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Mechatronics in Flanders
Flanders Make – digitization in mechatronics
Looking for innovative support in mechatronics research? Look no further! Flanders Make, one of Flanders’ four strategic research centers, offers you just that – along with research in product development and production technologies to support the manufacturing industry. From smart machines, to smart vehicles and smart factories, the list of applications is long.
Imec: micro- and nanoelectronics
Based in Ghent and Leuven, imec performs world-leading research in nanoelectronics, enabling innovative mechatronic applications. Some of these include microelectromechanical (MEMs) and nanoelectromechanical systems (NEMs), ranging from smart sensors, actuators and power scavengers, to biochips, micro-implantable appliances and solar cells.
Various other organizations in Flanders offer dedicated research support for the mechatronics industry. To highlight only a few:
- ReMI – Short for ‘Reliability in Mechatronics and ICT’, the ReMI research centers focuses on the reliable and sustainable performance of systems where electrical energy, automation, electronics, signal processing and ICT play critical roles.
- Flanders’ Mechatronics Engineering Center (FMEC) – Part of the ReMI research center, FMEC focuses its research and services on the global reliability of electronic systems. This includes: electromagnetic compatibility and signal integrity, mechanical and thermal behavior of electronic systems, environmental testing and aging, risk analysis and safety in industrial applications.
Mechatronics is adding an extra layer to additive manufacturing (AM), and is crucial to developing new AM processes and control, diagnostics, and material delivery systems. Likewise, 3D-printing enables the development of novel mechatronic devices. To enable this interaction, organizations like Sirris, Agoria, Flanders Make and Flam3D work closely with AM research departments at all the major universities and university colleges in Flanders.
Without mechatronics, robots and cobots wouldn’t be realities. Flanders not only boasts decades-spanning academic and R&D expertise in robotics; the region is also home to numerous successful industry players that are shaping the world of robotics.
Building smart factories requires mechatronics, digitization and the Internet of Things to go hand in hand. Flanders is home to some of the world’s most innovative R&D players, which support this ambition. To give just one example, the region’s strategic research center for nano- and digital technology – imec – empowers companies to ride the wave of 4th industrial revolution. In addition, strategic research center Flanders Make plays a major role in enabling smart factories through mechatronics research.
By 2050, Europe aims to reduce its greenhouse gas emissions by no less than 80% compared to 1990. The manufacturing industry plays a crucial role in achieving that goal, and looks to the field of mechatronics in hopes of developing clean technologies. Flanders combines the knowhow and expertise of both worlds. Strategic research center VITO, for example, conducts multi-disciplinary research in cleantech, sustainable development and more.
Flanders’ top universities and university colleges offer dedicated courses that zoom in on the various facets of mechatronics. These courses are included in the curriculums of bachelor’s and master’s in industrial and engineering sciences, and cover topics such as:
- mechatronic design;
- robotics and mechatronics;
- ICT and mechatronics;
- mechatronic drive systems;
- and more.
Companies setting up or managing their activities or headquarters in Flanders can reap the rewards of:
- various government grants and subsidies for transformation, ecological, R&D and growth investments;
- unique tax incentives for various types of business activities and investments;
- a set of employment subsidies to further reduce your salary costs as well as fiscal remuneration advantages;
- a number of funding options to help you get off the ground.
Flanders offers incentives that are relevant to research-intensive domains like mechatronics. Examples include:
- investment deduction for R&D – 13.5% of acquisition value/qualifying asset or 20.5% of the depreciated amount;
- exemption of payment of 80% – of the personal income withholding tax of researchers in certain scientific fields;
- innovation income deduction – up to 85% of a firm’s net earnings from innovation is tax exempt.