Description

I help engineering teams handle CAD workload peaks without hiring full-time resources. I am a mechanical design engineer with 10+ years of experience in automotive and industrial product development, specialized in Creo (and Catia).

I support companies with 3D part and assembly modeling, creation and update of 2D technical drawings, design variants, and cleanup of CAD backlogs. I am used to working with manufacturing constraints, tolerances, revisions, and structured CAD data.

Typical projects include short-term CAD support, drawing updates, design-for-manufacturing adjustments, and documentation for prototypes or small series. I work efficiently, independently, and integrate quickly into existing workflows, either remote or on-site when needed.

Languages

German
Native or bilingual
English
Native or bilingual
Albanian
Native or bilingual

Workplace preferences

Can work on-site

Nuremberg (up to 50km)

ZF Friedrichshafen AG,
Mechanical Design Engineer
AUTOMOBILE
October 2019 - Today (6 years and 8 months)
Nuremberg, Germany
• • Design and release of high-power PCBs and mechatronic assemblies for next generation automotive inverters
• • Coordination with global suppliers in Europe and Asia for sourcing, component qualification,and compliance
• • Project planning, FMEA execution, tolerance analysis, and Six Sigma–based process optimisation
• • Thermal,vibration, and functional validation testing at component and system level to ensure reliabilityand performance
ASAP Electronics GmbH
Development Engineer
AUTOMOBILE
September 2015 - October 2019 (4 years and 1 month)
Gaimersheim, BY, Germany
• • Designed electric motor components, including stators, rotors, and advanced cooling systems
• • Developed and validated environmental test rigs such as vibration (shaker) and climate-chamber setups
• • Managed China homologation projects and led supplier cost-reduction initiatives
AUDI AG
Master's Thesis
AUTOMOBILE
October 2017 - June 2018 (8 months)
Ingolstadt, Germany
• • Developed heat-pipe-cooled rotors for electric motors, including passive and active cooling concepts
• • Performed CFD and thermal simulations to optimise rotor geometry for increased power density
• • Validated concepts on test benches and prepared documentation for series production feasibility