Deep understanding of harness design, connectors, shielding, routing rules, termination methods, testing, and integration. * Prior experience using SolidWorks, AutoCAD, programming language (e.g. Python/C++) or similar
Deep understanding of harness design, connectors, shielding, routing rules, termination methods, testing, and integration. * Prior experience using SolidWorks, AutoCAD, programming language (e.g. Python/C++) or similar
You will explore and implement LLM‑based methods and agentic AI approaches to enhance automation, decision support and model interpretability in real retail scenarios.
You will explore and implement LLM‑based methods and agentic AI approaches to enhance automation, decision support and model interpretability in real retail scenarios.
The Manufacturing Engineer CAD will hold responsibility for CAD related topics in the Production Engineering team and will check the readiness for production of parts, assemblies, and methods. * Check models, assemblies and manufacturing methods and challenge possible difficulties before production release * Approach colleagues in charge for the respective manufacturing methods to ensure technical feasibility and highest quality standards from early on * Strong knowledge in various manufacturing methods (e.g. milling, turning, metal sheet, carbon fiber or Additive Manufacturing)
The Manufacturing Engineer CAD will hold responsibility for CAD related topics in the Production Engineering team and will check the readiness for production of parts, assemblies, and methods. * Check models, assemblies and manufacturing methods and challenge possible difficulties before production release * Approach colleagues in charge for the respective manufacturing methods to ensure technical feasibility and highest quality standards from early on * Strong knowledge in various manufacturing methods (e.g. milling, turning, metal sheet, carbon fiber or Additive Manufacturing)
At SAP's Business AI Research, we are exploring the next frontier of AI methods on structured business data – graphs, tables, time series, and more. Foundation Models on Structured Data, like SAP-RPT-1, have ushered in the GenAI era for business relevant scenarios – scenarios that have so far been addressed with classical, often tree-based methods.
At SAP's Business AI Research, we are exploring the next frontier of AI methods on structured business data – graphs, tables, time series, and more. Foundation Models on Structured Data, like SAP-RPT-1, have ushered in the GenAI era for business relevant scenarios – scenarios that have so far been addressed with classical, often tree-based methods.
At SAP's Business AI Research, we are exploring the next frontier of AI methods on structured business data – graphs, tables, time series, and more. Foundation Models on Structured Data, like SAP-RPT-1, have ushered in the GenAI era for business relevant scenarios – scenarios that have so far been addressed with classical, often tree-based methods.
At SAP's Business AI Research, we are exploring the next frontier of AI methods on structured business data – graphs, tables, time series, and more. Foundation Models on Structured Data, like SAP-RPT-1, have ushered in the GenAI era for business relevant scenarios – scenarios that have so far been addressed with classical, often tree-based methods.
Perform detailed stress analysis of aerospace structures and components using both classical hand calculations and advanced finite element methods (FEM), mostly of CFRP structures
Perform detailed stress analysis of aerospace structures and components using both classical hand calculations and advanced finite element methods (FEM), mostly of CFRP structures