Further developments of AI-based robotics and quantum computing
Fraunhofer IPA is responsible for FIZ 6 “AI-based Robotics”. Its vision is to develop and enable robotic systems for industrial value creation systems that reach or exceed human levels in terms of flexibility, speed and quality. This addresses three goals: higher productivity to counter demographic change; less specialist knowledge required through the “automation of automation” to counteract the shortage of skilled workers and, finally, less waste and more efficient (intra-)logistics for greater sustainability.
To achieve these goals, the focus lies on the following research and application areas:
- Robot hands: The human hand is currently still unsurpassed, particularly in terms of its dexterity in gripping. New software from FIZ AI-based robotics should make it possible to use robot hands available on the market with maximum flexibility in production and logistics processes.
- Mobile manipulation: The action radius of the robot increases when combining gripping functions with a mobile or humanoid robot. The focus of research work lies particularly on technologies that require little to none programming effort (“no code”/”low code”).
- Loading and unloading trucks: When it comes to automated material flow, this task is still largely manual. The research focus is therefore on the handling of different materials in trucks and the precise positioning of mobile robots in indoor and outdoor areas.
- Engineering: This focus area of Fraunhofer IAO deals with the model-based development of robot systems, as well as a continuous IT-support. The goal is to reduce efforts in developing, integration, commissioning and retooling of robot systems, in order to make robots more economically available for smaller companies or productions with small lot sizes.
For Simon Schmidt, Deputy Head of the business unit “Automated Intralogistic, Manufacturing and Assembly Systems« at Fraunhofer IPA, the new FIZ is a decisive milestone: “The Fraunhofer HNFIZ AI-based Robotics, which we manage, gives us the opportunity to consolidate our strategy for highly flexible, industry-relevant automation solutions for material handling and transport in the great Heilbronn ecosystem.”