Tamás Horváth

Developed CATIA V5 automation tools using Python (Pywin32/COM) to evaluate and compare cell contacting system designs, improving decision-making speed and objectivity Built a computer vision-based Python evaluation pipeline to automate design assessment, increasing efficiency in concept validation Designed and optimized mechatronic components in CATIA V5, applying parametric modeling and contributing to automation-ready CAD structures for autonomous component optimization

Led end-to-end project management for fastening and hydraulic systems from concept phase to series production, in accordance with VDI 2230 Coordinated interdisciplinary project activities (validation, production, field), aligning technical requirements and ensuring on-time delivery Developed advanced Python-based engineering tools to automate calculation and validation processes for hydraulic systems Led cross-functional validation and development activities, ensuring production-ready system solutions

Developed and coordinated technical solutions within customer projects, balancing requirements, cost, and quality Conducted technical alignment with customers and supported project coordination in interdisciplinary teams Developed VBA-based automation tools integrating CATIA, SAP, and Excel, synchronizing engineering data and reducing manual errors and processing time Automated internal documentation workflows, improving consistency and traceability across engineering systems

Developed components within project environments, considering requirements, manufacturability, and system integration Coordinated with customers, suppliers, and internal stakeholders to ensure fulfillment of technical project requirements Designed parametric CATIA V5 models and structured CAD architectures, enabling efficient and scalable component development Performed FEM analyses and package studies, supporting robust design and system integration

Führung des Entwicklungsteams Betrachtung der Funktionsweise von Kinematik, Physiotherapie, und Steuerungstechnik unter Berücksichtigung des Projektbudgets Zusammenfassung und Präsentation der Ergebnisse an den Wissenschaftlichen Rat Koordinierung der Herstellung von Einzelfertigungsteilen

requirements engineering, project management, machine learning & data-driven engineering, robotic

Schwerpunkte: Höhere mathematische, mechanische, und strömungstechnische Lehre und Thermodynamik-Studien, auf Ungarisch und Deutsch