Ingolstadt, Bavaria, Germany
With 7 months of experience as a Working Student at Elektro-Metall Export (EME), I am committed to advancing my expertise in automotive engineering. My skills in Python, OpenCV, and CAD tools such as SolidWorks and CATIA V5 support my contributions to the field. Previously, I gained 2.5 years of experience as a Senior Product Compliance Associate at Amazon, where I supported regulatory compliance initiatives, developed scalable workflows, and facilitated global training programs. My goal is to drive innovation in automotive engineering by leveraging my technical skills and passion for cutting-edge solutions.
• Orchestrated the resolution of complex regulatory escalations for high-volume ASINs, reducing case turnaround time by 20% while maintaining 100% adherence to internal SLAs. • Spearheaded comprehensive training programs for a global team of 25+ associates, improving new hire onboarding velocity by 30% and reducing operational errors by 15%. • Engineered scalable compliance workflows across 5 major global marketplaces (NA, EU, APAC), partnering with Legal and Retail stakeholders to ensure seamless product launches. • Authored and standardized 20+ critical Standard Operating Procedures (SOPs) as the designated Subject Matter Expert (SME), driving global best practices and audit readiness. • Mitigated cross-border trade risks by conducting deep-dive regulatory research, ensuring full compliance with evolving import/export laws in the UK and EU. • Awarded the "Ace of Spade" and "Beyond" accolades for optimizing team workflows that saved 40+ man-hours per week (equivalent to 1 FTE).
• Engineered and validated over 50 complex 2D/3D CAD models for automotive components using SolidWorks and CATIA V5, ensuring strict adherence to GD&T standards and reducing design iteration time by 20%. • Formulated precise technical specifications for 3 major electromechanical systems, including EV Battery Management Systems (BMS), translating customer needs into actionable requirements with 100% traceability • Executed rigorous structural and thermal validation using FEA in ANSYS, identifying critical stress points early to improve component reliability by 25% and reduce physical prototyping costs. • Designed high-performance Li-ion battery packs, integrating thermal protection and CAN protocols, which enhanced thermal dissipation efficacy by 15% and ensured stable operation. • Partnered with manufacturing and quality teams throughout the product lifecycle, slashing production defect rates by 10% and ensuring zero non-conformances during ISO 9001 and ASPICE audits.
• Orchestrated the end-to-end product lifecycle of a high-performance All-Terrain Vehicle (ATV), leading a cross-functional team of 30+ engineers through design, simulation, and manufacturing. • Advanced Simulation (FEA): Executed rigorous structural validation in ANSYS, including Front/Side/Rear Impact, Torsional Stiffness, and Roll-Over analysis. Achieved a Factor of Safety > 2.5 while reducing overall chassis weight by 12%. • Vehicle Dynamics: Engineered suspension geometry using Lotus Suspension Analysis, optimizing steering calculations to achieve a 15% reduction in turning radius and superior cornering stability at 40 km/h. • Powertrain Design: Designed a custom gearbox with calculated gear ratios, delivering a 20% increase in wheel torque for enhanced hill-climbing capability. • Iterative Prototyping: Led multiple design iterations to resolve kinematic conflicts, resulting in a braking system that reduced stopping distance by 3 meters.