ema Education

Make digital factory and work planning visible, assessable and discussable

Use in teaching and research

We have developed our ema Education Edition especially for the Teaching assignment to Universities & Universities and the comprehensive Application in research is designed - it includes a comprehensive offer including didactic teaching concepts & materials as well as ema scenarios.

What are the advantages of using ema in teaching?

ema makes design measures visible, assessable and discussable
Clear communication of the basics of Industry 4.0 / Ergonomics 4.0 with the topics of digital factory, virtual ergonomics, human-robot interaction, assistance systems, etc.
Simple, intuitive operation enables quick learning of the software
Direct, interactive involvement of students in the learning process with a fun factor
Use in individual work, group work, self-learning phases, etc.

Who uses emaWD in teaching & research?

Typical courses of study

Digital Engineering
Virtual Engineering
Work system design
Occupational Science
Human Factors
Work and health
Virtual ergonomics
Production systems
Industrial Engineering
Digitised construction
Factory Design & Factory Operation
Simulation technology in product manufacturing
Operating technology and system planning
Process management in the healthcare sector

What are the special features of the ema Education Edition?

Unlimited number of location-independent licences for teachers and learners enables individual use of ema
Modular teaching concept for the use of ema incl. provision of practice-related videos, teaching materials and ema scenarios
Customised training and adaptation of the documents possible (e.g. depending on the course of study)
Provision of exchange opportunities for universities and colleges (e.g. ema user conference IIC)
Regular webinars

Fields of application ema Education

Automobile and capability-based process design

Hospital

Construction

Human-robot interaction

Interplay between digital factory and work design

Use of VR and MoCap

Logistics

Machine design

Office design

Insight into our teaching materials

Concept:

Learning content and scope individually adaptable depending on the number of hours and learning content of the lecture/exercise(s)
Provision of teaching materials as well as ema work scenarios (e.g. gearbox- washing machine assembly, logistics, commissioning, machine placement)

Learning content:

Unit 1: Basics of DMM and ema Work Designer incl. practical examples
Unit 2: Creating the work process, handling object data
Unit 3: Creation of necessary dispositions, overall scenario
Unit 4.1: Analysis and optimisation of the work process according to ergonomics
Unit 4.2: Analysis and optimisation of the work process by productivity /
Production times
Unit 5: Planning and evaluation of human-robot interactions
Unit 6: Planning and evaluation of human-machine interaction using the example of
the use of manipulators

Additional offer: