I4EU - Key competences for an European model of Industry 4.0 (Academic Year 2022-2023)

Junior Operation Manager



Slides

Lesson n. 1: Digital Transformation – Introduction
   Prerequisites: Knowledge representation and modeling
   The three phases of Digital Transformation: AsIs, Transformation, ToBe 		Go to this slide Michele Missikoff
Lesson n. 2: Digital Transformation – Model-Driven Transformation
   The three layers of Model-Driven Engineering: Computational Independent Models (CIM), Platform Independent Models (PIM), Platform Specific Models (PSM)
   EasInnova Matrix 		Go to this slide Michele Missikoff
Lesson n. 3: Digital Transformation – The EasInnova Methodology
   CIM: AsIs, Trans, ToBe
   PIM: AsIs, Trans, ToBe
   PSM: AsIs, Trans, ToBe 		Go to this slide Michele Missikoff
Lesson n. 4: Digital Transformation – Pizza shop example of DT
   A simple example to show how the EasInnova Methodology can be used
   Final considerations on the EasInnova Methodology 		Go to this slide Michele Missikoff
Lesson n. 5: Open Innovation - Basics Go to this slide Dario Assante
Lesson n. 6: Open Innovation - Ecosystems Go to this slide Dario Assante
Lesson n. 7: Smart industry and circular economy - Basic concepts of smart industry and circular economy
   Basic concepts of smart industry and circular economy 		Go to this slide Manuel Castro
Lesson n. 8: Smart industry and circular economy - Smart Industry and technologies
   Smart Industry and technologies 		Go to this slide Manuel Castro
Lesson n. 9: Smart industry and circular economy - Smart and Personal cities
   Smart and Personal cities 		Go to this slide Manuel Castro
Lesson n. 10: Smart industry and circular economy - Circular Economy relatives
   Circular Economy relatives 		Go to this slide Manuel Castro
Lesson n. 11: Smart industry and circular economy - Energy efficiency and circular economy Go to this slide Manuel Castro
Lesson n. 12: Smart industry and circular economy - Practice: Energy efficiency UNED lab
   Practice: Energy efficiency UNED lab 		Go to this slide Manuel Castro
Lesson n. 13: Production Management in Digital Factory - Introduction
   Digitalization of Production Management
   MRPII architecture and functions
   Turbix company as an use case example
   e-Prelude MRPII application in the cloud 		Go to this slide David Chen
Lesson n. 14: Production Management in Digital Factory - Technical Data
   Technical data in MRPII application
   Items, BOMs, Workcenters and Routings
   Linking Routings to Items 		Go to this slide David Chen
Lesson n. 15: Production Management in Digital Factory - Production Data
   Production Data in MRPII application
   On-hand inventory
   Sale forecasts
   Customer orders 		Go to this slide David Chen
Lesson n. 16: Production Management in Digital factory - Production Planning
   Production planning
   Master Production Scheduling - Calculate Manufacturing Orders (MO)
   Capacity Planning - Calculate load and compare load to capacity
   Validation of Proposed orders (manufacturing and purpchasing) 		Go to this slide David Chen
Lesson n. 17: Production Management in Digital factory - Simulation
   Use of digitalized MRPII application to manage production
   Release Manufacturing and Purchasing Orders
   Close Manufacturing and Purchasing Orders
   Deliver customer orders 		Go to this slide David Chen
Lesson n. 18: Cyber Security and Protection of Critical Infrastructures - Basic security concepts
   Basic security concepts 		Go to this slide Elio San Cristobal
Lesson n. 19: Cyber Security and Protection of Critical Infrastructures - Network communication
   Network communication 		Go to this slide Elio San Cristobal
Lesson n. 20: Cyber Security and Protection of Critical Infrastructures - Cloud computing and security
   Cloud computing and security 		Go to this slide Elio San Cristobal
Lesson n. 21: Cyber Security and Protection of Critical Infrastructures - Big Data and Analytics
   Big Data and Analytics 		Go to this slide Elio San Cristobal
Lesson n. 22: Cyber Security and Protection of Critical Infrastructures - Phases of an Attack
   Phases of an Attack 		Go to this slide Elio San Cristobal
Lesson n. 23: Cyber Security and Protection of Critical Infrastructures - Pentesting
   Pentesting 		Go to this slide Elio San Cristobal
Lesson n. 24: Cyber Security and Protection of Critical Infrastructures - Malware
   Malware 		Go to this slide Elio San Cristobal
Lesson n. 25: Cyber Security and Protection of Critical Infrastructures - Cyber threats and risk
   Cyber threats and risk 		Go to this slide Elio San Cristobal
Lesson n. 26: Cyber Security and Protection of Critical Infrastructures - Organization and protection of critical infrastructures
   Organization and protection of critical infrastructures 		Go to this slide Elio San Cristobal
Lesson n. 27: Cyber Security and Protection of Critical Infrastructures - Security policies
   Security policies 		Go to this slide Elio San Cristobal
Lesson n. 28: Cyber Security and Protection of Critical Infrastructures - Pillars of Industry 4.0 and Business opportunities
   Pillars of Industry 4.0 and Business opportunities 		Go to this slide Elio San Cristobal
Lesson n. 29: Cyber Security and Protection of Critical Infrastructures - Cybersecurity challenges and recommendations
   Cybersecurity challenges and recommendations 		Go to this slide Elio San Cristobal
Lesson n. 30: Cyber Security and Protection of Critical Infrastructures - Vertical and horizontal integration
   Vertical and horizontal integration 		Go to this slide Elio San Cristobal
Lesson n. 31: Supply Chain and Networked Enterprises - Basics
   Supply chain definition and examples
   Key performance indicators and evaluation tools
   Push/Pull strategies
   Bullwhip effect
   Logistics 4.0 		Go to this slide Mamadou Kaba Traore
Lesson n. 32: Supply Chain and Networked Enterprises - Logistic networks
   Logistics network definition and types of flow
   Flow graph representation and examples
   Max flow min cut analysis method
   Ford-Fulkerson analysis method
   Analysis tools 		Go to this slide Mamadou Kaba Traore