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M.Sc. Muhammed Aydemir

Field of Research

Lupe [1]

  • productivity increased handling of non-rigid material compounds
  • development of new handling and gripping systems
  • development of product and joining processes for the compound assembly of lithium-ion batteries
  • drive and control technology using Beckhoff systems (NCI, eXtended Transport System XTS, TwinCAT)

Projects

KontiBAT (2017-2019)

Validating an innovative process for an increased productivity in manufacturing z-folded lithium-ion-batteries through the use of an continuous process flow

  • Government-funded by the Federal Ministry of Education and Research (BMBF [2])
  • Focus on process and equipment development and assembly automation

Protrak (2012-2016)

Production engineering for the manufacturing of lithium battery cells

  • Government-funded by the Federal Ministry for Economic Affairs and Energy (BMWi [3])
  • Focus on technology portfolio management and value creation analysis

Teaching

  • Coordination of teaching activities at the chair of assembly technology and factory management.
  • Supervising of Bachelor and Master thesis

Publications

Aydemir, Muhammed (2019). Batteriezellen 2,5 mal effizienter produzieren [7]. FUTUR-Der Mensch im Mittelpunkt der Produktion. Prof. Dr. h. c. Dr.-Ing. Eckart Ulmann.


Aydemir, Muhammed and Müller, Alexander and Glodde, Arne and Seliger, Günther (2018). Greifsystem für die z-faltende Herstellung des Elektrode-Separator-Verbunds einer Batteriezelle* [8]. wt Werkstattstechnik online, 397-404.


Glodde, Arne and Mooy, Robert and Aydemir, Muhammed and Seliger, Günther (2018). Prozesssteuerungs- und Regelungskonzept für die produktivitätsgesteigerte Batteriezellherstellung* [9]. wt Werkstattstechnik online, 333-338.


Mooy, Robert and Aydemir, Muhammed and Glodde, Arne (2018). Increasing productivity in assembly automation through the utilization of continuous processes [10]. 2018 2nd International Conference on Automation and Robotics (ICOAR 2018)


Aydemir, Muhammed and Glodde, Arne and Mooy, Robert and Bach, Gordon (2017). Increasing productivity in assembling z-folded electrode-separator-composites for lithium-ion batteries [11]. CIRP Annals - Manufacturing Technology, 25-28.


Aydemir, Muhammed and Mooy, Robert and Glodde, Arne and Seliger, Günther (2017). Fügen von Elektrodenfolien in der Batteriezellherstellung [12]. ZWF Zeitschrift für wirtschaftlichen Fabrikbetrieb, 684-689.


Glodde, Arne and Aydemir, Muhammed and Schröder, Robert and Seliger, Günther (2016). Produktivitätsgesteigerte Zellverbundherstellung* [13]. wt Werkstattstechnik online, 583-587.


Schröder, Robert and Aydemir, Muhammed and Glodde, Arne and Seliger, Günther (2016). Design and verification of an innovative handling system for electrodes in manufacturing lithium-ion battery cells [14]. 26th CIRP Design Conference


Schröder, Robert and Aydemir, Muhammed and Seliger, Günther (2016). Comparatively assessing different shapes of lithium-ion battery cells [15]. 14th Global Conference on Sustainable Manufacturing


Schröder, Robert and Glodde, Arne and Aydemir, Muhammed and Seliger, Günth (2016). Increasing productivity in grasping electrodes in lithium-ion battery manufacturing [16]. 49th CIRP Conference on Manufacturing Systems (CIRP-CMS)


Aydemir, Muhammed and Bach, Gordon and Schröder, Robert and Glodde, Arne and Seliger, Günther (2015). Handhaben von Elektrodenfolien* [17]. wt Werkstattstechnik online, 591-596.


Schröder, Robert and Glodde, Arne and Aydemir, Muhammed and Bach, Gordon (2015). Process to Increase the Output of Z-Folded Separators for the Manufacturing of Lithium-Ion Batteries [18]. Applied Mechanics and Materials, 19-26.


M.Sc. Muhammed Aydemir
Tel. +49 (0)30/314-79285
Room PTZ 330
e-mail query [19]
Website [20]
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