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Department of Materials and Production

Research areas

Research within the Department of Materials and Production is categorized in the following areas:

Department of Materials and Production

Research areas

Research within the Department of Materials and Production is categorized in the following areas:

  • Robotics and Automation

    The group is engaged in research on automation and semi-automation of complex manufacturing tasks.

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  • Artificial Intelligence for Operations Research

    The group focuses on research in the domains of manufacturing, transportation and defense.

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  • Mass Customization

    The group is a business strategy focusing on serving increasingly diverse markets with personalized products at low costs.

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  • CIP

    The group are dedicated to initiate and coordinate research in this area and to develop the necessary competencies and capabilities to increase the future competitive strength of Danish industry.

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  • CraCS

    The CraCS research group is working and developing new methods for predicting damage in real laminated composite structures.

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  • Biomechanics

    The group works on several fields of biomechanics related to orthopaedics, product design, sports, tissue engineering and computational ergonomics.

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  • Materials and Engineering

    The group bridges the traditional boundaries between the disciplinary areas of materials physics, materials processing, and materials science. This interplay between disciplines creates a catalytic environment conductive for the encouragement of materials research.

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  • Physics

    The research activities in the Physics group cover many aspects of solid state physics, materials and optics. Both fundamental and applied research is carried out with a strong focus on optical physics and laser spectroscopy, surface physics, solar cells and materials for electronic components.

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  • Solid and Computational Mechanics

    The activities of the group encompass fundamental aspects of solid and computational mechanics applied for design of cost-effective, resource-efficient mechanical systems and products.

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