Hoje, os métodos digitais, processos e ferramentas de TI são indispensáveis no ciclo de vida do produto, desde a concepção até a reciclagem. Eles ajudam a planejar e a controlar os tempos de desenvolvimento do produto, bem como a qualidade e os custos do produto.
O projeto das fábricas do futuro requer um planejamento virtual robusto e simulação no planejamento da fábrica: Métodos inteligentes de planejamento, operação virtual segura e novas interações hápticas na prototipagem da fábrica.
Condition Monitoring in Industrie 4.0
Flexible Transparent Manufacturing
Digital twins
Efficient introduction of PDM/PLM for product data integration and transparent processes
Development of a demonstrator, exercising the state-of-the art tools for Integrated Product Development (IPD), considering the whole lifecycle of the product
Redefining product and manufacturing engineering as an optimally attuned digital transformation network
Fast and efficient solution for evaluating mechatronic products in the early development phases
Procedures and methods for the development of complex systems
Virtual commissioning with Smart Hybrid Prototyping
Development of customized VR applications
Fast and efficient solution for evaluating mechatronic products in the early development phases
Development of prototypes at CCM-ITA and systematic experimental evaluation through extensive experimentation and data analysis
Digital twins
Bidirectional networking and synchronization of physical and virtual objects
Analyze production requirements so that the sequencing line of automotive doors meets the demand requested by the client
Development of a method to transfer knowledge and the ability to conduct research and consulting projects in the field of resource efficiency in production, performing the analysis of the energy potential of the waste, identifying the potential for recycling and reuse of the same
Comparation between a newly manufactured automobile suspension component and a remanufactured one
Improvement of the machining operation parameters of cast parts and identification of the number of robots necessary to automate the production line
Identification of optimized layout solutions in terms of detailed production indicators (lead time, distance traveled by workers, required area, number of parts manufactured)
Industrial cloud-based control platform for a production with cyber-physical systems
IoT-based services for industrial production
Integration of RFID, Additive Manufacturing, Internet of Things (IoT) and PLM technologies to provide information about the product in real time
Flexible Transparent Manufacturing