Executive snapshot
- Experience: ca. 3 Jahre (Management)
- Seniority: Manager
- Work mode: Nicht angegeben
- Availability: Nicht angegeben
- Region: München
- Focus: energy, Materials Management, Sustainability, Automotive Supplier Industry
At a glance
Profile ID
DP-355662
Role
Sustainability Management, Supply Chain Optimization, Materials Management
Seniority
Manager
Experience
ca. 3 Jahre (Management)
Work mode
Nicht angegeben
Availability
Nicht angegeben
Region
München
Languages
German: C2 (native), English: B2
Engagement models
Festanstellung
Indicative rate
Nicht angegeben
Short profile
Experienced Sustainability & Supply Chain Manager with a focus on strategic raw material procurement and CO2 reduction in the supply chain. Specialized in developing and implementing sustainable procurement strategies for energy-intensive materials such as aluminum and copper. Expertise in optimizing supplier networks and integrating circular economy concepts. Profound knowledge in materials science and validation methods, acquired through academic education and practical projects in the automotive supplier industry.
Focus (domains)
energyMaterials ManagementSustainabilityAutomotive Supplier IndustryManagement
Core skills
Sustainable Procurement StrategiesCO2 Footprint OptimizationSupplier Network ManagementRisk ManagementCircular EconomyData AnalysisAnalytical ThinkingExperimental DesignValidationManagementSAPExcel
Tools & technologies
Thermal Desorption AnalysisElectrochemical Hydrogen ChargingStatic Tensile TestsComponent TestsSAPExcelValidation
Track record & project highlights
Strategic support and development of the supplier network with a focus on aluminum and copper procurement for a global automotive manufacturer. Implementation of sustainable procurement strategies for significant reduction of CO2 emissions along the supply chain. Monitoring and optimization of the CO2 footprint of energy-intensive materials through sustainable production and recycling methods. Validation of a simulation method for evaluating the hydrogen embrittlement susceptibility of components made from ultra-high-strength steel (thesis). Practical execution of hydrogen embrittlement investigations in the laboratory, including Thermal Desorption Analysis and electrochemical hydrogen charging.
