Alireza Omidvar

• Conducted CAD constructure design and thermal CFD simulation for Wet-Running Clutches. • Utilized Catia V5, Solidwork, Simerics MP+, and Ansys for design and simulation tasks. • Collaborated with a team at the Technical University of Munich to optimize clutch performance. • Developed expertise in CAD design, thermal analysis, and simulation software tools.

Supervision of Water and Gas Pipelines as well as HVAC Systems in Buildings

• Analyzed engine oil to monitor machine condition and predict maintenance needs. • Prepared detailed reports on maintenance activities, incidents, and their causes. • 3D Modelling with Revit MEP.

Support in Compressors, Boilers, Pumps, and Compressors to Ensure Energy Generation

Master's Thesis: Investigation of the Temperature Behavior of Wet-Running Clutches Using Thermal CFD Simulation -Tools: Simerics MP+, CATIA V5 -Chair of Machine Elements (Prof. Dr.-Ing. Karsten Stahl) -Publication: Thermochemical conversion of wood pellets in a horizontal tube furnace: oxidation and pyrolysis (EUBCE 23 · Jun 8, 2023, Term Project)

Activities and societies: -Focus Areas: Energy Conversion, Thermodynamics -Thesis: Analysis of Fluid Flow in a Staggered Microchannel Across a Wide Range of Knudsen Numbers Using the Lattice Boltzmann Method (LBM) -Programming Language: FORTRAN -Publication: [doi.org/10.1016/j.physa.2015.08.012]