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Sustainable Engineering from a European Perspective

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Sustainable Engineering from a European Perspective, available at Free, has an average rating of 4.5, with 92 lectures, 7 quizzes, based on 173 reviews, and has 9287 subscribers.

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You will learn about Holisticly assess the sustainability of technological solutions. Develop sustainable innovation. Develop sustainable business plans. This course is ideal for individuals who are Engineering students and industry practitioners who are interested in Sustainable Manufacturing and Startup Development. It is particularly useful for Engineering students and industry practitioners who are interested in Sustainable Manufacturing and Startup Development.

Enroll now: Sustainable Engineering from a European Perspective

Summary

Title: Sustainable Engineering from a European Perspective

Price: Free

Average Rating: 4.5

Number of Lectures: 92

Number of Quizzes: 7

Number of Published Lectures: 92

Number of Published Quizzes: 7

Number of Curriculum Items: 99

Number of Published Curriculum Objects: 99

Original Price: Free

Quality Status: approved

Status: Live

What You Will Learn

  • Holisticly assess the sustainability of technological solutions.
  • Develop sustainable innovation.
  • Develop sustainable business plans.

Who Should Attend

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

Target Audiences

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

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.

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.

Course Curriculum

Chapter 1: Sustainable Value Creation

Lecture 1: Introduction

Lecture 2: 1.1 Characterisation & Competitiveness

Lecture 3: 1.2 Job Development & Newly Industrialised Countries

Lecture 4: 2.1. What is Sustainability?

Lecture 5: 2.2 Trends & Challenges 1

Lecture 6: 2.3 Trends & Challenges 2

Lecture 7: 2.4. Industry 4.0

Lecture 8: 2.5. Summary

Lecture 9: 3.1 Functionality of a Value System

Lecture 10: 3.2 Characteristics of Values

Lecture 11: 4.1 Introduction & Value Creation Module (1)

Lecture 12: 4.2 Value Creation Module (2) & Entrepreneurship (1)

Lecture 13: 4.3 Entrepreneurship (2), Value Creation Network & Learnstruments

Lecture 14: 5.0 Introduction & Life Cycle Assessment (LCA)

Lecture 15: 5.1 LCA – Product Life Cycle

Lecture 16: 5.2 LCA – Stages of Life Cycle Assessment

Lecture 17: 5.3 LCA – Inventory Analysis & Impact Assessment

Lecture 18: 5.4 LCA – Interpretation & Assessment of Process Chains

Lecture 19: 5.5 Social Life Cycle Assessment

Lecture 20: 5.6 Life Cycle Costing

Chapter 2: Systems Thinking and Engineering

Lecture 1: 1. Systems Thinking

Lecture 2: 2. Thinking Outside the Box and Parallel Thinking

Lecture 3: 3. Systems for Sustainable Development

Lecture 4: 4. Systems Engineering

Chapter 3: Technology Management

Lecture 1: 1. Introduction

Lecture 2: 2. Technology Indentifikation

Lecture 3: 3. Technologoy Selection

Lecture 4: 4. Technology Acquisition

Lecture 5: 5. Technology Protection

Lecture 6: 6. Technology Exploitation

Lecture 7: 7. Technology Mastering & Learning

Chapter 4: Circular Economy

Lecture 1: Introduction

Lecture 2: 1.1. Circular Economy and Business Models

Lecture 3: 1.2. Examples of Circular Business Models

Lecture 4: 2. Challenges of Circular Business Models

Lecture 5: 3. Circular Business Models Innovation Process and Tools

Chapter 5: Sustainable Start-up Development

Lecture 1: Introduction

Lecture 2: 1. Motivation from a Sustainability Point of View

Lecture 3: 2.1. Ideation of Sustainable Solutions

Lecture 4: 2.2. Ideation of Sustainable Solutions

Lecture 5: 3. Characteristics of Start ups

Lecture 6: 4.1. Macro Cycle for the Start up Development

Lecture 7: 4.2. Macro Cycle for the Start up Development

Lecture 8: 4.3. Macro Cycle for the Start up Development

Lecture 9: 4.4. Macro Cycle for the Start up Development

Lecture 10: 4.5. Macro Cycle for the Start up Development

Lecture 11: 4.6. Macro Cycle for the Start up Development

Lecture 12: 4.7. Macro Cycle for the Start up Development

Lecture 13: 4.8. Macro Cycle for the Start up Development

Lecture 14: 4.9. Macro Cycle for the Start up Development

Lecture 15: 4.10. Macro Cycle for the Start up Development

Lecture 16: 5. Micro Cycle for the Start up Development

Chapter 6: Supply Chain and Production Planning

Lecture 1: 1. Retail Supply Chain

Lecture 2: 2. Engineer-To-Order (ETO) Supply Chain

Lecture 3: 3. Sustainable Supply Chains

Lecture 4: 4. Logistics Solutions In The Future

Chapter 7: Virtual and Augemented Reality

Lecture 1: 1. Definitions & History

Lecture 2: 2. Virtual and Augmented Reality Concepts

Lecture 3: 3. Scene Graph & VRML Introduction

Lecture 4: 4.1. Input Devices 1

Lecture 5: 4.2. Input Devices 2

Lecture 6: 4.3. Output Devices

Lecture 7: 5. Virtual Studio Systems

Lecture 8: 6.1. Applications in Medicine

Lecture 9: 6.2. Further Applications

Lecture 10: 7.1. Introduction to Virtools Software

Lecture 11: 7.2. Interaction in Vitools

Lecture 12: 7.3. User Interaction

Lecture 13: 7.4. Create a programmable Building Block

Lecture 14: 7.5. Definition of Parameters

Lecture 15: 7.6. Dynamic Creation of Objects & Scripts

Lecture 16: 8.1. SPE3D – Pre-planning of surgical operations

Lecture 17: 8.2. SPE3D – Scripts for the Application

Lecture 18: 8.3. MARVIS – Visualization & Interaction Modes for a Liver Surgery

Lecture 19: 8.4. Digital Reconstruction of Frederic Chopin’s piano

Chapter 8: Digital Factory

Lecture 1: 1.1. Digital Factory-Introduction

Lecture 2: 1.2. Virtual Factory Framework

Lecture 3: 1.3. Virtual Factory Data Model

Lecture 4: 1.4. Virtual Factory Data Model Hierarchy

Lecture 5: 1.5. VFDM Key Classes

Lecture 6: 1.6. VFDM Key Classes & Instances 1

Lecture 7: 1.7. VFDM Key Classes & Instances 2

Lecture 8: 1.8. Data Repository & Tools

Lecture 9: 1.9. Examples Digital Factory & Tool

Lecture 10: 2.1. Modeling of Prodution System – Introduction

Instructors

Rating Distribution

  • 1 stars: 3 votes
  • 2 stars: 4 votes
  • 3 stars: 30 votes
  • 4 stars: 74 votes
  • 5 stars: 62 votes

Frequently Asked Questions


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