Emre Cavus
Bausch + Ströbel + Co KG
R&D Engineer
Emre Cavus is an R&D Engineer at Bausch+Ströbel SE + Co. KG, where he works on developing and improving simulation methods for pharmaceutical machinery. With a background in mechanical design and computational fluid dynamics (CFD), he focuses on making complex engineering tools more practical and effective.
Holding a Master of Science in Aerospace Engineering from the University of Stuttgart, Emre focused on mathematical and physical modeling as well as propulsion and energy systems. His academic background is complemented by hands-on experience in fluid-structure interaction, multiphase and multicomponent flows, and dynamic motion simulations.
Prior to his current role, Emre worked as a Design Engineer at Bausch+Ströbel, where he contributed to the mechanical design of pharmaceutical cleaning machines, tailoring components and assemblies to meet customer specifications.
Emre is passionate about bridging simulation technologies with real-world applications in pharmaceutical engineering. He looks forward to sharing his insights and engaging with fellow professionals to explore innovative solutions that enhance product development and process efficiency.
Holding a Master of Science in Aerospace Engineering from the University of Stuttgart, Emre focused on mathematical and physical modeling as well as propulsion and energy systems. His academic background is complemented by hands-on experience in fluid-structure interaction, multiphase and multicomponent flows, and dynamic motion simulations.
Prior to his current role, Emre worked as a Design Engineer at Bausch+Ströbel, where he contributed to the mechanical design of pharmaceutical cleaning machines, tailoring components and assemblies to meet customer specifications.
Emre is passionate about bridging simulation technologies with real-world applications in pharmaceutical engineering. He looks forward to sharing his insights and engaging with fellow professionals to explore innovative solutions that enhance product development and process efficiency.