Air pollution is a critical global challenge affecting public health and the environment. The NANOFILT project will address this issue by advancing nanofibre-based filtration technologies. Current air filters face limitations in balancing efficiency with durability and cost effectiveness. This research will develop novel nanofibre composite membranes that go beyond state-of-the-art air filtration. The main objectives are to: (1) Create innovative nanofibre composites with enhanced mechanical and functional properties. (2) Conduct comprehensive characterisation of these new materials. (3) Develop predictive models for material behaviour. (4) Evaluate the composites' performance in real-world air filtration scenarios. The project will involve extensive laboratory work, computational modelling and performance testing. A planned short secondment to an industrial partner will offer insights into practical applications and market needs. This MSCA Postdoctoral Fellowship will greatly enhance the researcher's career by providing advanced nanomaterial synthesis and characterisation skills, expertise in computational modelling of advanced materials, experience in translating research into practical applications and opportunities for interdisciplinary/intersectoral collaboration. The project outcomes will be improved air quality solutions with potential applications in residential, industrial and automotive sectors. The research aligns with UN Sustainable Development Goals and EU priorities in innovative materials and environmental challenges. By combining cutting-edge materials science with practical air filtration needs, this timely project promises to deliver significant scientific advances and societal benefits. Its interdisciplinary nature, along with the fellow's expertise and the host institution's advanced facilities, position this project to make substantial contributions to air filtration technology.

The development of a cutting-edge Gallium Nitride (GaN) based Multilevel Active Neutral Point Clamped (ANPC) converter, integrated with a Model Predictive Controller (MPC), to significantly enhance the performance and efficiency of multi-energy systems. The focus of this study is to tackle critical challenges in power electronics by exploiting the superior characteristics of GaN devices, such as the unique advantages of GaN technology, which include its ability to operate at higher efficiencies compared to traditional silicon-based devices. This capability is particularly beneficial for reducing power losses and managing thermal performance, which are pivotal in the operation of high-power electronic systems. The incorporation of advanced MPC techniques will further optimize the control and operational performance of these converters. MPC's advanced control capabilities, which include real-time optimization and predictive control, will be leveraged to enhance the stability and efficiency of the ANPC converter. This will involve the development of sophisticated algorithms capable of handling the complexities associated with renewable energies such as solar and wind energy systems, ensuring optimal performance under varying operating conditions. Additionally, the improved converter systems will facilitate more effective energy distribution and management, contributing to the overall stability and efficiency of the smart grid.

The objective of the IN4ACT project is to implement structural changes at the Kauno Technologijos Universitetas (KTU) School of Economics and Business through the opening of an ERA Chair in “Industry 4.0 Management and Economics” research, to increase research excellence, socio-economic impact, international reputation, and attractiveness to international talented researchers and students. An ERA Chair holder and a team will be recruited to 1/ Implement an ambitious research agenda on the impact of future manufacturing (Industry 4.0) on management practices and economics; 2/ Drive changes at the KTU School of Economics and Business related with research management and human resources, especially to comply with the ERA priorities; 3/ Improve the School's exploitation, dissemination, and communication capacities; 4/ Grow networks and increase links with stakeholders, especially to increase participation in Horizon 2020.