This course provides insight how sustainable innovations can be developed and transfered into start-ups. For this, the motivation for and principles of sustainabiliy in the engineering discipline are presented, especially with regard to manufacturing. From a business perspective, the course also demonstrates how sustainable business models are developed. These core topics are complemented by additional insight into specific engineering topics that can be utilized in the context of Sustainable Manufacturing, e.g. Augmented and Virtual Reality, Digital Factory, Systems Design/Engineering etc.

Description

The creation of these resources has been funded by the ERASMUS+  grant program of the European Union under grant no.  2015-1-DE01-KA203-002207. Neither the European Commission nor the  project's national funding agency DAAD are responsible for the content  or liable for any losses or damage resulting of the use of these resources.

• Engineering students and industry practitioners who are interested in Sustainable Manufacturing and Startup Development.

Course content

• Sustainable Value Creation
  • Introduction
  • 1.1 Characterisation & Competitiveness
  • 1.2 Job Development & Newly Industrialised Countries
  • 2.1. What is Sustainability?
  • 2.2 Trends & Challenges 1
  • 2.3 Trends & Challenges 2
  • 2.4. Industry 4.0
  • 2.5. Summary
  • 3.1 Functionality of a Value System
  • 3.2 Characteristics of Values
  • 4.1 Introduction & Value Creation Module (1)
  • 4.2 Value Creation Module (2) & Entrepreneurship (1)
  • 4.3 Entrepreneurship (2), Value Creation Network & Learnstruments
  • 5.0 Introduction & Life Cycle Assessment (LCA)
  • 5.1 LCA – Product Life Cycle
  • 5.2 LCA – Stages of Life Cycle Assessment
  • 5.3 LCA – Inventory Analysis & Impact Assessment
  • 5.4 LCA – Interpretation & Assessment of Process Chains
  • 5.5 Social Life Cycle Assessment
  • 5.6 Life Cycle Costing
  • Sustainable Value Creation
• Systems Thinking and Engineering
  • 1. Systems Thinking
  • 2. Thinking Outside the Box and Parallel Thinking
  • 3. Systems for Sustainable Development
  • 4. Systems Engineering
  • Systems Thinking
• Technology Management
  • 1. Introduction
  • 2. Technology Indentifikation
  • 3. Technologoy Selection
  • 4. Technology Acquisition
  • 5. Technology Protection
  • 6. Technology Exploitation
  • 7. Technology Mastering & Learning
  • Technology Management
• Circular Economy
  • Introduction
  • 1.1. Circular Economy and Business Models
  • 1.2. Examples of Circular Business Models
  • 2. Challenges of Circular Business Models
  • 3. Circular Business Models Innovation Process and Tools
  • Circular Economy
• Sustainable Start-up Development
  • Introduction
  • 1. Motivation from a Sustainability Point of View
  • 2.1. Ideation of Sustainable Solutions
  • 2.2. Ideation of Sustainable Solutions
  • 3. Characteristics of Start ups
  • 4.1. Macro Cycle for the Start up Development
  • 4.2. Macro Cycle for the Start up Development
  • 4.3. Macro Cycle for the Start up Development
  • 4.4. Macro Cycle for the Start up Development
  • 4.5. Macro Cycle for the Start up Development
  • 4.6. Macro Cycle for the Start up Development
  • 4.7. Macro Cycle for the Start up Development
  • 4.8. Macro Cycle for the Start up Development
  • 4.9. Macro Cycle for the Start up Development
  • 4.10. Macro Cycle for the Start up Development
  • 5. Micro Cycle for the Start up Development
  • Sustainable Start-Up Developmet.
• Supply Chain and Production Planning
  • 1. Retail Supply Chain
  • 2. Engineer-To-Order (ETO) Supply Chain
  • 3. Sustainable Supply Chains
  • 4. Logistics Solutions In The Future
  • Supply Chain Management
• Virtual and Augemented Reality
  • 1. Definitions & History
  • 2. Virtual and Augmented Reality Concepts
  • 3. Scene Graph & VRML Introduction
  • 4.1. Input Devices 1
  • 4.2. Input Devices 2
  • 4.3. Output Devices
  • 5. Virtual Studio Systems
  • 6.1. Applications in Medicine
  • 6.2. Further Applications
  • 7.1. Introduction to Virtools Software
  • 7.2. Interaction in Vitools
  • 7.3. User Interaction
  • 7.4. Create a programmable Building Block
  • 7.5. Definition of Parameters
  • 7.6. Dynamic Creation of Objects & Scripts
  • 8.1. SPE3D – Pre-planning of surgical operations
  • 8.2. SPE3D – Scripts for the Application
  • 8.3. MARVIS – Visualization & Interaction Modes for a Liver Surgery
  • 8.4. Digital Reconstruction of Frederic Chopin’s piano
  • Virtual and Augmented Reality
• Digital Factory
  • 1.1. Digital Factory-Introduction
  • 1.2. Virtual Factory Framework
  • 1.3. Virtual Factory Data Model
  • 1.4. Virtual Factory Data Model Hierarchy
  • 1.5. VFDM Key Classes
  • 1.6. VFDM Key Classes & Instances 1
  • 1.7. VFDM Key Classes & Instances 2
  • 1.8. Data Repository & Tools
  • 1.9. Examples Digital Factory & Tool
  • 2.1. Modeling of Prodution System - Introduction
  • 2.2. Working in OntoGui
  • 2.3. Test Case
  • 2.4. Part Type & Process Plan
  • 2.5. Define Process Steps
  • 2.6. Create New Project
  • 2.7. Create a Production System
  • 3.1. Performance Evaluation

Sustainable.Engineering.from.a.European.Perspective.part1.rar

Sustainable.Engineering.from.a.European.Perspective.part2.rar