Successes of beneficiaries
-
CoMobilityCoMobility is an international research project that wants to find out what can be done to make city dwellers choose alternative modes of transport over the car
-
Application of non-Newtonian fluids in energy-absorbing systemsThe project investigated and thoroughly explored the properties of non-Newtonian liquids in energy-absorbing systems to match market and industry needs
-
Radio transmission interference in selected Border Guard facilitiesThe project aimed to develop and construct devices in portable (suitcase) and stationary versions for jamming radio transmission in the frequency range of 25-5,900 MHz
-
Advanced technologies supporting flood risk preventionSAFEDAM allows, by operating from the air, to analyse the condition of each square metre of the shaft!
-
WARMIEThe WARMIE system, developed within the project, solves the need to monitor a patient’s health status based on continuous temperature measurement in a remote and automated manner
-
University closer to businessThe project is an innovative and long-term university development programme responding to the challenges of a dynamically changing labour market and knowledge-based economy
-
Obtaining new natural compounds for the treatment of Alzheimer's disease - PLANT -ALZHAt this stage, we have one patent and further patent applications pending. If activity in clinical trials is confirmed, we do not exclude the establishment of a spin-off company with the participation of the parent research unit
-
Plasma technology for the removal of nitrogen oxides from exhaust gasesThe basic marine fuel involves heavy fuel oils containing up to 3.5% sulphur by weight, and the combustion of these fuels in diesel engines emits oxides of sulphur and nitrogen, with concentrations of nitrogen oxides in the exhaust up to 1,700 ppmv and concentrations of sulphur dioxide (SO2) up to 700 ppmv
-
Development of flare and firing cartridge technology, meeting STANAG 4687 requirementsThe main objective of implementing this project was the need for better security of aircraft of Russian origin being at the equipment of the Polish Air Force, including helicopters Mi-17, Mi-24, W-3
-
SZURADThe project aimed to build and test under near real-world conditions a short-range noise radar demonstrator for missile detection and tracking