Fraunhofer-Institut für Intelligente Analyse- und Informationssysteme IAIS
Heilbronn
Teilweise Home-Office
Du übernimmst Recherche, Auswahl und Evaluation aktueller Methoden und Technologien rund um Large LanguageModels, agentische und hybride KI-Architekturen * Erste Berührungspunkte mit Large LanguageModels, agentischen Systemen, Machine Learning oder hybriden KI-Ansätzen sind von Vorteil – zum Beispiel aus Projekten, Lehrveranstaltungen oder eigenen Experimenten
Du übernimmst Recherche, Auswahl und Evaluation aktueller Methoden und Technologien rund um Large LanguageModels, agentische und hybride KI-Architekturen * Erste Berührungspunkte mit Large LanguageModels, agentischen Systemen, Machine Learning oder hybriden KI-Ansätzen sind von Vorteil – zum Beispiel aus Projekten, Lehrveranstaltungen oder eigenen Experimenten
Berlin, Düsseldorf, Frankfurt am Main, Hamburg, Leipzig, München, Stuttgart, Walldorf
Teilweise Home-Office
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Du entwickelst innovative Generative-AI-Softwareplattformen, die Large LanguageModels (LLMs) wie Agentic AI und RAG-Systeme nahtlos in Unternehmenslandschaften integrieren
Du entwickelst innovative Generative-AI-Softwareplattformen, die Large LanguageModels (LLMs) wie Agentic AI und RAG-Systeme nahtlos in Unternehmenslandschaften integrieren
Hierzu eröffnen neue Technologien wie autonome Drohnen, mobile Roboter, Vision LanguageModels (VLMs), multimodale Foundation Models sowie moderne 3D-Rekonstruktionsverfahren völlig neue Möglichkeiten. * Welche Potenziale bieten Vision LanguageModels (VLMs) und multimodale Foundation Models für das Verständnis industrieller Umgebungen? * Erste praktische Erfahrung im Umgang mit Generativen KI-Modellen, Vision LanguageModels oder multimodalen Foundation Models Trotz erheblicher Fortschritte in den Bereichen Computer Vision, Foundation Models und Generativer KI basiert die Aktualisierung industrieller Digital Twins heute noch häufig auf manuellen Prozessen oder punktuellen Vermessungen.
Hierzu eröffnen neue Technologien wie autonome Drohnen, mobile Roboter, Vision LanguageModels (VLMs), multimodale Foundation Models sowie moderne 3D-Rekonstruktionsverfahren völlig neue Möglichkeiten. * Welche Potenziale bieten Vision LanguageModels (VLMs) und multimodale Foundation Models für das Verständnis industrieller Umgebungen? * Erste praktische Erfahrung im Umgang mit Generativen KI-Modellen, Vision LanguageModels oder multimodalen Foundation Models Trotz erheblicher Fortschritte in den Bereichen Computer Vision, Foundation Models und Generativer KI basiert die Aktualisierung industrieller Digital Twins heute noch häufig auf manuellen Prozessen oder punktuellen Vermessungen.
Institut für Arbeitswissenschaft und Technologiemanagement der Uni Stuttgart
Stuttgart
Sie beherrschen skriptbasierte Programmiersprachen wie Python und haben profundes Know-how in den Funktionsweisen und den Anwendungen von Large LanguageModels, GenAI und Agentic AI.
Sie beherrschen skriptbasierte Programmiersprachen wie Python und haben profundes Know-how in den Funktionsweisen und den Anwendungen von Large LanguageModels, GenAI und Agentic AI.
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.
AI & Technologie: Du verstehst, wie Generative AI, Machine Learning, Large LanguageModels, Automatisierung und Data Analytics sinnvoll in Organisationen eingesetzt werden können. * Zielbilder & Governance: Du entwickelst Zielbilder für AI-gestützte Organisationen und leitest daraus passende Operating Models, Governance-Strukturen und AI-Governance-Konzepte ab.
AI & Technologie: Du verstehst, wie Generative AI, Machine Learning, Large LanguageModels, Automatisierung und Data Analytics sinnvoll in Organisationen eingesetzt werden können. * Zielbilder & Governance: Du entwickelst Zielbilder für AI-gestützte Organisationen und leitest daraus passende Operating Models, Governance-Strukturen und AI-Governance-Konzepte ab.
