Beschreibung

Computational Scientist with a strong background in numerical methods, highperformance

computing (HPC), and computational fluid dynamics (CFD). Combines a

research-driven mindset with practical experience in system design, algorithm

development, and embedded software engineering.

Experienced in modeling complex physical systems, including multiphase flows and

phase transition phenomena, with a strong focus on numerical stability, efficiency,

and scalability. Passionate about connecting advanced mathematics, simulation, and

machine learning to develop robust and efficient engineering solutions.

Branchenexpertise

Sprachen

Deutsch
Muttersprachlich oder zweisprachig
Englisch
Verhandlungssicher
Griechisch
Grundkenntnisse

Arbeitsortpräferenzen

Nur remote

Führt Projekte hauptsächlich remote aus

Robert Bosch GmbH
Software System Engineer
AUTOMOBILSEKTOR
Januar 2019 - Heute (7 Jahre und 5 Monate)
Stuttgart, Deutschland
Develop and optimize embedded software functions for automotive Engine Control Units (ECUs), including system analysis, interface design, and testing. Lead customer-facing technical activities, from requirement clarification to tool development. Act as team focal point for AI applications in automotive, promoting innovative solutions and cross-functional collaboration.
API Python (Programming Language) artificial intelligence C Embedded Systems
Stuttgart Center for Simulation Science (SimTech, Excellence Cluster), University of Stuttgart - IAG
Research assistant | Ph.D. Candidate
FORSCHUNG
Januar 2012 - Januar 2019 (7 Jahre)
Stuttgart, Deutschland
Modeled and simulated fluid dynamical systems governed by the unsteady compressible Navier–Stokes equations Extended the FLEXI framework (Fortran), based on a high-order Discontinuous Galerkin (DG) method, by implementing implicit time integration schemes Evaluated implicit time integration and discretization schemes with respect to accuracy, stability, convergence behavior, robustness, and computational efficiency. Optimized solver performance for large-scale simulations in high-performance computing (HPC) environments Presented research at international conferences.
Scientific Computing Fortran Algorithmes Optimization Problem solver
University of Freiburg
Diploma student
FORSCHUNG
Januar 2007 - Januar 2012 (5 Jahre)
Freiburg im Breisgau, Deutschland
Academic studies in Mathematics with a minor in Physics, with focus on numerical methods, CFD, and PDEs Specialized in high-order discretization methods (FEM, FV, DG) and multiphase flow modeling, including CFD implementation in C++ Diploma thesis on modeling two-phase flows with phase transition using phase-field methods
Algorithmes Scientific Computing C++ Mathematics Simulation numérique