As an AI research engineer at Bosch, you will exploit and advance the novel capabilities of cutting-edge Large LanguageModels (LLMs) towards building multi-agent AI systems that solve and optimize complex engineering problems for software, hardware, and mechatronic systems. * Fuel Multi-agent Systems with Bosch Data and Tools: You will focus on working with Bosch's proprietary data to fine-tune and adapt generic languagemodels, and use them as basis for multi-agent systems that interact with state-of-the-art design, simulation and optimization tools. o strong publication record on large languagemodels, generative AI and agentic AI in top-tier conferences (NeurIPS, ICLR, ACL, EMNLP, ICML, CVPR, etc.) is a plus - This includes understanding the data and tools with domain experts, as well as designing and implementing robust data ingestion pipelines for model training and inference.
As an AI research engineer at Bosch, you will exploit and advance the novel capabilities of cutting-edge Large LanguageModels (LLMs) towards building multi-agent AI systems that solve and optimize complex engineering problems for software, hardware, and mechatronic systems. * Fuel Multi-agent Systems with Bosch Data and Tools: You will focus on working with Bosch's proprietary data to fine-tune and adapt generic languagemodels, and use them as basis for multi-agent systems that interact with state-of-the-art design, simulation and optimization tools. o strong publication record on large languagemodels, generative AI and agentic AI in top-tier conferences (NeurIPS, ICLR, ACL, EMNLP, ICML, CVPR, etc.) is a plus - This includes understanding the data and tools with domain experts, as well as designing and implementing robust data ingestion pipelines for model training and inference.
Dabei nutzen wir Technologien wie Microsoft Power Platform, n8n und Large LanguageModels (LLMs), um manuelle Tätigkeiten zu reduzieren und neue digitale Arbeitsweisen zu etablieren.
Dabei nutzen wir Technologien wie Microsoft Power Platform, n8n und Large LanguageModels (LLMs), um manuelle Tätigkeiten zu reduzieren und neue digitale Arbeitsweisen zu etablieren.
As an AI Research Engineer at Bosch, you will explore a variety of real-world use cases that can significantly benefit from cutting-edge Large LanguageModels (LLMs), end-to-end trained ADAS systems, and AI agents. * Your primary focus will be on developing efficient engineering and MLOps solutions that help tailor these models to specific Bosch applications, e.g., by fine-tuning generic languagemodels using Bosch's proprietary data, and making them ready for use in industrial applications. * Education: excellent MSc in Computer Science or related fields, PhD in Machine Learning with focus on Large LanguageModels, generative AI or foundation models o proven research track record and multiple years of hands-on expertise in LLMs, GenAI, agentic AI, end-2-end automotive models, or vision-languagemodels, including publications in top machine learning conferences (e.g., NeurIPS, ICML, ICLR, CVPR,...)
As an AI Research Engineer at Bosch, you will explore a variety of real-world use cases that can significantly benefit from cutting-edge Large LanguageModels (LLMs), end-to-end trained ADAS systems, and AI agents. * Your primary focus will be on developing efficient engineering and MLOps solutions that help tailor these models to specific Bosch applications, e.g., by fine-tuning generic languagemodels using Bosch's proprietary data, and making them ready for use in industrial applications. * Education: excellent MSc in Computer Science or related fields, PhD in Machine Learning with focus on Large LanguageModels, generative AI or foundation models o proven research track record and multiple years of hands-on expertise in LLMs, GenAI, agentic AI, end-2-end automotive models, or vision-languagemodels, including publications in top machine learning conferences (e.g., NeurIPS, ICML, ICLR, CVPR,...)
Dabei nutzen wir Technologien wie Microsoft Power Platform, n8n und Large LanguageModels (LLMs), um manuelle Tätigkeiten zu reduzieren und neue digitale Arbeitsweisen zu etablieren.
