Marco Bortolini, Ph.D., is Associate Professor of Operations and Supply Chain Management at the University of Bologna – Department of Industrial Engineering. He is active with research, teaching and technology transfer activities in the fields of sustainable production and distribution, advanced manufacturing and operations, supply chain management and 5.0 digital transition. In these areas he has got partnerships with international universities, research centers and consortia, further supporting companies and industry in innovative R&D projects.
His education and background are in the field of Engineering Management, further defending a Ph.D. thesis in Industrial Engineering, at the University of Padua in 2013, on the renewable energies’ penetration in the global energy mix at macro and micro-scales.
In the BBS Faculty since 2021, he is active in Global, Professional, Hybrid and Executive masters and custom programs having courses mainly in the operations, supply chain and tech. transition fields.
He is member of the scientific committees of national and international boards active in the teaching, research and dissemination of operations’, manufacturing and supply chain management culture, further receiving research, teaching and paper awards for his activities.
High flexibility, dynamic demand, increasing customization, high quality standards, small batches and short life cycle are the key factors of the Industry 4.0 era. Innovative flexible manufacturing and assembly systems (FMSs & FASs) need to match these factors joining productivity to versatility, quality to adaptability. In this context, high-speed manufacturing machines, robotic handling devices, automated guided systems (AGVs) and human operators are connected and they have to act synergically.
This course aims at exploring a coordinated panel of (1) design methods, (2) support strategies and (3) quantitative approaches to help the Industry 4.0 practitioners in the tactical and operative management of innovative production systems.
AI and ManufacturingThe digital transformation is determining significant changes in operations and supply chain management (SCM) processes. Technologies such as Internet of Things (IoT) and Cyber Physical Systems, artificial intelligence (AI), robotics, cyber security, data analytics, block chain and cloud technology are radically transforming production and distribution systems. This course aims to investigate these transformations to understand the firms’ ability of gathering and analysing information about their environment can generate significant value to the SCM processes.
Data ManagementThe course focuses on issues related to the management of materials along the supply chain, from suppliers to distribution channels. In this regard, they have a vital role. Managerial and organizational decisions made about the relationships with external companies with which we relate to, are the focal point of the course. In analyzing the vertical relationships between firms, the course seeks to develop: sensitivity to the Strategic Importance of the reports, the technical and managerial knowledge needed to deal with the decisions in the matter and organizational skills needed to manage them.
Business Management – Italian Premium BrandsThe course focuses on issues related to the management of materials along the supply chain, from suppliers to distribution channels. In this regard, they have a vital role. Managerial and organizational decisions made about the relationships with external companies with which we relate to, are the focal point of the course. In analyzing the vertical relationships between firms, the course seeks to develop: sensitivity to the Strategic Importance of the reports, the technical and managerial knowledge needed to deal with the decisions in the matter and organizational skills needed to manage them.
Gestione d’Impresa – Made in ItalyHigh flexibility, dynamic demand, increasing customization, high quality standards, small batches and short life cycle are the key factors of the Industry 4.0 era. Innovative flexible manufacturing and assembly systems (FMSs & FASs) need to match these factors joining productivity to versatility, quality to adaptability. In this context, high-speed manufacturing machines, robotic handling devices, automated guided systems (AGVs) and human operators are connected and they have to act synergically.
This course aims at exploring a coordinated panel of (1) design methods, (2) support strategies and (3) quantitative approaches to help the Industry 4.0 practitioners in the tactical and operative management of innovative production systems.
Hybrid MBA English EditionOn the one hand, the module aims to provide Operations’ basics within modern production and service delivery systems. Following this initial framework, it will be possible to deepen the role of automation and digitalization within the modern Supply Chain and in particular the effect of enabling technologies foreseen by Industry 4.0.
Sustainability Management