Alexander Anton Altmann M.Sc.

Contact

work +49 6151 16-23765

Work S4|22 106
Landwehrstr. 50
64293 Darmstadt

Research

  • Flexible sensors based on additively manufactured ferroelectrets and their applications on humans
  • 3D printing and manufacturing of functional materials for use in sensors
  • Autoclave technology for industrial applications monitoring gas pressure

Short Biography

Alexander A. Altmann received his Master of Science degree in information system technology from Technische Universität in Darmstadt, Germany, in 2021. In his Master’s thesis “3D Printing and Analysis of Functional Materials” he investigated the 3D printing characteristics of functional materials used for ferroelectrets on the example of polypropylene (PP), polylactic acid (PLA) and thermoplastic polyurethane (TPU). He started his PhD by the Measurement and Sensor technology group at Technische Universität Darmstadt in January 2022.

Google Scholar ResearchGate ORCID

Projects

ArEDA – Development of a self-controlling device for measuring gas pressure in an autoclave (2022-2025), funded by Zentrale Innovationsprogramm Mittelstand (ZIM)

Teaching Activities

Measurement Technology

On going

  • Lukas Ulmer, PEM 3, “Investigation and optimization of ferroelectret structures for high d31 coefficients”, Supervisors: Alexander Anton Altmann, M.Sc.
  • Gabriel Repovs, Masterthesis, “Development of a 3D Printing System Based on Melt Electrowriting for Manufacturing Ferroelectret Sensors at the Micrometer Scale”, Supervisors: Alexander Anton Altmann, M.Sc., Sven Suppelt, M.Sc.
  • Dominik Werner, Bachelorthesis, “Research and realization of shielded electronics for ferroelectret sensors”, Supervisors: Sven Suppelt, M.Sc., Alexander Anton Altmann, M.Sc
  • Luis Groß, Bachelorthesis, “Analysis, characterization and development of a passive resonant circuit for wireless transmission of ferroelectret sensors”, Supervisors: Alexander Anton Altmann, M.Sc., Sven Suppelt, M.Sc.
  • Marc Müller, Bachelorthesis, “Functional Evaluation of Ferroelectrets in the Field of Ultrasonic Microphones”, Supervisors: Sven Suppelt, M.Sc., Alexander Anton Altmann, M.Sc
  • Anne Sophie Hering, Bachelorthesis, Event-based bootstrapping of Electronics based on Ferroelectrets“, Supervisors: Sven Suppelt, M.Sc., Alexander Anton Altmann, M.Sc.
  • Lea Katharina Mertens, Bachelorthesis, Analysis of biocompatible ferroelectret sensors for applications in fluid environments”, Supervisors: Alexander Anton Altmann, M.Sc.
  • Tristan Dresen, Bachelorthesis, Analysis of textile-based ferreoelectret sensors for gait analysis“, Supervisors: Alexander Anton Altmann, M.Sc.
  • Max Ruhl, Masterthesis, ”Simulation and Design of a Ferroelectric Ultrasonic Transducer Without Mechanical Prestress", Supervisors: Alexander Anton Altmann, M.Sc.

Finisched

  • Lukas Ulmer, PEM 2, “Pneumatic loading method for d33 measurement in 3D printed polypropylene ferroelectrets”, Supervisors: Alexander Anton Altmann, M.Sc.
  • Fatma Souissi, Masterthesis, “3D-Printed Ferroelectrets for e-Textiles”, Supervisors: Alexander Anton Altmann, M.Sc.
  • Klara Wenzel, Bachelorthesis, “Characterization of the influence parameters of emissivity in infrared thermography”, Supervisors: Alexander Anton Altmann, M.Sc., Jan Helge Dörsam, M.Sc.
  • Simon Dechant, Eric Dirlam, Dirk Leiacker, Fabian Meerkötter, Mike Schäfer, PEM 2, “Development of a test stand for monitoring an impeller”, Supervisors: Alexander Anton Altmann, M.Sc.
  • Simon Dechant, Bachelorthesis, „Development and construction of a testing bench for flow measurements of gas flows“, Supervisors: Alexander Anton Altmann, M.Sc..
  • Jan-Gode Pösnecker, Bachelorthesis „FDM 3D printing of cavities for the production of ferroelectrets”, Supervisors: Alexander Anton Altmann, M.Sc., Claas Hartmann, M.Sc.