Dabei nutzen wir Technologien wie Microsoft Power Platform, n8n und Large LanguageModels (LLMs), um manuelle Tätigkeiten zu reduzieren und neue digitale Arbeitsweisen zu etablieren.
strong knowledge of large languagemodels (LLMs), foundation models, and deep learning, combined with hands-on experience in fine-tuning (e.g. SFT, RLHF/RLAIF) or parameter-efficient adaptation methods such as LoRA or adapters * Adapting foundation models efficiently and orchestrating multi-agent systems will be at the core of your work. * Languages: fluent in English * Work-life balance: Flexible working in terms of time, place and working model.
strong knowledge of large languagemodels (LLMs), foundation models, and deep learning, combined with hands-on experience in fine-tuning (e.g. SFT, RLHF/RLAIF) or parameter-efficient adaptation methods such as LoRA or adapters * Adapting foundation models efficiently and orchestrating multi-agent systems will be at the core of your work. * Languages: fluent in English * Work-life balance: Flexible working in terms of time, place and working model.
Sie beobachten technologische Entwicklungen rund um Generative AI, Conversational AI, Large LanguageModels, Voice AI und AI Agents und bewerten deren Nutzen für den Kundenservice von 1&1. * Sie bringen ein gutes Verständnis für moderne KI-Technologien mit, insbesondere für Generative AI, Large LanguageModels, Natural Language Processing, Prompting und datengetriebene Optimierung.
Sie beobachten technologische Entwicklungen rund um Generative AI, Conversational AI, Large LanguageModels, Voice AI und AI Agents und bewerten deren Nutzen für den Kundenservice von 1&1. * Sie bringen ein gutes Verständnis für moderne KI-Technologien mit, insbesondere für Generative AI, Large LanguageModels, Natural Language Processing, Prompting und datengetriebene Optimierung.
Du arbeitest hands-on mit modernen Tools und Large LanguageModels, bringst eigene Ideen ein und treibst spannende Projekte mit viel Gestaltungsspielraum eigenverantwortlich voran. * Du entwickelst und optimierst praxisnahe KI- und Automatisierungslösungen für interne Prozesse, Content-Workflows und digitale Lernanwendungen – insbesondere auf Basis von Large LanguageModels und modernen Automatisierungstools. * Du bringst praktische Erfahrung mit n8n, Large LanguageModels, Prompt Engineering und der Entwicklung produktiver Automatisierungs-Workflows mit.
Du arbeitest hands-on mit modernen Tools und Large LanguageModels, bringst eigene Ideen ein und treibst spannende Projekte mit viel Gestaltungsspielraum eigenverantwortlich voran. * Du entwickelst und optimierst praxisnahe KI- und Automatisierungslösungen für interne Prozesse, Content-Workflows und digitale Lernanwendungen – insbesondere auf Basis von Large LanguageModels und modernen Automatisierungstools. * Du bringst praktische Erfahrung mit n8n, Large LanguageModels, Prompt Engineering und der Entwicklung produktiver Automatisierungs-Workflows mit.
Foundation models offer unprecedented generalization and adaptability — yet deploying them in real production environments means addressing strict constraints: microsecond-level latencies, deterministic behavior, functional safety certifications, and legacy infrastructures that cannot simply be replaced. * As a PhD candidate, your tasks will include investigating how foundation models can be effectively applied in industrial reality. * You will bring these models into manufacturing, the process industry, and cyber-physical systems, always treating latency, determinism, and safety as non-negotiable factors. * In addition, you will address key questions such as how foundation models can deliver bounded, predictable performance without compromising their capabilities. * You will develop solutions to ensure compatibility between foundation models and established industrial safety ...
Foundation models offer unprecedented generalization and adaptability — yet deploying them in real production environments means addressing strict constraints: microsecond-level latencies, deterministic behavior, functional safety certifications, and legacy infrastructures that cannot simply be replaced. * As a PhD candidate, your tasks will include investigating how foundation models can be effectively applied in industrial reality. * You will bring these models into manufacturing, the process industry, and cyber-physical systems, always treating latency, determinism, and safety as non-negotiable factors. * In addition, you will address key questions such as how foundation models can deliver bounded, predictable performance without compromising their capabilities. * You will develop solutions to ensure compatibility between foundation models and established industrial safety ...
