Argha Protim Dey

Influence of flow effects on fiber orientation in short fiber-reinforced thermoplastics • Extension of a mechanistic model based on DEM at the particle level to different flow regimes • Validation of the modified mechanistic model with experimental results • Creation and implementation of a new flow-dependent model which considers the influence of different flow regimes for Autodesk Moldflow (Patent filed for the model: 102020204586.0) • Simulation of industrial parts with new hybrid model

• Creation of mechanical simulation models for electric drives using the finite element method in ABAQUS • Automation of model building and simulation processes using Python scripts • Systemic investigation of the main influencing factors on the stress on rotor blades under centrifugal force • Independent documentation of the results and creation of design guidelines

• Operational support of project managers in the field of Agile project management • Processing of problems in project and process management & development of solutions

Team Manager in Industrial Engineering Section • Monitor and improve productivity and reduce work content • Improvement of line balancing and definition of work guidelines • Personnel planning for direct and indirect areas • Layout planning for creating new facilities and improving operations • Project Management: Installation and commissioning of major automation projects: DC multi-spindle tools, scissor lift, dock leveler, COBOTs • Management: Leading a team member (1 year)

Specialization : Finite-Element-Method, Material modelling, Structural Mechanics, Modelling of plastic and composites