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Projects

  • The image features a complex scientific instrument, highlighting a probe and manipulators. The probe is centrally located, with wires connecting to two metallic arms labeled "Manipulators," which are positioned above a rectangular electronic component at the base.
    MINIMISE

    Micro-nano interfacing for MEMS-integrated sensors

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  • Vier Personen in Schutzkleidung stehen zusammen in einem Labor mit gelblich-orangefarbener Beleuchtung. Sie tragen Haarnetze, Mundschutz und Schutzbrillen. Jede Person hält ein kleines Objekt in der Hand. Die Atmosphäre ist sauber und professionell, typisch für einen technischen oder wissenschaftlichen Bereich.
    SMF

    Student Micro Foundry – a student-run teaching and learning platform for microelectronics.

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  • Das Bild zeigt ein wissenschaftliches Poster über die Verbesserung der Ladungsträger-Lebensdauer in Silizium mittels femtosekunden Laserbehandlung. Es enthält Diagramme und Mikroskopaufnahmen, die verschiedene Prozesse und Ergebnisse der Forschung veranschaulichen. Die Institutionen und Förderer sind ebenfalls aufgeführt.
    Defect Engineering (DFG)

    Advanced defect engineering and surface passivation for improving the carrier lifetime in femtosecond laser sulfur hyperdoped silicon.

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  • The image shows a close-up view of a textured surface, featuring numerous pointed structures arranged closely together, resembling tiny mountain peaks. The monochromatic tones highlight the intricate details and repetitive patterns of these features, suggesting a microscopic or engineered material.
    FemtoBlack

    Femtosecond laser sulfur hyperdoped black silicon for infrared photonic applications.

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  • The image features a three-dimensional gray cylindrical object on the left, showcasing concentric circular patterns, while the right side displays a colorful circular pattern against a dark background, likely representing data or a visual representation of the object's properties.
    Diffralicht

    Diffralicht – Diffractive optical elements for light guidance in transparent media.

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  • A man wearing protective eyewear and gloves is closely examining a laser apparatus that emits bright green light. The setting appears to be a laboratory, emphasizing safety and precision in a scientific environment.
    UltraLIMO

    Ultrashort-pulse laser material functionalisation for innovative micro-optical components.

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  • The image compares two types of laser pulses: a "long" laser pulse and a "short" laser pulse. It illustrates their intensity profiles and phase fronts, emphasizing the differences in diffraction orders between the two types. Arrows indicate the direction of waves resulting from the laser pulses.
    LasDif

    Determination of the duration of ultrashort laser pulses using diffractive optical elements.

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  • An electronic microchip is depicted, featuring gold-colored circuitry with labeled sections. The text includes "ArGeSe V 5.1 E" and "IMtech V0Me 60.262." The design showcases intricate lines and patterns typical of semiconductor components.
    KPM

    Development and integration of small and precise MEMS microsensors for selective hydrogen measurement.

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IMtech essentially comprises three research groups:

  • Microsystems Technology Group
  • Photonics Group
  • Medical Engineering Group

Researchers at RheinMain University of Applied Sciences have joined forces in these groups in order to pursue a holistic research approach that draws on their different research orientations and diverse competences.

Research Reports

Active and completed research projects of the research groups

Research Reports
Active Members

Active IMtech members

Active Members