Model Driven Engineering is a software development methodology that saves businesses a significant amount of time and money and enables them to streamline their operations. With all the parties working together within a single model, Model Driven Engineering improves coordination between the various stakeholders, resulting in a more robust software solution with fewer bugs. Model Driven Engineering is perfect for businesses with a need for complex and error-proof software, such as companies operating in the high tech industry. As one of the first software companies to specialize in this relatively new approach to software design, we at ICT Group look forward to assisting you by sharing our knowhow, expertise and experience.
We have a strong focus on the ‘Brainport’ region, with Eindhoven at the centre; this area has developed into an important high tech region due to the fact that the vast majority of high tech companies are located here.
Brainport stimulates unique forms of cooperation that form the basis for open innovation. We regard cooperation with other parties and our clients as the key to improving the processes.
In 2014 we joined the High Tech Software Cluster – a collaborative venture with like-minded partners in the value chain and together we work towards accelerating innovation in software development. More information about the cluster High Tech Software Cluster
Embedded systems performing a specific task with interaction with a physical environment like actuators and sensors. Often there are resource constraints, like processing power or memory. Reliability and safety requirements. Typical are reactive behavior, concurrency and guaranteed response times
Calibrate parameters of machines during, development, production and customer site, this to make the system meet its requirements. Eventually qualifying a machine according to the functional specification and locating potential machine problems.
High level control and monitoring of individual subsystem controllers. Supervisory control is being used for the controlling of complicated mechanical machines such as printers, wafer scanners, component pick and place equipement, etc.
Software used for a specific application for equipment end users. They are on top of the operating system and system utilities and perform functions like machine work flow, production planning, and scientific simulation.
Real-time and remote access to data from integrated systems that collect, process and analyse data from sources like sensors and other information systems. Examples are data mining on production-, quality- and operational performance data, tracking and tracing of products and predictive maintenance
ICT’s High Tech business unit of ICT Group is providing software-, system- engineering services. We do so, directly or through partners, across the High End equipement OEM supply chains for customers like ASML, Philips and Océ. Intensive co-working with our valued customers and partners.
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