Dipl.-Ing. Roman Pawel Jedrzejczyk

Independently carrying out calculations, simulations, optimizations and 3D designs for various research and development projects from automotive, railway and construction industries (static and crash FEM, numerical optimizations, CAD): GRESIMO, Virtual Vehicle internal projects - eQuad, Mattro, Volkswagen, MAN, DOKA, MAGNA, Frasis, Safe Battery. Research projects for lightweight,alternative powered (electric) vehicles (cars, trucks) that have excellent NVH performance

Research and design of a new combustion boxer-type flat engine for hybridelectric technology, 3D CAD design, simulations (CFD & FEM) and modifications of individual and assembled engine parts: cylinder blocks and heads, crankshaft, cover head, timing valves cover, balancer shaft for combustion engine, cylinder block caps, electric motor bracket, cooling pipes, engine cover suspensions.

Realization and analyses of numerical calculations (static, thermal fatigue scheme, Mathcad & Boeing dedicated proprietary software) for the fuselage parts andstructures of the Boeing 787 Dreamliner: passenger doors, cargo doors, cargo pavement. Introduction to and structural analyses of Carbon Fiber Composites andlightweight alloy materials.

Preparation of the master degree thesis: “Modeling of the fracture processes in the automotive steel elements using the Finite Element Method” (structural and crash FEA)

“Methodical application of calculations and optimizations for the design of the new optimal and functional structures under the certain requirements”. (Preparation of the PhD dissertation is in the final stage of the writing process for the two remainig chapters. Due to the pandemic situation, some deleays happened and the closing date is rather still variable.)

Exchange student - LPP Erasmus program

Frequented at individual added courses within the individual path of study: Fracture Mechanics - 03/2006 – 07/2007, Finite Element Method – 10/2006-07/2007, Physical Fundamentals of Permanent Deformations – 03/2006 – 07/2006, Structural Integrity Assessment – 10/2006 – 03/2007. 2004-2008 – an university scholarship holder for outstanding students at each academic year.