The aim of the project is to create New Tomographic Technologies, which will have fully equipped, professional design laboratories and digital technologies. The project provides for the creation of an advanced complex of research and development laboratories, consisting of three key elements: 3D Digitization and Design Laboratory, Computer Modeling Laboratory and Prototyping Laboratory and Solution Testing Laboratory. The objective of the project will be achieved through the following actions: 1. Adaptation of premises (renovation works) aimed at adapting the premises infrastructure to the needs and requirements planned for implementation in laboratories of scientific research equipment. 2. Purchase of fixed assets in the form of research equipment, measuring equipment 3. Purchase of intangible assets in the form of systems, environment necessary for the implementation of research enterprises and R&D services Laboratory for Digitization and 3D Design, Computer Modeling Laboratory and Prototyping Laboratory and Solution Testing Laboratory. All these units are to work together, combining state-of-the-art industry 4.0 and 5.0 technologies and industrial tomography, artificial intelligence and digital technologies, for optimisation and innovation in production processes. Laboratories will cover research areas from the Internet of Things, Sensory Technologies, Machine Learning, Deep Learning, Coud Computing, SaaS/PaaS, to Industrial Automation and Tomography. This centre aims to stimulate innovation and optimisation of production processes through the use of research and development in the digitisation of production processes. In an effort to fully exploit the potential of Industry 5.0, the laboratory will focus its activities on the development of human-centric technologies and the broadly understood sustainable production and resilience of systems. This means that the main areas of work of the laboratory will include the study and development of advanced techniques for the integration of man and machine and their subsequent implementation in various industrial sectors. The laboratory will offer a range of services, including the creation of digital twins, production simulations, research on industrial tomography (including impedance and ultrasonic tomography), and analysis and optimization of industrial processes. This approach makes it possible to verify the benefits of implementing technological solutions without the need for costly engineering activities, thanks to the use of digital twin technology. As part of this project, the laboratory will emphasize the intelligent design of products and processes that are more human-centric, sustainable and can adapt effectively to changing conditions. This highlights, above all, the value of an innovative approach to production, geared towards humanising technology, improving sustainability and making production systems more resilient to change. The applicant at the Center for New Tomographic Technologies plans to lead a project to develop innovative hardware for sensors that will enable the collection of data and physical parameters in industries such as: industry, production or energy, financed from own resources.