Project cooperationUpdated on 15 January 2026
Digital and emerging enabling technologies
senior researcher at Łukasiewicz Research Network – Industrial Research Institute for Automation and Measurements PIAP
Warsaw, Poland
About
For Call for proposals under :
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Destination: Achieving open strategic autonomy in digital and emerging enabling technologies
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Destination: Leadership in materials and production for Europe
Below there are some general UC descriptions, which might relevant to the project and other funding opportunities (especially in CL4-CL6), in which you are maybe involved:
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Advanced smart manufacturing in 3D printing (MasS) – printing to metal - robotized - CPS for remote programming an industrial station for Wire Arc Additive Manufacturing (WAAM). Technology of a digital twin in virtual reality
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Advanced large scale printing to concrete for constructions (3DCP) - easy and efficient personalization of the manufactured products along with an inspection and quality control system. Data tracking and AI analysis throughout the product's lifecycle.
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remanufacturing & circularity – AI based Robotized repair and circular valorisation of laptops and electronic devices. Implementation of AI-supported models for elements of laptops, image recognition and identification. Machine learning algorithms covering convolutional neural networks (CNN, e.g., YOLO - You Only Look Once) and Deep Neural Networks (DNNs), including attention mechanisms. data-driven recommendations for recycling/reusability/refurbishment of components. product restyling or designing a brand new product
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Circular Economy technology for efficient recovery of high-value materials by robotized disassembly of electronics waste. Aluminum alloys, steel alloys, copper, magnets with REE/WEEE
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Remanufactured product Quality control & testing. manufacturing through machining of parts and subassemblies of any materials (including welded assemblies) that feature complex geometry and high precision/ quality control in relation to CAD model and reporting,
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intralogistics with our AMR/AGV - cloud based real-time data acquisition from AMR and AI based data analysis on inventory, operations, and other relevant factors, providing valuable insights for decision-making to enhance Flexibility and Adaptability,
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terrestrial robotic platform, featuring a new integrated solution using robotics & sensors, easy to use in different scenarios (terrestrial) for monitoring, reconnaissance and remote observation. PIAP’s platform can serve as a testing base for sensor featuring a new integrated solution using robotics & sensors, easy to use in different scenarios (terrestrial, costal) ensuring data collection
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A family of specialized grippers for industrial robots. Offered individually, designed and manufactured depending on the production profile, efficiency and diversity of the manipulated assortment. Including : grippers for: carrying entire layers of rolled mattresses, fluorescent lamps, bottles, plasterboards, car rims, bags, TVs and rollers with foil - Digital-Emerging-05 for soft robotics
Stage
- Early
Topic
- Manufacturing
- Construction
- Raw Materials
- Sustainability
- AI-GenAI /Data/Robotics
Type
- Partner seeks Consortium
Attached files
Organisation
Łukasiewicz Research Network – Industrial Research Institute for Automation and Measurements PIAP
Research Center
Warsaw, Poland
Similar opportunities
Service
Services for Advanced Manufacturing provided by Lukasiewicz-PIAP
Jan Piwiński
senior researcher at Łukasiewicz Research Network – Industrial Research Institute for Automation and Measurements PIAP
Warsaw, Poland
Project cooperation
Services for Advanced Manufacturing provided by Lukasiewicz-PIAP
Jan Piwiński
senior researcher at Łukasiewicz Research Network – Industrial Research Institute for Automation and Measurements PIAP
Warsaw, Poland
Expertise
Jan Piwiński
senior researcher at Łukasiewicz Research Network – Industrial Research Institute for Automation and Measurements PIAP
Warsaw, Poland