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All people Students / No. 08
Thomas Christopher Mack

PhD Student

Thomas Christopher Mack

Skin Based Adherence and Sensing Methods for Eversion Robots.

Output

Selected publications

  1. Enabling High-Curvature Navigation in Eversion Robots through Buckle-Inducing Constrictive Bands

    Suulker C, Haimus MA, Mack T, Sheikhsofla M, Dei NN, Kashef R, Sadati H, Barontini F, Ficuciello F, Arezzo A, Siciliano B, Althoefer K

    arXiv preprint · 2026

  2. Soft Eversion Robots for Colonoscopy: Challenges, Open Problems, and Emerging Solutions

    Suulker C, Mack T, Cong Q, Dei NN, Kashef R, Sheikhsofla M, Althoefer K

    arXiv preprint · 2026

  3. State of the art in soft eversion robots for colonoscopy: a review

    Suulker C, Mack T, Distefano G, Chan CH, Zhang K, Sadati SMH, Mecozzi L, Sulaiman S, Thaha MA, Ficuciello F, Siciliano B, Arezzo A, Althoefer K

    Progress in Biomedical Engineering · 2026

  4. Efficient Manufacturing of Steerable Eversion Robots with Integrated Pneumatic Artificial Muscles

    Mack T, Suulker C, Dawood AB, Althoefer K

    Journal of Manufacturing and Materials Processing · 2025

  5. Abraded optical fibre-based dynamic range force sensor for tissue palpation

    Dawood AB, Chavali VK, Mack T, Zhang Z, Godaba H, Angelmahr M, Althoefer K

    Frontiers in Robotics and AI · 2024

  6. A Soft Robotic Gripper with Active Palm for In-Hand Object Reorientation

    Mack T, Zhang K, Althoefer K

    arXiv preprint · 2023

  7. Eversion Robots for Mapping Radiation in Pipes

    Mack T, Al-Dubooni M, Althoefer K

    arXiv preprint · 2023