Successful usage of the Digital Process Twin in the daily workflow

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Type of course:

Digital learning, Path

Language:

EN

Duration:

3 hours

Workload:

14 hours

Proficiency:

Intermediate

Target:

Manager, Professionals, Workers, Students

This course is officially recognised and labelled by the European Institute of Innovation and Technology (EIT). EIT Label is a quality mark awarded to programmes demonstrating outstanding innovation, educational excellence and societal impact.

This learning path begins with a Methodology to develop a DPT. Topics such as Methodology to develop a DPT, How to upskill to use Digital Process Twin in the daily manufacturing, and Benefits for the organisation to implement Digital Process Twin are covered and finally it ends with a number of used cases and a self-check of learning path “Digital Process Twin: Human”.

Learning outcomes

After completing the learning path, the learner is able to discuss the potentials and challenges of using a Digital Process Twin in the daily work.
After completing the learning path, the learner is able to explain relevant competencies for the implementation of a Digital Process Twin in a company.
After completing the learning path, the learner is able to identify the basic technologies, specific standards and required skills to efficiently work with the Digital Process Twin.

LessonIndustry 4.0, digitalisation and Digital Process Twin

Course Content

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Industry 4.0, digitalisation and Digital Process Twin 9 Unities

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Industry 4.0, digitalisation and Digital Process Twin

History of Industry revolution

The concept of Industry 4.0 and its impact on manufacturing industries

Definition and core principles of Digital Twin Process

Implementation and Challenges of Digital Process Twin

Further Material

Summary and Credits

LessonPractical data flow for DPT generation in a simulation software

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Practical data flow for DPT generation in a simulation software 10 Unities

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Practical data flow for DPT generation in a simulation software

Introduction about Simulation

Modelling Approach in Tecnomatix Plant Simulation

Simulation of a real-world problem

Simulation Result

Relevance with Digital Twins

Further Material

Summary and Credits

LessonRelevant KPIs supporting a DPT

Course Content

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Relevant KPIs supporting a DPT 9 Unities

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Single module Content

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Relevant KPIs supporting a DPT

Introduction to KPIs

Identifying Relevant KPIs for Digital Process Twins

Implementing and Monitoring KPIs

Case Studies: Real-world Applications

Summary and Credits

LessonMethodology to develop a DPT

Course Content

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Methodology to develop a DPT 6 Unities

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Methodology to develop a DPT

Summary and Credits

LessonUse Case: Digital Value Stream Mapping

Course Content

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Use Case: Digital Value Stream Mapping 8 Unities

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Single module Content

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Digital Value Stream Mapping

Design model of the value stream mapping system in the learning factroy CiP at TU Darmstadt

Demonstrator: Digital Value Stream Mapping

Practical Implementation of the Demonstrator

Further Material

Summary and Credits

LessonUse case: Indoor localization systems

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Use case: Indoor localization systems 8 Unities

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Use case: Indoor localization system

Indoor Localization

Overview about indoor localization systems

Use Cases of Indoor Localization Systems

Further Material

Summary and Credits

LessonUse case: Practical implementation of a Traceability system

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Use case: Practical implementation of a Traceability system 12 Unities

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Use case: Practical implementation of a Traceability System

Target formulation for an active component traceability

Selection of use cases to define the target process

Components of demonstrator

Data processing

Data processing charts

Overview about traceability systems

Use cases of active component traceability

Further Material

Summary and Credits

LessonUse case: using DPT in the company

Course Content

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Use case: using DPT in the company 6 Unities

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Use case: using DPT in the company

Use case: using DPT in the company

Summary and Credits

LessonCompetency Map for Implementing the Digital Process Twin

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Competency Map for Implementing the Digital Process Twin 7 Unities

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Brief Introduction

Further Material

Summary and Credits

LessonHow to upskill to use Digital Process Twin in the daily manufacturing

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How to upskill to use Digital Process Twin in the daily manufacturing 9 Unities

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How to upskill to use Digital Process Twin in the daily manufacturing

How to upskill to use Digital Process Twin in the daily manufacturing

Basic steps to improve skills in Digital Process Twin

Main sources of information on Digital Process Twin

Ways and methods of choosing a teaching strategy

Further Material

Summary and Credits

LessonBenefits for the organisation to implement Digital Process Twin

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Benefits for the organisation to implement Digital Process Twin 14 Unities

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Benefits for the organisation to implement Digital Process Twin

Benefits for the organisation to implement Digital Process Twin

Benefit: Improved Product Quality

Benefit: Reduced Development Costs and Time-to-Market

Benefit: Enhanced Customer Satisfaction

Benefit: Increased Operational Efficiency

Fill missing words

Further Material

Summary and Credits

Challenge: Better Maintenance and Support

Challenge: Data Quality and Accuracy

LessonFuture perspectives for Digital Process Twin

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Future perspectives for Digital Process Twin 9 Unities

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Future perspectives for Digital Process Twin

Future perspectives for Digital Process Twin

Advanced Analytics and Machine Learning in Digital Process Twin

Augmented and Virtual Reality in Digital Process Twin

Cybersecurity and Data Privacy in Digital Process Twin

Further Material

Summary and Credits

LessonDigital Process Twin for Value Stream Method and Value Stream Design

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Digital Process Twin for Value Stream Method and Value Stream Design 10 Unities

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Digital Process Twin for Value Stream Method and Value Stream Design

General steps for Digital Value Stream Twin Implementation

Further Material

Summary and Credits

LessonData-based Process Transparency through Traceability and Process Mining

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Data-based Process Transparency through Traceability and Process Mining 6 Unities

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0% Complete 0/6 Steps

Data-based Process Transparency through Traceability and Process Mining

Data-based Process Transparency through Traceability and Process Mining

Further Material

Summary and Credits

LessonSelf-check of learning path “Digital Process Twin: Human”

Course Content

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Self-check of learning path “Digital Process Twin: Human” 5 Unities | 1 Quiz

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Single module Content

0% Complete 0/5 Steps

Self-check of learning path “Digital Process Twin: Human”

Self-check of learning path “Digital Process Twin: Human”

Further Material

Summary and Credits

Topics

Digital Transformation, Digital Twin

Provided by

TU Darmstadt
Intechcentras
Soraluce
Ideko

Content created in 2023

+395 enrolled

69 €

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Course Includes

1 Quiz
1 Certificate of achievement

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