Despite remarkable progress in foundation models and end-to-end learning, today's autonomous systems still struggle to generalize reliably to new situations and often require enormous amounts of data and computational resources. * Your research will combine ideas from imitation learning, reinforcement learning, large-scale simulation, world models, and model compression to develop AI agents (across several embodiments) that can continuously improve, adapt to novel situations, and transfer effectively from simulation to reality. * Personality and Working Practice: you work in a methodical and structured way, with a strong focus on solutions, quality, and ownership; with a proactive approach, you take initiative and tackle complex challenges while working as a team‑oriented professional who thrives in highly collaborative, fast‑paced research and development environments and actively ...
Despite remarkable progress in foundation models and end-to-end learning, today's autonomous systems still struggle to generalize reliably to new situations and often require enormous amounts of data and computational resources. * Your research will combine ideas from imitation learning, reinforcement learning, large-scale simulation, world models, and model compression to develop AI agents (across several embodiments) that can continuously improve, adapt to novel situations, and transfer effectively from simulation to reality. * Personality and Working Practice: you work in a methodical and structured way, with a strong focus on solutions, quality, and ownership; with a proactive approach, you take initiative and tackle complex challenges while working as a team‑oriented professional who thrives in highly collaborative, fast‑paced research and development environments and actively ...
Our approach currently being rolled out as the methodological backbone, explicitly models scenarios and specifications. * To what extent does the enriched representation improve explainability, scenario awareness and impact analysis compared to a baseline OCPM model? * Solid foundation in software engineering, data modeling and database systems (relational and graph-based) * Understanding of semantic technologies: ontologies, knowledge graphs, RDF/OWL, SPARQL, or property-graph models (e.g., Neo4j) * Fluent English (written and spoken); German language skills are an advantage for stakeholder interaction within Mercedes-Benz
Our approach currently being rolled out as the methodological backbone, explicitly models scenarios and specifications. * To what extent does the enriched representation improve explainability, scenario awareness and impact analysis compared to a baseline OCPM model? * Solid foundation in software engineering, data modeling and database systems (relational and graph-based) * Understanding of semantic technologies: ontologies, knowledge graphs, RDF/OWL, SPARQL, or property-graph models (e.g., Neo4j) * Fluent English (written and spoken); German language skills are an advantage for stakeholder interaction within Mercedes-Benz
Wide range of further training: Internal and external training opportunities, LinkedIn Learning, language courses, talent development programs, conferences, and mentoring. Flexible working models: Home office options, flexible working hours, and 30 days of vacation with the option for additional unpaid leave.
Wide range of further training: Internal and external training opportunities, LinkedIn Learning, language courses, talent development programs, conferences, and mentoring. Flexible working models: Home office options, flexible working hours, and 30 days of vacation with the option for additional unpaid leave.
Onboard new data sources, design data models, and build scalable end-to-end pipelines for analysts and business teams. * Translate business requirements into robust, reusable, and well-documented data models in close collaboration with . Wide range of further training: Internal and external training opportunities, LinkedIn Learning, language courses, talent development programs, conferences, and mentoring. Flexible working models: Home office options, flexible working hours, and 30 days of vacation with the option for additional unpaid leave.
Onboard new data sources, design data models, and build scalable end-to-end pipelines for analysts and business teams. * Translate business requirements into robust, reusable, and well-documented data models in close collaboration with . Wide range of further training: Internal and external training opportunities, LinkedIn Learning, language courses, talent development programs, conferences, and mentoring. Flexible working models: Home office options, flexible working hours, and 30 days of vacation with the option for additional unpaid leave.
