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Juliana Lüer, M. Sc.

Hamburg University of Technology (TUHH)
Institute for Mechatronics in Mechanics M-4

ligeti zentrum, Veritaskai 1, 9th floor
21079 Hamburg-Harburg

Tel.: +49 (0) 176 42866685
juliana.lueer(at)tuhh.de

ORCID iD 0009-0008-2557-1658

LinkedIn

 

CV

   
since 04/2024 Research Associate, Hamburg University of Technology, Institute for Mechatronics in Mechanics/Ligeti Centre
02/2021 - 03/2024 Hardware-Developer and Scrum-Master, Siko GmbH in Buchenbach
07/2020-09/2020 Research Associate, Uppsala Universitet
08/2018 - 07/2020 Master of Science: Renewable Electricity Production, Uppsala Universitet
10/2017 - 08/2018 Industrial Engineer, Balluff GmbH in Neuhausen auf den Fildern
08/2014 - 09/2017 Bachelor of Engineering: Electrical Engineering (Electronics), DHBW Stuttgart
08/2014 - 09/2017 Dual Student, Balluff GmbH in Neuhausen auf den Fildern

Publications

2026


Ongoing Projects

- Development of a haptic driver-board with connection to Open Sound Control (OSC)
- Further development of the haptic driver-board for the usage in music therapy with motion tracking
- Mimic the drum feeling in drumsticks on an electronic drumset
- Quanitification of vibrotactile actuators

Lectures

Applied Design Methodology in Mechatronics (summer term)
Haptic Technology for the Human-Machine-Interfaces (HMI) (winter term)
Orientierungsstudium
Measurement Technology (winter term)

Supervised Theses

Bhaskar, S.: Device for Massive Parallel Haptic Feedback to Large Audiences, Projektarbeit (2024)
Tiwari, V.: Development of the Haptic Driver Firmware and an Interface to Open Sound Control Tools, Projektarbeit (2025)
Sengraoui, Z.: Gamification of Mechanical Impedance Measurement, Projektarbeit (2025)
Scheffczyk, B.: Design and Implementation of an Adaptive Spring Tension Mechanism for a Vibrotactile Quantification Teststand, Bachelor Thesis (2025)
Tsai, Y.: Development and Implementation of a Low-Latency Haptic Feedback System Using FM Broadcasting for Audience Engagement, Master Thesis (2026)
Gieseking, S.: Development of an Innovative Mounting Solution for Sensor-Based Finger Tracking System for Music Therapy, Bachelor Thesis (2026)
Sai, C.: Definition and validation of a mathematical model for Linear Resonating Actuators (LRA), Projektarbeit (2026)
Tian, M.: Sensor Precision Enhancement and Vibrotactile Pattern Design for Sensor-Based Finger Tracking System for Music Therapy, Projektarbeit (2026)
Thiel, A.: Design and Implementation of Eddy Current Brake for Damping Control in a Vibrotactile Actuator Teststand, Master Thesis (2026)
Probst, F.: Design and Implementation of a Haptic Feedback System for Drumsticks to Enhance the Realism of Electronic Drumming, Projektarbeit (2026)
Tajuddeen, S.: Development of an Enhanced Prototype for a wearable Sensor-Based Finger Tracking System for Music Therapy, Projektarbeit (2026)
Mathew, R.: Systematic Selection and Integration of Vibrotactile Actuators for a Haptic Finger Tracker System in Music Therapy, Bachelor Thesis (2026)
Kasulke, S.: Design FMEA and Reliability Enhancement of a Finger-Tracking System with Haptic Feedback for Music Therapy, Bachelor Thesis (2026)
Oldenburg, M.: Design and Testing of a Sensor Concept for Technical Optimization and Economic Evaluation of a Lignin-Cellulose Biorefinery, Master Thesis (2026)