Prof Kaspar Althoefer
Dipl.-Ing. Aachen, PhD
Research Group Members
Research Assistants
![]() DAWOOD, Abu Bakar | ![]() SUULKER, Cem | ![]() MACK, Thomas |
Current PhD Projects
Thesis Title |
---|
Deep Learning to Model Soft Robot Arms and Hands |
Inflatable legs for walking robots |
Modeling and control of a robotic retractor for minimally invasive colorectal surgery |
Pet-bot: Multisensory-integrated robot-animal interactions. |
Sensing and navigation for eversion robots operating pipe networks on nuclear sites |
Soft eversion robotic mechanism for the inspection of inaccessible spaces in the nuclear sector |
Using control and machine learning techniques to optimise the motion performance of a soft eversion robots for underwater applications |
Completed PhD Projects
Thesis Title | Year |
---|---|
Soft Fabric Based Robotic Glove for Human Assistance and Rehabilitation | 2025 |
From Bees to Robots: A Statistical Mechanics Framework for Modelling Shimmering Dynamics and Control of Swarm Systems | 2024 |
Pneumatic Soft-Rigid Hybrid Actuators and Evolved Legged-Robots: Design, Modelling and Control | 2024 |
Robust non-causal model predictive control applications in marine engineering | 2024 |
Design, fabrication and stiffness control of soft fluidic robots | 2023 |
Fabric-based eversion type soft actuators for robotic grasping applications | 2023 |
Modelling and Control of a Robotic Active Capsule Endoscope | 2023 |
Multimode optical waveguide shape sensing based on specklegram classification | 2023 |
Soft Capacitive and Optical Tomography-based Sensor Skins | 2023 |
Soft Optical-Based Sensors Fabrication and Evaluation for Curvature and Shape Estimation of Soft Actuators | 2023 |
Deep learning for information transmission through a multimode fibre | 2022 |
Particle based reconfigurable robot for deployment in inaccessible spaces | 2022 |
Virtual Reality Training Simulator for Physical Diagnosis | 2022 |
Creases modelling in meshless methods | 2021 |
Integrated Hydraulic Steering And Signal Transmission Technlologies Applied to Novel MRI-Compatible Intravascular Catheters | 2020 |