You are proficient in languages such as Python, Go, Java, Bash, and the classic Unix toolbelt (awk, sed, git) that still does more than people expect * Hybrid working model and flexible working hours through trust-based working hours
You are proficient in languages such as Python, Go, Java, Bash, and the classic Unix toolbelt (awk, sed, git) that still does more than people expect * Hybrid working model and flexible working hours through trust-based working hours
You get your hands dirty by building functional prototypes of AI-based processes using internal/external tools and natural language coding to prove concepts and validate requirements * You are fluent in English, and German or other European languages are a plus * Hybrid working model with a home office option.
You get your hands dirty by building functional prototypes of AI-based processes using internal/external tools and natural language coding to prove concepts and validate requirements * You are fluent in English, and German or other European languages are a plus * Hybrid working model with a home office option.
Foundation Models bieten eine beispiellose Generalisierung und Anpassungsfähigkeit – doch ihr Einsatz in realen Produktionsumgebungen bedeutet, sich harten Randbedingungen stellen zu müssen: Latenzen im Mikrosekundenbereich, deterministisches Verhalten, funktionale Sicherheitszertifizierungen und Legacy-Infrastrukturen, die sich nicht ohne Weiteres ersetzen lassen. * Zu deinen Aufgaben gehört die Untersuchung, wie Foundation Models in der industriellen Realität nutzbar werden. * Außerdem widmest du dich den Kernfragen, wie Foundation Models eine begrenzte, vorhersagbare Leistung erbringen können, ohne an Fähigkeiten einzubüßen. * Du erarbeitest Lösungen, wie sich Foundation Models mit etablierten industriellen Sicherheits- und Automatisierungsstandards (z. B. IEC 61131, IEC 61508) vereinbaren lassen. * Nicht zuletzt erweiterst du Brownfield-Automatisierungsplattformen um die Fähigkeiten von ...
Foundation Models bieten eine beispiellose Generalisierung und Anpassungsfähigkeit – doch ihr Einsatz in realen Produktionsumgebungen bedeutet, sich harten Randbedingungen stellen zu müssen: Latenzen im Mikrosekundenbereich, deterministisches Verhalten, funktionale Sicherheitszertifizierungen und Legacy-Infrastrukturen, die sich nicht ohne Weiteres ersetzen lassen. * Zu deinen Aufgaben gehört die Untersuchung, wie Foundation Models in der industriellen Realität nutzbar werden. * Außerdem widmest du dich den Kernfragen, wie Foundation Models eine begrenzte, vorhersagbare Leistung erbringen können, ohne an Fähigkeiten einzubüßen. * Du erarbeitest Lösungen, wie sich Foundation Models mit etablierten industriellen Sicherheits- und Automatisierungsstandards (z. B. IEC 61131, IEC 61508) vereinbaren lassen. * Nicht zuletzt erweiterst du Brownfield-Automatisierungsplattformen um die Fähigkeiten von ...
Implementierung und Verwaltung von Model Registry, Versionierung und Deployment-Prozessen * Erstellung auditfähiger Artefakte (z. B. Model Cards, Logs, Dokumentation)
Implementierung und Verwaltung von Model Registry, Versionierung und Deployment-Prozessen * Erstellung auditfähiger Artefakte (z. B. Model Cards, Logs, Dokumentation)
Bedarfsanalysen und Erstellung von MVPs, sowie Entwicklung und Weiterentwicklung von (neuen) Geschäftsmodellen – inkl. Wirtschaftlichkeitsrechnung / Business Case, Business Model Canvas und Value Proposition Canvas
Bedarfsanalysen und Erstellung von MVPs, sowie Entwicklung und Weiterentwicklung von (neuen) Geschäftsmodellen – inkl. Wirtschaftlichkeitsrechnung / Business Case, Business Model Canvas und Value Proposition Canvas
Du setzt moderne SAP-Technologien wie Fiori/UI5, CDS Views und das ABAP RESTful Application Programming Model (RAP) ein, um zukunftsfähige Anwendungen zu schaffen.
Du setzt moderne SAP-Technologien wie Fiori/UI5, CDS Views und das ABAP RESTful Application Programming Model (RAP) ein, um zukunftsfähige Anwendungen zu schaffen.