Germany
Metallurgical engineer with 10+ years of experience in the steel, mining and foundry industries. Supporting global accounts at Monitizer across the StrikoWestofen, Wheelabrator and DISA products portfolio. I help customers unlock value through digital solutions, process optimization and data management. Fluent communication in Spanish, English and German, with a strong focus on technical expertise.
Customer Success Engineer with responsibility for global enterprise accounts, focused on driving innovation through industrial IoT, data, and AI solutions. I work with executive and operational teams to turn objectives into measurable results that improve performance, efficiency, and decision-making. I also work closely with product, engineering, and IoT teams to make sure our solutions solve our customers problems. Key verticals: Green sand casting, high pressure die casting, surface preparation equipment
As a customer success manager my main objective is to understand our customer needs and provide customised technical solutions, showcasing the features and benefits of our digital tool portfolio. I continuously collaborate with the sales team in pre-sales activities, additionally I support the implementation process to ensure smooth deployment and user experience. Key verticals: Battery metals, stainless and ferrous scrap. Markets: DACH, LATAM, NA and APAC
Master's student in the field of topology optimization for additive manufacturing with laser-based powder bed fusion (Laser Beam Powder Bed Fusion, LB-PBF). The master's thesis project dealt with reducing the weight and production time of high-pressure die-casting inserts and plastic injection-molded parts produced by additive manufacturing.
Engineering intern in the area of additive manufacturing with laser-based powder bed fusion (Laser Beam Powder Bed Fusion, LB-PBF). -Additive manufacturing of tool inserts and parts for high-pressure die casting and injection molding. -Preparation and post-processing of components. -Fine Element Methods (FEM) simulations -Flow measurement analysis of conformal cooling channels
Literaturübersicht: Nanoengineering von Stählen zur Überwindung des Festigkeits-Duktilitäts-Paradigma
Computational fluid dynamic (CFD) analysis: casting simulation of metallic materials. Simulation of nanofluids in metal casting processes, simulation of HPDC (high pressure die casting), gravity sand casting and investment casting. Software package: STAR CCM+™