On this page, in addition to our ergonomics tools and analysis tools, we also present a selection of our research and industry projects on the topics of product and production ergonomics as well as environmental ergonomics. If you are interested in our field of expertise for a thesis or a collaboration, please do not hesitate to contact us. You can also visit our LinkedIn page for the latest information and insights: LinkedIn Page: Industrial Engineering & Ergonomics.

Product Ergonomics

Here, we demonstrate the use of objective and subjective methods to evaluate the ergonomic quality of various products. We use not only digital measurement technology—such as the XSENS motion capture system—but also digital human models. Another analytical method is presented below using scalefit, which determines stress values for various joints in terms of force, posture, and repetition rate.    

The motion data is captured by 17 IMU sensors from xsens. 

XSENS / ScaleFit: Motion Capture and Objective Determination of Joint Load

Production Ergonomics

We conduct comprehensive and detailed analyses of workstations and production processes to precisely identify physical strain on workers as well as unnecessary movements and the time they consume. Our innovative approach combines state-of-the-art technologies such as Xsens and the wireless OEMG from Noraxon.

OEMG: Muscle tension analysis during HoloLens 3 use

Using specialized software, including the digital factory (ema), we are able to thoroughly analyze and optimize assembly and production scenarios using proven methods such as EAWS (Ergonomic Assessment Work Sheet) and MTM (Methods-Time Measurement). In this way, we not only create more efficient workflows but also promote employee well-being and improve ergonomics in industrial applications.

EMA: Digital Production Design

Environmental Ergonomics

Here you’ll learn how acoustic and thermal conditions in various environments can be comprehensively assessed. We use advanced analysis tools, including the Head Acoustic phantom head with Squadriga and the Svantek in-ear microphone, to conduct precise acoustic analyses. The sound recordings are evaluated using the powerful, modular software platform ArtemiS SUITE, which was specifically developed for the analysis of sound and vibrations. In our psychoacoustics lab, we delve deeply into acoustic perceptions and investigate how sounds influence our environment.

Noise Exposure – Motorcycle Helmet Acoustics During a Road Measurement

Noise Exposure – Motorcycle and Bicycle Helmet Acoustics in the Wind Tunnel (see also Ünlü 2024)

Eye heat distribution after prolonged computer work (see also Ünlü 2023)

Thermal stress is also analyzed using modern thermal imaging cameras fromFLIR to obtain a comprehensive picture of the conditions. Our FLIR thermal imaging camera enables precise recording and analysis of temperature data to optimally evaluate applications and work environments and make adjustments as needed. Our department has many years of experience in the field of cold-temperature workstations and offers in-depth expertise in optimizing work environments.