Participants at Tuesday’s workshop (left-right): Magne Dåstøl (GCE NODE), Helene Falch Fladmark (Eyde), Søren Kragholm (University of Agder), Jan Ove Løland (Farsund Aluminium Casting – Bentler), Marit Dolmen (GCE NODE) and Thore Jarle Sørensen (Teknova).

Representatives from several business clusters in Agder met in Grimstad Tuesday for a workshop on automation and robotics.

The workshop had the overall goal to translate common thoughts into a common strategy for automation and robotics for the region. The participants discussed how Industry 4.0 will affect their companies in terms of enabling new and better production processes, and which disciplines that will be important for both universities and companies; cybernetic, data mining, cyber security, safety, privacy, artificial intelligence and – of course – robotics and control systems (core areas of mechatronics).

The Future Robotics project is an initiative led by University of Agder to promote and support robotics and automation competences in clusters, industry networks, research institutions and industry in the Agder region.

The Robotic Readiness Level was launched at the workshop to assess individual companies’ readiness to implement robotics. In general, industry in Agder is willing to invest, but lacks competence. Each of the companies that participated in the assessment received a technology voucher for two hours free advice/assistance from technology advisers or researchers.

The Future Robotics project is planning two new events in the fall of 2015. A workshop hosted by GCE NODE will focus on SMEs and Robotics. Another workshop hosted by University of Agder will focus on research and education capabilities, including development of Mechatronics Innovation Lab.

The term Industry 4.0 originates from a project in the high-tech strategy of the German government, which promotes the computerization of the manufacturing industry. It refers to the fourth industrial revolution. The first industrial revolution was the mechanization of production using water and steam power, it was followed by the second industrial revolution which introduced mass production with the help of electric power, followed by the digital revolution, the use of electronics and IT to further automate production. Source: Wikipedia

 

 

February 16th

Robotics revolution