Marcel Weiler - Senior Software Developer at ModuleWorks

Marcel Weiler

Senior Software Developer at ModuleWorks

Aachen, North Rhine-Westphalia, Germany

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Summary

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Rockstar

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Top School

Marcel Weiler is a Senior Software Developer based in Aachen, Germany, with 10 years of experience blending research-grade algorithms and production software. With advanced studies toward a PhD in Computer Science from RWTH Aachen and TU Darmstadt and strong master's training in Visual Computing, he brings deep expertise in numerical methods and graphics. He has contributed to the open-source SPlisHSPlasH fluid simulation library, implementing and integrating a Projective Fluids solver into an established codebase and demos—evidence of comfort moving research ideas into usable systems. At ModuleWorks he applies this technical depth to deliver robust engineering solutions, likely at the intersection of simulation, CAD/CAM, or tooling given the company’s focus. Colleagues would describe him as a developer who refactors complex solvers cleanly and pragmatically while keeping an eye on demonstrable demos and reproducible results.

10 years of coding experience

Technischen Universität Darmstadt

Doktor (Ph.D.), Computer Science, Doktor (Ph.D.), Computer Science at RWTH Aachen University

Abitur, Leistungsfächer Mathematik und Physik, 1,6, Abitur, Leistungsfächer Mathematik und Physik, 1,6 at Leibnizschule Wiesbaden

Github Skills (11)

algorithm10

data-structures10

algorithms10

fluid-dynamics10

fluid-simulation10

c-language10

cprogramming-language10

data-structure10

smoothed-particle-hydrodynamics9

simulations9

simulation9

Programming languages (3)

C++PythonCuda

Github contributions (5)

InteractiveComputerGraphics/SPlisHSPlasH

Mar 2017 - Oct 2019

SPlisHSPlasH is an open-source library for the physically-based simulation of fluids.

Role in this project:

Back-end Developer

Contributions:22 commits, 1 PR, 8 pushes in 2 years 8 months

Contributions summary:Marcel contributed to the implementation of the Projective Fluids method within the SPlisHSPlasH library. Their work involved refactoring existing code and creating new files related to the Projective Fluids solver, including modifications to time-stepping and constraint solving. The user also added the Projective Fluids method as an option in the demo application. The contributions indicate a focus on fluid simulation algorithms and integration within the existing framework.

physicsviscous-fluidsmultiphysicsdeformable-solidsfluid-simulation

WeilerMarcel/mypy

Mar 2023 - Jan 2024

Optional static typing for Python

Contributions:16 pushes, 1 branch in 9 months

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