Dominik Lindner Email & Phone Number

Stuttgart, Bw, De

Stuttgart, Bw, De

Gerlingen-Schillerhöhe, Baden-Wuerttemberg, De

I work on enhancing vehicle experience in future vehicles. We role out AI quicker to production than ever before.● Developed cross-device communication for edge AI applications, optimizing performance and scalability.● Adapted backend analytics for in-vehicle use, enabling real-time data evaluation and accelerating testing.● Collaborated with and influenced multiple teams in research, algorithm development, and data engineering. Drove alignment and ensured project milestones were met efficiently.

Gerlingen-Schillerhöhe, Baden-Wuerttemberg, De

As the Project Manager for Perception in the L2 Parking System, I led a team in delivering advanced functionalities:● Managed the transition of a legacy system to an event-driven architecture, leading 40 engineers in ADAS algorithm development, completing the migration on time and within budget.● Prioritized system migration and introduced new functionalities using machine learning techniques.● Implemented agile processes and KPIs to optimize development speed, while promoting code maintainability, structure, and quality.This role allowed me to leverage my technical expertise in system architecture and machine learning while stepping into a more strategic leadership position to drive innovation in vehicle perception.

Gerlingen-Schillerhöhe, Baden-Wuerttemberg, De

I contributed to the development of an advanced infrastructure-based parking system, focusing on system architecture and computer vision algorithms:● Developed key algorithms for infrastructure-based parking using computer vision.● Mentored junior developers, streamlining their onboarding with updated training and toolchains.● Redesigned system architecture interfaces, reducing complex dependencies between system components and improving efficiency.

Gif-Sur-Yvette, Île-De-France, Fr

During my PhD, I spearheaded advanced research in digital image correlation and material modeling, focusing on enhancing the accuracy of material behavior analysis:● Developed a multi-camera digital image correlation system and a new material identification method (I-DIC) using big data in C++.● Improved FEM disk burst modeling to avoid numerical instabilities, incorporating the rupture phase with a self-developed solver and LS-DYNA custom material models in Fortran.These innovations contribute to more precise material testing, reducing resource consumption and costs in industrial applications.

Paris, Fr

As the main sponsor of my PhD, Safran played a key role in supporting my work in Paris. In addition to my research, I contributed to the following:● Analyzed previous projects and engineering design methodologies.● Implemented legacy solutions into Safran's new IT infrastructure.● Facilitated knowledge transfer from academic research to industrial applications.

In my final year, I enhanced the FineMarine CFD solver to analyze fluid dynamics around underwater pipelines and a robotic eel propulsion system. I implemented post-processing features with a moving reference frame, improving simulation accuracy. By comparing results with an analytical 3D model, I refined it with data-driven methods to account for viscous effects.● Improved simulation accuracy of underwater flow around moving objects.● Refined 3D analytical model for more realistic viscous flow predictions.

Doctor Of Philosophy (Ph.D.), Mechanical Engineering

International Diploma, Aeronautics

Engineer’S Degree, Mechanical Engineering