Hannover, Lower Saxony, Germany
Self-motivated Mechanical Engineer with experience in development, quality and manufacturing within the automotive and rubber industries. Skilled in technical compliance, structured problem-solving and root cause analysis. Experienced in project management and recognized for a strategic, analytical mindset. Seeking challenging opportunities to apply a broad set of tools and skills developed through diverse professional experiences.
Project Manager – “Industrialization Excellence” • Led global transformation project to streamline and standardize product launch and industrialization processes across all world worde passenger tire production sites. • Identified inefficiencies and improvement opportunities through data analysis and stakeholder workshops, implementing quick wins and long-term solutions. • Developed and piloted a scalable process framework to improve product quality, reduce rework, and accelerate time-to-market. • Facilitated cross-functional collaboration between engineering, production, and quality teams to ensure alignment, process adherence, and sustainable implementation. Project Manager - "Digitalization of Tire Prototyping by RFID" • Led design and implementation project- of digital process for prototype product manufacturing using RFID technology across multiple production sites. • Enabled system integration and infrastructure upgrades to support end-to-end digital tracking and data flow for prototype builds. • Coordinated cross-site rollout of new equipment and processes, ensuring operational readiness and scalability. • Conducted system stress tests and resolved technical challenges to ensure process stability and performance. Plant Network Engineer responsibility for various passenger tire plants • Acted as key interface between R&D and manufacturing teams across multiple sites, ensuring alignment and smooth handover of prototype builds. • Managed capacity planning for experimental production processes. • Drove initiatives to improve production efficiency, flexibility, and cost-effectiveness through data-driven analysis and process optimization. Failure Mode and Effects Analysis (FMEA) Facilitator
Mitglied des Master-Förderprogramms Seminararbeit: Planung und Durchführung von Versuchen zur Parametervalidierung des Imprägnierprozesses Träufeln innerhalb der Fertigung elektrischer Traktionsmaschinen Masterthesis: Analyse und Optimierung der Biegeprozesse Aufweiten und Verschränken bei der Produktion von Hairpin-Wicklungen am Beispiel von Statoren elektrischer Traktionsmaschinen
Ausbildung zum Industriemechaniker und Bachelorstudium Maschinenbau Bachelorthesis: Analyse und Definition der Qualitätsabsicherung in der Herstellung von Hairpin-Verschweißungen am Beispiel von Statoren elektrischer Traktionsmaschinen