I build engineering tools and automation systems that connect aerospace analysis, simulation, data and AI with practical workflows.
- Aerospace engineering: aerodynamics, flight mechanics, stability, trajectory analysis and experimental systems.
- Technical operations: maintenance coordination, MRO, technical documentation, configuration and traceability.
- AI & automation: agentic workflows, orchestration, data pipelines and applied AI.
- Engineering software: transforming calculation methods into usable and traceable technical tools.
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CATIA |
SOLIDWORKS |
ANSYS |
AutoCAD |
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Fusion 360 |
MATLAB |
![]() Simulink |
![]() OpenRocket |
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OpenFOAM |
![]() Abaqus |
![]() ParaView |
CFD / FEA ANSYS Fluent · XFLR5 STAR-CCM+ |
Engineering calculation assistant for experimental rocket analysis, including geometry, CG/CP, trajectory simulation and technical validation workflows.
My work combines aerospace engineering, technical operations, quality-oriented thinking and software/AI tooling. I am especially interested in systems where engineering judgment and automation reinforce each other.





