CFD Engineer · Numerical Simulation · Scientific Computing
I focus on computational fluid dynamics, multiphase and thermal-flow simulation, numerical-method development, validation, automation, and high-performance computing. I use MATLAB, Python, C, MPI, and industrial CFD tools to turn engineering problems into transparent and reproducible simulation workflows.
About
I am completing an M.Sc. in Computer Simulation in Science at Bergische Universität Wuppertal. My experience includes industrial CFD, multiphase and thermal-fluid simulation, scientific programming, solver verification, automation, and structured technical documentation.
I specialise in computational fluid dynamics and numerical simulation, with experience spanning multiphase flow, heat transfer, aerodynamics, solver development, validation, automation, high-performance computing, and scientific programming.
Featured Projects
Core CFD Project
Built and automated a 72-case SIMPLE-style CFD study covering three meshes, Reynolds numbers from 100 to 1000, two convection schemes, two pressure solvers, and loop/vectorized implementations.
High-Performance Computing
Developed a distributed-memory TSP solver in C99 and OpenMPI using Parallel Tempering, constant-time route updates, and coordinated replica exchanges.
Computational Simulation Project
Developed six configurable evacuation scenarios using a real building geometry, six spawn regions, nine exits, parallel agent placement, Numba-accelerated exit selection, and SQLite trajectory output.
Experience
Supporting battery-cell production research, process analysis, and engineering documentation.
Supporting simulation and data-analysis work, including pedestrian-dynamics research workflows.
Worked on multiphase and thermal-fluid simulations, Java automation, test-bench support, and engineering analysis.
Performed CFD simulation and design optimisation using engineering analysis tools.
Technical Capabilities
STAR-CCM+, ANSYS Fluent, SimScale, multiphase flow, heat transfer, aerodynamics
SIMPLE-style pressure correction, finite-volume concepts, iterative solvers, mesh studies, residual analysis, validation
MATLAB, Python, C/C++, OpenMPI, parallel algorithms, Java automation, Git
SOLIDWORKS, JuPedSim, PedPy, Numba, SQLite trajectories, Matplotlib
Professional Credentials
Six Dassault Systèmes SOLIDWORKS credentials covering expert-level mechanical design, surfacing, drawings, and mold-making workflows.
Expert
SOLIDWORKS Certified Expert
July 2021 · C-W5XDR2F3GQProfessional
SOLIDWORKS Certified Professional
May 2021 · C-FXL85K2MACProfessional
SOLIDWORKS Advanced Professional
July 2021 · C-T2NYHDM9ZRProfessional
SOLIDWORKS Advanced Professional
July 2021 · C-SJG6ZXMUK8Professional
SOLIDWORKS Advanced Professional
July 2021 · C-JET2N3D9AMAssociate
SOLIDWORKS Certified Associate
April 2021 · C-TCG7VBY59PContact
I am interested in CFD, numerical simulation, scientific computing, and engineering R&D opportunities.
Professional references are available upon request.