Priority research areas

This is an interdisciplinary Priority Research Area at TUL, combining mechanical, materials and chemical engineering and biotechnology with computer science, robotics and artificial intelligence, with the aim of designing state-of-the-art medical equipment, diagnostic and therapeutic systems, and solutions to support personalised medicine.

This is an interdisciplinary Priority Area at TUL, bringing together key technologies for safe, low-carbon and digital mobility – from perception and automation, through sensor photonics and the propulsion systems of the future, to lightweight materials, advanced manufacturing and reliability.
 

This is an interdisciplinary Priority Research Area at TUL, integrating advanced molecular modelling and computational methods, synthesis and catalysis, electrochemistry, cheminformatics and artificial intelligence, modern analytics, as well as the design of functional compounds and materials for the food industry, the energy sector and advanced materials technologies.

This is an interdisciplinary Priority Research Area at TUL, combining advanced process, chemical and mechanical engineering with computer science, electrical engineering, energy and management sciences with the aim of achieving a global energy transition. This area focuses on developing solutions for the decarbonisation of the economy, the optimisation of energy systems and the implementation of circular economy models.

This is an interdisciplinary Priority Research Area at TUL, focusing on security understood as the ability of systems to function in a stable and predictable manner despite environmental disturbances, failures or sabotage. The Research Priority Area is based on the TUL Centre for Defence and Security Research and the ‘Jastrząb’ inter-university agreement, integrating engineering and technical disciplines with management and quality sciences.

• deep learning,
• cloud and parallel computing,
• virtual reality,
• medical and industrial diagnostics,
• robotics,
• data analysis,
• management.

• radiation technologies,
• intelligent polymers,
• organic electronics,
• hydrogels,
• chemical analytics,
• physico-chemical processes,
• molecular modelling,
• elastomers.

• friendly, supportive environment and services,
• cyber-physical systems,
• wireless technologies (5G),
• sensor networks (IoT),
• cyber security,
• Industry 4.0.

• molecular engineering,
• nanomaterials / metamaterials,
• microsystems,
• lasers,
• biosensors,
• implants,
• electronics / textronics,
• smart building materials.

• biotechnology,
• technology and food safety,
• structural biology,
• pollution monitoring and removal,
• renewable energy sources,
• clean technologies,