines and Structures (Ladisk)
Dynamics. Constructions. …
Mechanics. Dynamics. Dynamics of machines and structures. Fluctuations. Nonlinear oscillations. Rotor dynamics. Engine noise. Higher order spectral analysis. Experimental analysis of nonlinearity. Fault identification using wave transformation. Dynamics of belts and belt drives.
Dynamics. Constructions.
Automotive industry. Home appliances industry. Vibration testing. Mechanical engineering. Electrical industry.
Faculty of Mechanical Engineering
Laboratory for numerical modelling and simulation
Production and process technologies. Modeling. Simulation. …
Technical physics. Heat transfer. Electromagnetism. Modelling of technological processes. Simulation of technological processes. Optimisation of technological processes. Numerical methods.
Production and process technologies. Modeling. Simulation.
Metal processing industry. Automotive industry. Mechanical engineering. Electrical industry.
Faculty of Mechanical Engineering
Laboratory for Non-Linear Mechanics LANEM (in Slovene)
Mechanics. …
Nonlinear mechanics. Stability. Mechanics of materials. Mechanics of materials with formed memory.
Mechanics.
Automotive industry. Mechanical engineering. Electrical industry.
Faculty of Mechanical Engineering
Laboratory for Thermal Technology
Process engineering. …
Heat and mass transfer. Thermal engineering. Applied thermodynamics. Process technique. Biotechnology. Environmental technologies.
Process engineering.
Pharmaceutical industry. Defence industry. Heat and mass transfer. Thermal and process technology.
Faculty of Mechanical Engineering
Laboratory for Measurements in Process Engineering LMPS (in Slovene)
Process engineering. …
Metrology. Calibration. Measurement of temperatures, pressures, currents. Development of measuring equipment.
Process engineering.
Automotive industry. Pharmaceutical industry. Energy. Metal processing industry. Food industry.
Faculty of Mechanical Engineering
Laboratory for joining of materials
Production and process technologies. …
Production technologies. Materials technology. Metallic materials. Welding. Welding machines. Welding current sources (transformers, rectifiers). Welding technology. Additional materials. Coated electrodes. Welding wires. Welding powders. Shielding gases. Welding without protection. Deoxidation. Alloying.
Production and process technologies.
Automotive industry. Pharmaceutical industry. Energy. Construction. Plastic injection moulding industry. Metal processing industry. Foundry industry. Nuclear industry. Tool industry. Food industry. Mechanical engineering. Welding.
Faculty of Mechanical Engineering
Laboratory for Laser Techniques
Laser technique. …
Laser measurement methods. Laser triangulation. Fibre sensors. High-speed photography. Interferometry. Laser machining processes. Laser microstructuring. Adaptive control of laser processes. Medical laser procedures. Optodynamics.
Laser technique.
Laser production. Medicine. Automotive industry. Machine industry. Electrical industry. Industrial and energy equipment. Machining processes. Surface technologies.