Student Theses and Jobs

Open (Research) Topics for Students

Thanks for your interest in working with us. Please have look at the open (research) topics listed below. If you find topics that spark your interest, or if you have any suggestions of your own, please fill in the form below.

At our chair, we strive to maintain transparent communication with all applicants. Regrettably, if you haven’t received a response within two weeks, your application for the position may not have progressed further.

Legend:

[B] = Topic for Bachelor’s Thesis
[M] = Topic for Master’s Thesis
[R] = Topic for Research Lab / Topic for Project (e.g. Computer Science “Master Project”)
[HiWi] = Student Assistant (HiWi) position (paid)

ID Scope Topic Area Supervisor
49 HiWi Software Development Student Assistant .NET, C#, UI Hannah Braun
48 M Development of a bio-signal based wearable tracking system for medical staff Wearables, App, Sensor Fusion  Sabine Thuerauf
47 R Building and validation a Prosthetic-Teststand 3D-Printing, CAD, Electronics Marc-Anton Scheidl
46 R/B Design of an IoT Prosthetic UI Programming, ESP32, C, C# Marc-Anton Scheidl
45 R/M/B Development of a lightweight motor control application for SBC Programming, Python, C++, C# Marc-Anton Scheidl
44 R Design of a wireless linear force sensor for Exosuit-Applications C, Programming, Electronics, 3D-Printing, Sensor Marc-Anton Scheidl
43
 R/M
 Benchmarking of an IMU-based kinematics tracker -paid position Body tracking/wearables
 Marek Sierotowicz
42 M Tele-Impedance for Robotic Tele-Manipulation Tele-Impedance Sabine Thuerauf
41 R/M A Smart Shirt for Guidance Wearables / Haptics Sabine Thuerauf
40 R/M Control for an Exosuit with Variable Stiffness Control Theory / Wearables Sabine Thuerauf
39 R Database: Tasks requiring Impedance Literature Review / Database Sabine Thuerauf
38 R Literature Research: Bio-signals in robotics Literature Review Sabine Thuerauf
37 M FAU – DLR: Shared Autonomy in Advanced Humanoid Teleoperation for Reliable Grasping Biosignals, Inertial Sensors, Teleoperation, ML Fabio Egle, Marek Sierotowicz + DLR (German Aerospace Center)
36 R/B/M Mujoco Forward Kinematics using IMU’s C++, Python, C#, Biomechanics, IMU Marc-Anton Scheidl, Marek Sierotowicz
35 R/B/M OpenSim Forward Kinematics using IMU’s C++, C#, Biomechanics, IMU Marc-Anton Scheidl, Marek Sierotowicz
34 R Gamification of Fitt’s Law using Unity and EMG Technology Programming, Unity, HCI Marc-Anton Scheidl
33 R Literature Review: Intuitive Robot Control Literature Review Sabine Thuerauf
32 R/M Accuracy calibration of a IMU Body-Tracking System Programming, Sensors Sabine Thuerauf
31 M Advanced Intuitive Control for Industrial Setups (in collaboration with Siemens Healthcare) Programming, Sensors Sabine Thuerauf
30
 R
 Enabling third-party motor controls for the Open-Source Bionic Leg
 Robotics, API Development, Motor Control
 Marc-Anton Scheidl
29 R Interface development with State-of-the-Art EMG & IMU Sensors for real-time data acquisition on various platforms. Biosignals, Programming, Sensors Marc-Anton Scheidl
28 R/M Measure Human Stiffness in VR VR, Biosignals, Tele-Impedance Sabine Thuerauf
24
 M
 Investigate, design and implement a versatile force myography sensor in cooperation with Ottobock
 E-CAD, electronics, ML and controls
 Marek Sierotowicz
23 R/B Construction of a Real-World TAC Testsetup Programming, Electronics, Sensors, CAD Marc-Anton Scheidl
22 M Functional Electric Stimulation for the Operation Room (in collaboration with Siemens Healthcare) Mechatronics, Programming, Sensors Sabine Thürauf
21 M Intuitive Control for Industrial Setups (in collaboration with Siemens Healthcare) Programming, Sensors Sabine Thürauf
20 M Measurement of Human Stiffness Mechanics, Sensors Sabine Thuerauf
19 HiWi Intuitive Robot Control Interface Robotics, Programming, ROS Sabine Thuerauf
18 R Controller Development using OpenSim Reinforcement Learning Programming, Biosignals, Maschine Learning Marc-Anton Scheidl
17 R/M

Design of an exosuit with variable stiffness

 Mechanics, Electronics, Engineering, Sewing Sabine Thuerauf
15 R leading to M

Building an IMU-based body tracker.

 Embedded programming, electronics, sensor fusion Marek Sierotowicz
14 R leading to M

Improving our software suit for myocontrol

 Programming, Software engineering, C# Claudio Castellini
13 R/M

Teleimpedance for telemanipulation

 Controls, robotics, ROS, C#, biosignals Marek Sierotowicz
12 B/R

(Electro-)Mechanical design of a powered ankle/knee brace

 CAD, Engineering, 3D-Printing, Electronics, Biosignals Marc-Anton Scheidl
11 R

C#/C++ Interface for simulation and real-time data acquisition in OpenSim

 Programming, Visualization, Biosignals Marc-Anton Scheidl
10 R

C#/C++ Interface for anthropometric model generation in OpenSim

 Programming, Visualization Marc-Anton Scheidl
7 R/M Force Myography for intent prediction and feedback in Functional Electrical Stimulation Sensor fusion, controls Marek Sierotowicz
3 R/M Force output-based calibration of Functional Electrical Stimulation electrode array Electronics, sensor fusion, optimization Marek Sierotowicz
2 M Improving the quality of data via data visualisation Data visualisation Claudio Castellini
1 M Cyberglove- and FSR-based modeling of hand force synergies Physiological modeling Claudio Castellini

 

Application Form

  •