BASF Process Engineer / Chemical Engineer for Material Flow Analysis (m/f) in Ludwigshafen, Germany

ComanyDescription

  • Responsibility from day one in a challenging work environment and "on-the-job" training as part of a committed team.

  • Support of all employees by using different measures to ensure the balance of professional and private life.

  • Competitive compensation including attractive benefits as well as excellent career opportunities in an international company.

DepartmentDescriptionLudwigshafen is the world's largest integrated chemical complex and home to BASF Group headquarters. Located in the heart of Europe's Rhine-Neckar metropolitan region, you will find this to be an attractive place for both work and play.

Learn more about BASF SE at http://on.basf.com/HeadquartersProjectDescriptionProcess Engineer / Chemical Engineer for Material Flow Analysis (m/f)RequirementDescription

  • You have a degree in process engineering or chemical engineering and ideally have knowledge and skills in the area of material flow analysis.

  • You are a proficient user of the standard software solutions and have fundamental programming skills, preferably in VBA (Visual Basic for Applications) or similar languages.

  • Your analytical, well-organized working style helps you to address your customers` wishes and provide them with optimum advice.

  • You also communicate proficiently in both German and English, and your targeted, clear communication style allows you to convey even complex matters in an understandable way.

TaskDescriptionThe Conceptual Process Engineering group offers a broad range of services in the area of conceptual design and revision of production processes. This includes material flow and logistics concepts to supply plants and equipment.

  • In the position of Process Engineer, you will be responsible for our worldwide investment projects right from the start and will develop material flow concepts for projects that focus on real-world operations.

  • You will use modern simulation tools such as Inosim to do this.

  • To effectively expand capacity, you will perform analyses of bottlenecks and develop targeted suggestions for optimization.

  • By modeling and analyzing value chains and production networks, you will additionally participate actively in work within interdisciplinary project teams.

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