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Wingquist Laboratory

Wingquist Laboratory

Entrance Christs Church

The future of research in design processes - report

Report from the MMEP SIG workshop on modelling and management of engineering processes at Cambridge University. Professor Ola Isaksson and Massimo Panarotto from Systems Engineering Design Research...

Keynote speaker Robert Karjel

From pirates to Cutting Edge Automation

Next Wingquist Laboratory Annual Seminar on Digital Product Realization is set for 29 nov, 2018. We are happy to welcome keynote speakers Robert Karjel and Martin Nilsson.

Hand-on ipad-in factory-environment

Digital twins ensure quality and lower costs

There are great expectations of the industry to become streamlined using big data and data analysis. Rikard Söderberg and his research team will enhance digital twins for geometry assurance in this new...

Report from EPIC workshop

Massimo Panarotto was attending the 2018 EPIC Workshop in London this October. Here is his report with updates on Electric Propulsion Technologies and the Cheops project.

A vision of the self-compensating factory

Industry is continuously seeking efficient solutions that save time and improve quality. A five-year project in the Wingquist Laboratory focuses on simulations using digital twins, which will lay the...

The importance of margins in product development

Claudia Eckert, one of four Jubilee Professors at Chalmers University of Technology, focusses on engineering design. Recently she held a seminar on margins and aspects of them in product development.

Wingquist Laboratory - a competence centre for Digital Product Realization

Wingquist Laboratory is an internationally competitive competence centre for multidisciplinary research within the field of digital product realization. Wingquist Laboratory envisions a fully digital product realization process, where complex, mechanical, assembled products and their production systems are developed and verified together, without need for physical prototypes or testing.

Published: Tue 17 Jun 2014. Modified: Fri 09 Nov 2018

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Smart Assembly, one of three research themes in the centre.

Smart Assembly

Smart Assembly refers to assembly systems and technologies with integrated virtual and physical methods in order to achieve dramatic improvements in productivity, lead-time, quality and agility. >>

Perceived quality, one of three research themes in the centre.

Perceived Quality

Customer perception of product quality is a key factor to create successful products. Perceived Quality represent all aspects that create a feeling of good quality of a product. >>

Platformed-based Development, one of three research themes in the centre.

Product Development 4.0

Product Development 4.0 (PD 4.0) aims to understand and develop theory, methods and tools necessary for new products and manufacturing systems, aligned with the ideas of Industry 4.0. >>

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