Dipl.-Ing. Karol Spisak

- Supplier Parts Quality (SPQ) Engineering - Responsible for Powertrain, Chassis and Body in White quality - Analysing and reporting claims issued by Plant Graz - Actively supporting containment actions in Trim & Final and Bodyshop - STA Site Management support - Supplier site escalations - Controlled Shipping Level 1 escalations of suppliers - Level zero analyses - line side supported - Supplier site visits - on site audits in scope of escalations - Actively engaging with Engineering CoCs

- Successfully helped to deliver the powertrains of the Defender and Discovery to serial maturity - Implemented own ideas into part designs and manufacturing process with R&D support - Delivered robust emergency response actions and interim containments - Actively worked with Manufacturing Process Engineering and production group leaders - Assisted to OTA and Attributes Engineers – vehicle testing, noises, vibrations - Daily presence in production – line walks, process trials, DC tool setups

- Governed the team for disc brake function tests on dynamometers - Performed and supervised test setup builds on dynamometers - Created test protocols for the bench commanding programs - Conducted and supervised tests outside of standard specifications for the purposes of base design and OEM specific specifications - Evaluated recorded test data in DIAdem - Provided feedback to the design departments and suggested opportunities for improvements - Supported and partially led benchmark activities

- Underwent a two-year intensive training for operating dynamometer test benches - Worked for 6 months as a mechanic to learn how to prepare test specimens and how to correctly prepare test setups based on the test specifications – setup and calibration of sensors included - Specialized for functional tests – functionality, reliability and durability – all ATE specifications - Processed and evaluated test data in DIAdem - Partially supported NVH test activities

- Designed components for disc brake callipers - Improved current design solutions with FEM simulation application - Released and tested new generation components for future products - Made the first experience with leading technical discussions with suppliers - Learned the ways of design methodology in Catia V5 - Led the plant-based benchmark activities and derived design projects from the benchmark results - Coordinated benchmark activities among Continental sites worldwide

- Dynamik von Verbrennungsmotoren - Strömung in Verbrennungsmotoren - Konstruktion von Verbrennungsmotoren - Laden von Verbrennungsmotoren - Schmierung und Kühlung von Verbrennungsmotoren - Angewandte Mathematik - Antriebseinheiten in der Verkehrstechnik - numerische Mathematik

- Mathematik - Physik - Maschinenelemente - Thermodynamik - Hydrodynamik - Thermik - Materiallehre - Technologie I und II - Festigkeislehre - numerische Mathematik - Grundlagen der Verbrennungsmotoren - technische Mechanik I und II - Dynamik - Grundlagen der Elektrotechnik