Projects
Bachelor Projects
Magnetic Cell Analysis
April 2023 - September 2023
In this bachelor project, we used sample measurements of a cell sample and a cell-free sample to investigate different compensation methods with the aim of isolating the pure response of the cell sample from undesirable nonlinear effects.
Interactive Website for Parkinson’s Speech Therapy
October 2020 - today
A speech therapy to take home or on the go – that’s what four electrical engineering students are aiming at to support the therapy of Parkinson’s patients.
Augmented Reality for Parkinson Speech Therapy
October 2019 - February 2020
In this project, a group of five electrical engineering students aim to develop an android app for usage in speech therapy for patients with Parkinson disease.
Marker Evaluation of quantitative Variables in Electroneurography
May 2019 - October 2019
In this project are analyzing how precise quantitative variables could be manually or automatically extracted in Electroneurography, which is an essential measurement method for the assessment of peripheral nerve disorders.
Evaluation of Microphone Positions
May 2019 - November 2019
In this project several measurments in our test cars are performed. The measurements indicate on one hand how loud the noise is (in dependence on the microphone position) and how loud the speech signals of the passengers are.
Driving Simulator
May 2018 - November 2018
In this project the impact of different side conditions such as text messaging, communication with passengers, or alcohol while driving was investigated by means of a driving simulation.
Smartwatches for Sport Applications
May 2017 - March 2018
In this project a group of 13 students (electrical engineering) investigated the usage of so-called smartwatches for sport applications.
Support of Excellent Women in Science (Master Projects)
Adaptive Noise Cancellation for Magnetoelectric Sensors
Christin Bald, July 2016 - December 2016
In this project the affine projection (AP) algorithm was investigated for noise cancellation purposes in magnetoelectric sensor systems.
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In the first week of September, we were delighted to host Dr. Isabel Schiller, an early-career researcher from RWTH Aachen University's Work and Engineering Psychology Lab. Isabel is a Clinical Linguist, holds a PhD in Psychology, and is passionate for auditory cognition and voice research. Together, we've embarked on a collaborative endeavor centered around auditory feedback modulation. Our goal is to develop and assess a real-time voice modification system, designed to explore vocal motor control in both healthy speakers and those with voice disorders. As we joined forces this week, we laid the groundwork for the technical implementation of our project and prepared the upcoming launch of our first experiment at RWTH Aachen University. Interdisciplinary collaborations like this one highlight the importance of merging knowledge from different domains, not only for advancing cutting-edge research but also for fostering an enjoyable and enriching experience.