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Efficient model based design parameter exploration and optimization in mechatronics (emodo)

Creation of an efficient framework for multi-disciplinary, system-level design parameter space exploration and optimisation.

Model based force measurements

It is difficult or even impossible to measure dynamic data such as force, torque or strain. We want to make these data measurable.

Video: Integration and manufacturability aspects of lightweight structures exploiting inherent dynamic properties (IMALIGHT)

Vibro-acoustic metamaterials offer interesting NVH solutions. This project levers existing technology towards industrial applications.

EM Techno Project

EMtechno aims at improving the total cost of ownership  of energy-efficient drivetrains by the integration of various emerging technologies.

De maakindustrie is erg belangrijk voor de economie in de Noordzee Regio en is een echte drijver voor groei.
We build an open and modular platform to improve layer-based AM production for the laser melting of metals.
The project aims to support Flemish SMEs within the manufacturing industry in the comprehensive integration of the virtual and physical world.
It will allow to continue the Flanders Make research in the field of energy-efficient drivetrains, vehicle dynamics and highly automated driving.
Numerical methods and tools will be developed to support and improve the design of AM structural components.
This project aims at providing software product line methods, techniques and tools for the development of mechatronic software controller variants.
Safety-related products become more complex, must cope with more demanding operating circumstances, are subject of customization and must fulfill evolving safety standards.
The ITEAM consortium has planned a set of research databases to provide wide access to shared electronic research and technical material.
The operator needs a digital platform.
Photonics sensors equipped with freeform optics enable an unprecedented combination of compactness, robustness, performance and accuracy.
We want to optimize production efficiency for SMEs by analyzing large amounts of data that become available through IoT technologies.
The industrial target group face a demand for a new generation of smart and interconnected high-performing products, often called cyber-physical systems.
The project aims to develop an optimisation framework (methods and supporting tools) enabling to determine the optimal geometry and material choice.
Companies need to optimise their design and testing methods for multi-functional multi-sensor systems for monitoring mechanical quantities.