Dipl.-Ing. Viktor Weise

Development and optimization of mechanical and thermal systems in energy and cooling applications Physical analysis of airflow systems (pressure loss, flow behavior) Development of a standardized and scalable engineering calculation system (Excel-based) for automated air duct design Implementation of design improvements focused on reliability, efficiency and manufacturability Cross-functional technical alignment with manufacturing, procurement and project management

Technical leadership of multidisciplinary engineering projects across full product lifecycle Implementation of standardized development processes to improve transparency and risk control Introduction of structured FMEA-based risk mitigation strategies Establishment of digital documentation workflows for sustainable knowledge retention Continuous improvement of engineering robustness and process capability

Validation of combustion, hybrid and electric powertrain systems under extreme load conditions Failure analysis and root cause investigation in durability testing Assessment of system robustness and lifecycle performance Data analysis (INCA, CAN-Bus) for reliability evaluation Support of structured V-Model-based verification activities

Advanced mechanical and thermal system diagnostics Identification of structural weaknesses and failure mechanisms Optimization of system reliability and performance

Leadership of mechanical and fluid system development projects Leadership of mechanical and fluid system development projects Responsibility for technical compliance and system integration Coordination of interdisciplinary engineering teams

Technician-Mechanic

Specialization: Automotive Engineering & Engineering Mechanics