Özgür Nurettin Püskül

• as line management the responsibility is to manage all aspects of system test related to EU programs • Responsible for hiring and developing team members • Ensures that programs are properly resourced (both quality and quantity) for success • Responsible for leading 4 main groups/departments with the system test organization (100+) – Test Management and Strategy, System Integration & Verification, System Test Tools and Vehicle Assembly and Vehicle Test activities

• Functional leadership of test management • Defining and implementing global strategy & footprint • Supporting RFQ by evaluating key-requirements and feasibility of technical solution, schedule and resource availability • Overseeing test managers and key engineers and performs regular reviews to ensure project targets are met • Ensuring process and platform requirements are met • Assuring project status reports are available for upper level management and customers

• Modernized and improved operational procedures to increase efficiency and profitability • Implemented new working processes which delivered continued improvements • Coordinated weekly meetings for internal and external groups • Reorganized and enhanced employee training to boost team performance Key achievements: • Developed cost reduced test tracks • Developed innovative production line tests • Wrote patents for solid state LIDAR technology

• Created business case concepts with the aim of achieving the best possible result • Determined customer needs and desires • Reviewed product specifications and requirements • Appraised new product ideas and product changes Key achievements: • Completion of a business plan for a new reference system based on solid state LIDARs • Developed patents for solid state LIDAR technology

- technical concept for customization, certification and configuration - coordination and managing of the project team - customer management and satisfaction

Entwicklung von vorrangig FPGA-basierten Datenverarbeitungsmodulen zur Verarbeitung von Sensordaten im Bereich automobiler Anwendungen für Prototypen und Serienentwicklung. Projektplan, Leitung des FPGA-Projektes

Entwicklung von vorrangig FPGA-basierten Datenverarbeitungsmodulen zur Verarbeitung von Sensordaten im Bereich automobiler Anwendungen.

IPhone und MAC OS Applikationen programmieren, Audio- und Videosignalverarbeitung, Test und Integration von Modulen in ein größeres Projekt

Embedded Systems, FPGA-Design Thema der Bachelorarbeit: SoC-basierte Bildverarbeitungspipeline für eine Fahrspurerkennung und -visualisierung.