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Innovative Material Processing

Die Wasserstrahlschneidanlage während des Schneidvorgangs in der Profilansicht.

New materials with new characteristics

Scientists at Aschaffenburg UAS are researching new materials for 3D printing, as well as innovative technologies and methods of additive manufacturing or applied photonics, for example laser-induced nanostructuring and laser material processing. New ways of surface coating make it possible to optimise the use of X-ray mirror telescopes and an adaptation of sintering technologies creates new possibilities for the production of thermostable materials.

The scientific goals in the research topic Innovative Material Processing are material processing with innovative, resource-saving technologies and the development of materials with new characteristics.

Projects

  • ConnectS UP

    The ConnectS UP project promotes the connection between universities and companies through innovative, practical teaching methods.

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  • ERASMUS+ Project STEPS4EU

    Improvement of the overall success of engineering projects in the EU through the development of cross-functional skills of all participating team members.

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  • mainproject

    Information transfer project focusing on digital transformation, sustainability and agile transition to strengthen the competitiveness of SMEs enterprises in the Bavarian Lower Main region.

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  • Exkimo

    AI modelling with integration of expert knowledge for use in industrial processes.

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  • i4Driving: Integrated 4D driving modelling with consideration of uncertainties

    Development of a database that expands, integrates, and provides several reference models to represent the diversity of human driving behavior for virtual CCAM evaluation.

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  • MOSES

    Multi-optical sensor technology and real-time data processing are used to capture the process situation for automated UKP laser based PCB processing for manufacturing inductive sensors of the future.

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  • dima Digital Manufactory

    The Digital Manufacture supports citizens of the city of Aschaffenburg with applied artificial intelligence to improve the urban living space.

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  • Quantitative Easing

    In January 2015, the ECB Governing Council decided on the "Quantitative Easing" asset purchase programme. The project comments on this decision and the resulting consequences.

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  • TransferformKMU

    With TransferformKMU, the Institute for Management and leadership supports regional companies on their way out of the pandemic with further training on sustainability and transformation.

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  • HASKI

    HASKI is a comprehensive system that uses AI-powered software to offer students personalized learning materials tailored to their individual knowledge level.

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  • Virtual conferences from an intercultural perspective

    In a recent Study Prof. Dr. Link, Director of the IIC, examines conferences held virtually from an intercultural perspective.

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  • AdLer: Adaptive digital class rooms

    Through the digital tool AdLer, teachers create networked virtual learning spaces with 2D and 3D immersive visualisation.

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  • Diversophy learning games

    Gamification encourages dialogue and cooperation between different cultures in a fun and engaging way. In collaboration with an international consortium, the IIC develops Diversophy learning games.

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  • KIBU: Learning together for a smart data-enhanced future

    The KIBU project enables local companies in the Bavarian Lower Main region to use the possibilities of artificial intelligence.

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  • LeMoStore

    Configuration, development and construction of the inverter cells of a modular energy storage system.

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  • Sino Inno Cap

    In the Sinno Inno Cap project, the innovation measures of inorganic enterprise development of large Chinese enterprises are investigated.

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  • DiProLeA

    Development of a complete digital production process with an integrated a smart learning assistance system that studies assembly steps and understands live scene for manual assembly tasks.

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  • Accasi

    Three Aschaffenburg UAS Laboratories collaborate in combining their fields of expertise to create innovative solutions and establish a Competence Center for Astronomical and Space Instrumentation.

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  • SKZ

    Optimisation of the thermal joining quality of hybrid metal-fibre-plastic composites by additively manufactured surface-structured metal parts.

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  • EpiLABKI

    The EpiLABKI project is using artificial intelligence to build an epidemic simulator for the Aschaffenburg region.

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  • DigiBridge

    The German-Ukrainian university cooperation strengthens internationalisation, digitalisation and communication in many ways.

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More projects

Labs and teams

At the moment the lab pages are only available in German. We are currently working on English content for you.

Scientists

Publications

The publications of our scientists show the latest developments and innovations of the research topic Innovative Material Processing. They give reason to push further research in this field.

To the publications in Innovative Material Processing

Contact

Are you interested in a cooperation with Aschaffenburg UAS? We are happy to assist you in planning new projects.