Cédric Weishar

• Bodysystem development, Systems Engineering Department • Requirements and architecture Division Responsibilities: • Requirements engineering for internal vehicle projects and cross-brand cooperation projects • Enabling the use of the System Engineering development method for other departments • Design and implementation of complex software tools to support the active development processes and to plan personnel capacities

• Bodysystem development, Controlling and Strak department • Sports Cars and Quality Division Responsibilities: • Requirements engineering for internal vehicle projects and cross-brand cooperation projects • Integration of the Systems Engineering approach into existing development processes • Functional safety management in bodysystem development • Safety of use management in bodysystem development • Conception and implementation of complex software tools

• Sports Car and Quality Department, Design Check Assembly Unit Responsibilities: • Analysis of CAD vehicle models • Planning and leading workshops for installation space tests of rapid prototyping interior components in vehicle prototypes in the early development phase • Fault clearance process management • Digitalisation of existing development processes

• Sports Car and Quality Department, Prototype Management Unit Responsibilities: • Prototype management of sports cars (911 & 718) • Vehicle pool coordination

• Automotive Structures and Industry Department, Prototyping Unit • Design and testing of automotive crash boxes

• Training workshop for apprentices • Welding and hardening of steel and aluminium

• Turning department • Turning of copper electrodes

• Foundry department • Production of truck brake calipers

• Milling department • Work with 3- and 5-axis milling machines

• Laboratory department • Analysis of samples from the rolling mill

Current Grade: 1.5 Focus on Systems Engineering and Systems Architecting. Selection of lectures: - Art and Science of Systems Architecting - Project Management and Systems Engineering - System Architecture Seminar - Software Engineering - Control algorithms and system design - Digital product conception - Conception of algorithms, data structures and design languages - Aerospace Engineering - Aerodynamics and aircraft design - Constructive aspects of aircraft systems

'Investigation of factors influencing the collision outcome of binary droplet collisions of immiscible liquids' - Direct numerical simulations for multiphase flow and programming of an automation to determine the collision outcome. Grade: 1.0

Grade: 1.9 (rank 61 out of 348 students, top 18%) Selection of lectures: - Software Engineering - Higher mathematics 1-3 - Materials science and lightweight construction - Finite element methods - Thermodynamics - Numerical simulation - Heat radiation and heattransfer - Aeronautical engineering - Aeronautical propulsion systems - Systems Engineering 1 & 2 - Mechanical Engineering 1-3 - Space Systems - Fluid Mechanics 1-2