Cengiz Gür

Set up and maintained physical testing environments for energy storage components in accordance with standardized test procedures. Executed the full testing cycle, including rigorous data collection, result visualization, and technical evaluation of hardware performance. Performed root-cause analysis (RCA) on performance deviations to ensure system reliability

Worked directly on the production line during the vehicle commissioning and ramp-up phases. Executed End-of-Line (EoL) testing and troubleshot electrical hardware and control unit (ECU) faults. Analyzed CAN bus data to diagnose system integration issues and coordinated with suppliers to resolve technical bottlenecks.

Assisted in the technical feasibility evaluation of power plants prior to acquisition. Conducted on-site visits to various power generation facilities to assess existing infrastructure and operational status.

Assisted in the field inspection and operational assessment of MV/HV power transmission networks and regional distribution infrastructure. Gained practical, on-site exposure to the operation, safety protocols, and maintenance of SF6-insulated high-voltage switchgear. Reviewed and interpreted technical documentation, layout plans, and electrical schematics using ECAD software (EPLAN).

Thesis: Development of an AI-supported battery testing emulator and anomaly detection features for lithium-ion battery testing. (Grade: 1.3) . Specialization: Core focus on Battery Storage Systems, Disruptive Battery Technologies, Power System Dynamics, and the Digitization of Energy Distribution