This program gives you the prerequisites for a leading role in the future smart factory where digitization and virtual tools affect the daily work of both supervisors and operators.
About The Program
In the future smart factory, digitalization will not be limited to mechanical equipment and production systems, but also greatly affect the daily work of both management and operators. The machine and production equipment will be designed, constructed, launched, and run based on models, simulations, and optimizations using artificial intelligence and other advanced computer technologies. High demands on productivity and deliveries are today a matter of course in the modern industry, while business and sustainable development are natural elements in all activities.
The Intelligent Automation Master's Programme provides you with the tools to develop and validate the future manufacturing system using virtual engineering tools. For many years, the use of computerized engineering tools and virtual technologies has increased. There is nothing to suggest that the trend will slow or reduce. On the contrary, the future manufacturing system will be characterized by a higher degree of intelligent technology realized through autonomous, connected, and smart components.
The Focus of Your Studies
The Master's Programme in Intelligent Automation focuses on providing you with the skills required for tomorrow's engineers so that you will be able to address challenges and take advantage of new technological solutions. Through your studies on the Master's Programme, you are expected to acquire a holistic view of the link between production technology, industrial automation, and information technology.
Intelligent Automation is an interdisciplinary field of engineering that focuses on how complex engineering problems and systems should be designed and managed from a lifecycle perspective using virtual engineering tools. The Master's Programme includes various techniques and tools, such as modeling, simulation, optimization, digital twins, product lifecycle management, and also industrial system philosophy, system thinking and sustainability, and innovation in order to meet requirements of the future "Smart factory".