Research Assistant

Tim-Jonathan Huyeng M.Sc.

Contact

work +49 6151 16-21333

Work L5|01 228
Franziska-Braun-Straße 7
64287 Darmstadt

Research interests

Low Power Wide Area Networks (LPWAN)

  • Deployment of LoRaWAN in disaster management.
  • Investigation of the use of LPWAN networks for monitoring

Sensors and Internet of Things

  • Intelligent humidity and temperature sensors
  • Deployment of IoT – sensor networks for low-cost monitoring of facilities / structures / situations.

The Things Network (TTN)

  • Setup and operation of the TTN gateway at the Lichtwiese campus.
  • Use of TTN in teaching and student theses
Loading...
Loading data from TUbiblio…

Error on loading data

An error has occured when loading publications data from TUbiblio. Please try again later.

  • {{ year }}

    • ({{ publication.date.toString().substring(0,4) }}):
      {{ publication.title }}. ({{ labels[publication.doc_status] }})
      In: {{ publication.series }}, {{ publication.volume }}, In: {{ publication.book_title }}, In: {{ publication.publication }}, {{ publication.journal_volume}} ({{ publication.number }}), ppp. {{ publication.pagerange }}, {{ publication.place_of_pub }}, {{ publication.publisher }}, {{ publication.institution }}, {{ publication.event_location }}, {{ publication.event_dates }}, ISSN {{ publication.issn }}, e-ISSN {{ publication.eissn }}, ISBN {{ publication.isbn }}, [{{ labels[publication.type]?labels[publication.type]:publication.type }}]
    • […]

Number of items in this list: {{ publicationsList.length }}
Only the {{publicationsList.length}} latest publications are displayed here.

View complete list at TUbiblio View this list at TUbiblio

Basics of computer science in Engineering (GDI) (winter term 2018/2019, winter term 2019/2020)

Theses

Theses on the above-mentioned research topics can be supervised. You can find an overview of the currently offered topics here. In addition, own topic suggestions can be made after consultation.

Title Type Year
Concept for monitoring mobile flood protection barriers with IoT sensor technology and innovative wireless technologies Master thesis 2021
Investigation of IoT sensor technology for mobile measurement of water levels in disaster management Bachelor thesis 2021
Ensuring operational readiness of water engineering facilities by means of intelligent sensor technology using the example of a tank monitoring system Bachelor thesis 2021
Conceptual design of a workflow for the conversion of point clouds into BIM models Bachelor thesis 2021
Investigation of the potential of WLAN or Bluetooth sniffers to support security forces Bachelor thesis 2021
Investigation of innovative radio transmission technologies for monitoring facilities and buildings Master thesis 2021
Innovative methods of the Internet of Things (IoT) for intelligent monitoring of hydraulic engineering test facilities Bachelor thesis 2021
Interoperable Smarthome-Systems and BIM: Preparation, Connection and Visualization Master thesis 2020
Investigation of digital engineering methods for linking and displaying data from the usage phase with the building model Master thesis 2019
Increasing energy efficiency through the integration of smart grids and end consumer feedback Bachelor thesis 2019
Concept development to link IoT data with BIM in the context of digitalization Bachelor thesis 2019
BIM-based Building efficiency analyzes using the example of existing buildings of the TUDarmstadt Bachelor thesis 2019