Adapt state‑of‑the‑art methods to real‑world use cases with limited and sensitive health data. In addition, you should have a strong interest in working on innovation projects with interdisciplinary teams and agile methods, together with our internal and external . o Strong programming skills in Python and C/C++.
Adapt state‑of‑the‑art methods to real‑world use cases with limited and sensitive health data. In addition, you should have a strong interest in working on innovation projects with interdisciplinary teams and agile methods, together with our internal and external . o Strong programming skills in Python and C/C++.
Draft internal presentations and prepare reporting materials * Further enhance analysis methods, tools and reporting standards - Understanding basic concepts of programming (eg. VBA) would be a plus
Draft internal presentations and prepare reporting materials * Further enhance analysis methods, tools and reporting standards - Understanding basic concepts of programming (eg. VBA) would be a plus
You evaluate and advance state-of-the-art methods in self-supervised learning, multi-modal fusion, and end-to-end architectures for real-world deployment. * Proven production experience with machine-learning frameworks such as PyTorch or TensorFlow, including training on large-scale datasets and programming skills in Python or C++.
You evaluate and advance state-of-the-art methods in self-supervised learning, multi-modal fusion, and end-to-end architectures for real-world deployment. * Proven production experience with machine-learning frameworks such as PyTorch or TensorFlow, including training on large-scale datasets and programming skills in Python or C++.
Strong expertise in computational pathology, digital pathology, image analysis, and AI-enabled biomarker development, including experience applying quantitative methods to histopathology data to address translational and clinical questions. * Hands-on experience with computational pathology workflows and programming languages such as Python or R.
Strong expertise in computational pathology, digital pathology, image analysis, and AI-enabled biomarker development, including experience applying quantitative methods to histopathology data to address translational and clinical questions. * Hands-on experience with computational pathology workflows and programming languages such as Python or R.
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
Expert knowledge and understanding of the statistical principles, concepts, methods, and standards used in clinical research * Expert knowledge and understanding of the SAS programming
Expert knowledge and understanding of the statistical principles, concepts, methods, and standards used in clinical research * Expert knowledge and understanding of the SAS programming
:em engineering methods AG - Mit :em engineering methods, 4Soft, SEMP Consulting und Wagner Informatik bündeln wir vier starke Unternehmen unter einem gemeinsamen Dach.
:em engineering methods AG - Mit :em engineering methods, 4Soft, SEMP Consulting und Wagner Informatik bündeln wir vier starke Unternehmen unter einem gemeinsamen Dach.
Stuttgart, München, Hamburg, Berlin, Frankfurt am Main
Integrate modern methods and technologies such as automation, prefabrication, modularization, AI and digital twin to enhance efficiency and scalability
Integrate modern methods and technologies such as automation, prefabrication, modularization, AI and digital twin to enhance efficiency and scalability
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.
Strukturiertes Problemlösen: Ob Linear Programming, LLM-Pipelines oder Datenaufbereitung – du arbeitest dich systematisch ein und findest tragfähige Lösungen.
Strukturiertes Problemlösen: Ob Linear Programming, LLM-Pipelines oder Datenaufbereitung – du arbeitest dich systematisch ein und findest tragfähige Lösungen.
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.
You support the team in building monitoring dashboards, running data analyses and working on forecasting methods. * You know our quarter-hourly energy time series well enough to independently build further dashboards and support the team with data analyzes and forecasting methods.
You support the team in building monitoring dashboards, running data analyses and working on forecasting methods. * You know our quarter-hourly energy time series well enough to independently build further dashboards and support the team with data analyzes and forecasting methods.