
Worked on the matsim-scenarios/matsim-berlin repository to enhance Berlin transit simulation by introducing dynamic generation of S41/S42 schedules, replacing static timings with responsive logic. Leveraged Java and Makefile to integrate updated gtfs2matsim tooling, enabling support for new routes and vehicles while improving data processing robustness. Addressed build and dependency management by removing redundant dependencies, reducing conflicts and maintenance overhead. Improved data integrity by resolving whitespace issues in link IDs, ensuring reliable data linking. Focused on code refactoring and build automation to align with project standards, resulting in a more maintainable, stable, and extensible simulation development workflow for transit modeling.
December 2024 — Matsim Berlin project: Focused on delivering a dynamic, data-driven Berlin transit simulation with improved tooling, while tightening build stability and data integrity. Key work centered on dynamic generation of S41/S42 schedules, integrating updated gtfs2matsim tooling, and extending the scenario with new routes/vehicles. A targeted build/dependency cleanup reduced maintenance overhead, and data integrity improvements ensured robust link-id handling. Code quality improvements aligned with project standards and tooling requirements.
December 2024 — Matsim Berlin project: Focused on delivering a dynamic, data-driven Berlin transit simulation with improved tooling, while tightening build stability and data integrity. Key work centered on dynamic generation of S41/S42 schedules, integrating updated gtfs2matsim tooling, and extending the scenario with new routes/vehicles. A targeted build/dependency cleanup reduced maintenance overhead, and data integrity improvements ensured robust link-id handling. Code quality improvements aligned with project standards and tooling requirements.

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