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Project title: Hybrid unmanned aerial vehicle of vertical take-off and landing with the option of autorotation flight
Agreement number: LIDER/27/0140/L-10/18/NCBR/2019
Edition of the competition: X
Project implementation period: 01.01.2020 - 31.12.2022
Project value: 1 486 100,00 PLN
Principal Investigator: dr inż. Zbigniew Czyż
Abstract: The main objective of the project carried out in the discipline of mechanical engineering is to develop a new generation (...)
https://msn2026.pollub.pl/research/projects/the-national-centre-for-research-and-development/lider/hybrid-unmanned-aerial-vehicle-of-vertical-take-off
Magdalena Zawada - Michałowska
Abstract: The aim of the project, which is carried out in the discipline of mechanical engineering, is to develop the milling technique of thin-walled integral elements made of aviation light metal alloys in the context of minimisation postmachining deformations.
https://msn2026.pollub.pl/research/projects/the-national-centre-for-research-and-development/lider/development-of-the-milling-technique-of-thin-walled
Marek Miłosz, prof. uczelni
Abstract: Lublin University of Technology, in carrying out interdisciplinary research, will develop the T1DCoach (Type 1 Diabet Coach mobile application) mobile application supporting the education of the patient (as well as his caregiver and doctor) by shaping the correct behavioral habits of patients with type I diabetes. simulator (T1DDS discrete metabolic simulator).
https://msn2026.pollub.pl/research/projects/the-national-centre-for-research-and-development/things-are-for-people/supporting-education-in-the-field-of-type-i-diabetes-in
Task assigned to the Minister of Education and Science
Funding from the state budget
Purposeful grant
Project title: Lublin Digital Union – The use of digital solutions and artificial intelligence in medicine – research project
Agreement number: MEiN/2023/DPI/2194
Project implementation period: 05.06.2023 - 30.06.2026
Project value: 9 983 392,00 PLN
Abstract: Main aim of the task is to develop a theoretical model for conducting scientific research using modern (...)
https://msn2026.pollub.pl/research/projects/ministry-of-science-and-higher-education/commissioned-tasks/lublin-digital-union-the-use-of-digital-solutions-and
Marcin Widomski
Project value: 32 710,00 PLN
Funds granted for Lublin University of Technology: 32 710,00 PLN
Abstract: The aim of the project is to develop a concept for a hydrologically sustainable single-family housing development to counteract the effects of climate change - planning the development (from site selection and adaptation, to design, construction method and use) in a way that most effectively restores the disturbed natural hydrological cycle of (...)
https://msn2026.pollub.pl/research/projects/ministry-of-science-and-higher-education/student-research-groups-create-innovations/the-concept-of-a-hydrologically-sustainable-single-family
https://weii.pollub.pl/research/postepowania-awansowe/postepowania-przewody-doktorskie/zaproszenie-na-publiczna-obrone-rozprawy-doktorskiej-mgr-inz-michaliny-gryniewicz-jaworskiej-10.html
https://weii.pollub.pl/research/postepowania-awansowe/postepowania-przewody-doktorskie/zaproszenie-na-publiczna-obrone-rozprawy-doktorskiej-mgr-inz-konrada-kierczynskiego-11.html
Damian Krzysztof Gąska
Project value: 1 838 540,00 PLN
Funds granted for Lublin University of Technology: 1 105 930,00 PLN
Funds granted for Silesian University of Technology: 732 610,00 PLN
Abstract: Small-size vibration energy harvesters transforming ambient vibration energy to electrical power were proposed a long time ago as linear devices.
https://msn2026.pollub.pl/research/projects/national-science-centre/opus/advanced-techniques-for-effective-kinetic-nonlinear-energy
Wojciech Franus
Project value: 2 998 353,00 PLN
Funds granted for Medical University of Lublin: 2 600 633,00 PLN
Funds granted for Lublin University of Technology: 397 720,00 PLN
Abstract: The project is related to the disciplines of civil engineering, geodesy, and transportation.
https://msn2026.pollub.pl/research/projects/national-science-centre/opus/multifunctional-cold-plasma--and-magnetic-field-activated
Project title: Development of Technology for Increasing the Aerodynamic Performance of Rotorcrafts
Agreement number: LIDER/45/0177/L-9/17/NCBR/2018
Edition of the competition: IX
Project implementation period: 01.01.2019 - 31.12.2022
Project value: 1 200 000,00 PLN
Principal Investigator: mgr inż. Ksenia Siadkowska
Abstract: The aim of the project is to develop a technology for increasing the aerodynamic performance of rotorcraft by changing the geometrical (...)
https://msn2026.pollub.pl/research/projects/the-national-centre-for-research-and-development/lider/development-of-technology-for-increasing
