At LaCàN, we develop novel computational methods and tools to solve problems of industrial interest, providing credible and real-time numerical solutions. Assimilating data into the model, we control accuracy and reliability of the outcomes. We are also interested in understanding fundamental mechanical functions of cells and cell aggregates such as motility, shape control and force generation to quantify and control biological processes at the tissue and organ level. We combine theoretical modelling, computer simulations and experiments to understand complex behaviours related to natural and engineered materials, such as the movement of tectonic plates, electroactive materials and fracture of materials.