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Practical Application of the QFD Method for Specifications
Modern mechatronic systems are becoming more and more complex. How are system functions distributed to different components? How do you proceed when customers provide a detailed requirement specification for the implementation?
In this training, you will learn how to apply the Quality Function Deployment (QFD) method and how to draw the right conclusions for product features and design based on customer requirements. After a general introduction into the method, requirements as well as functions and design are conceptually differentiated and classified. Different ways through the QFD process are introduced and you will learn to use the options of QFD for your product design. Practical examples illustrate the procedure.
You can also book this seminar as an in-house seminar! Just write us a short non-binding e-mail with the desired date and location as well as the number of participants: training@eclipseina.com
Get an overview of all our seminars on embedded-academy.com!
Target Group
Project manager, R&D employees, technicians from electronics, software and mechanics
Prerequisites
Professional experience in the areas mentioned above and knowledge of the training contents of
Application of the QFD Method for Product Development and Requirements are of advantage.
Training Content
The training focuses on the practical and target oriented use of the method QFD in the development of product features and designs. This shortens development time and increases customer satisfaction.
Agenda
- Apply QFD to mechatronic system development
- Assign system functions to individual components
- Handling customer specifications
- Practical examples
Organiser:
Eclipseina GmbH | Embedded Academy
Technologiezentrum TechBase
Franz-Mayer-Straße 1
93053 Regensburg
Tel.: +49 941 / 462 974 20
Veranstaltungsort
Technologiezentrum TechBaseEclipseina GmbH im 1. Stock
Franz-Mayer-Straße 1
93053 Regensburg | 09:00 - 17:00
Deutschland
Koordinaten (Lat, Long):
49.002216, 12.100555
Karte anzeigenRoutenplanung