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.
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.
Du hast mehrjährige Berufserfahrung im Bereich Data, Data Science oder KI sowie Projekterfahrung im Umgang mit Large LanguageModels wie GPT, LLama oder ähnlichen Technologien. * Du hast Kenntnisse in LLMs, Embeddings, Retrieval Augmented Generation, Re-ranking, Guardrails, Clustering, Classification Models und Entity Extraction. * Du beherrschst Deutsch auf mind. C1 Niveau und kannst es erfolgreich im Berufsalltag einsetzen - Your German language proficiency is at least C1 level, and you are able to use it successfully in your daily work.
Du hast mehrjährige Berufserfahrung im Bereich Data, Data Science oder KI sowie Projekterfahrung im Umgang mit Large LanguageModels wie GPT, LLama oder ähnlichen Technologien. * Du hast Kenntnisse in LLMs, Embeddings, Retrieval Augmented Generation, Re-ranking, Guardrails, Clustering, Classification Models und Entity Extraction. * Du beherrschst Deutsch auf mind. C1 Niveau und kannst es erfolgreich im Berufsalltag einsetzen - Your German language proficiency is at least C1 level, and you are able to use it successfully in your daily work.
Strategischer Aufbau AI-Plattformen: Einen neuen strategischen Bereich für AI-Plattformen im Versicherungsumfeld baust du auf und gestaltest die technologische Grundlage für den produktiven Einsatz von Large LanguageModels und AI-Services in einer hochregulierten Branche.
Strategischer Aufbau AI-Plattformen: Einen neuen strategischen Bereich für AI-Plattformen im Versicherungsumfeld baust du auf und gestaltest die technologische Grundlage für den produktiven Einsatz von Large LanguageModels und AI-Services in einer hochregulierten Branche.
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 ...
You will conduct targeted literature research on the manipulation of magnetic particles and develop multiphysics models (e.g., COMSOL) to optimize particle trajectories and fluid interactions. * Last but not least, you will translate your physical understanding and modeling results into rigorous design rules for integration into disposable diagnostics cartridges, delivering transferable models and prototypes for future product development. * Languages: very good written and spoken German and English * Work-life balance: Flexible working in terms of time, place and working model.
You will conduct targeted literature research on the manipulation of magnetic particles and develop multiphysics models (e.g., COMSOL) to optimize particle trajectories and fluid interactions. * Last but not least, you will translate your physical understanding and modeling results into rigorous design rules for integration into disposable diagnostics cartridges, delivering transferable models and prototypes for future product development. * Languages: very good written and spoken German and English * Work-life balance: Flexible working in terms of time, place and working model.
Stuttgart, München, Hamburg, Berlin, Frankfurt am Main
Developing aviation strategy for airlines, airports or MRO; sharpening future business models and identifying decisive capabilities to succeed in competition * Fluent English and German, further languages are favorable
Developing aviation strategy for airlines, airports or MRO; sharpening future business models and identifying decisive capabilities to succeed in competition * Fluent English and German, further languages are favorable
Stuttgart, München, Hamburg, Berlin, Frankfurt am Main
Develop top line strategies around market entry (e.g. M&A, technology and engineering roadmaps) and new business models (e.g. satellite-as-a-service, space data monetization) * Excellent command of German and English, additional language skills are an advantage
Develop top line strategies around market entry (e.g. M&A, technology and engineering roadmaps) and new business models (e.g. satellite-as-a-service, space data monetization) * Excellent command of German and English, additional language skills are an advantage
You define strategy, governance, and operating models for modern workplace technologies and enterprise applications, ensuring they scale globally, remain secure and reliable, and deliver measurable business value. * Own a multi-million budget, including planning, forecasting, investments, and cost control and managing strategic vendors and sourcing models to maximize quality, scalability, and value * Language skills: Very good English skills; German is a plus
You define strategy, governance, and operating models for modern workplace technologies and enterprise applications, ensuring they scale globally, remain secure and reliable, and deliver measurable business value. * Own a multi-million budget, including planning, forecasting, investments, and cost control and managing strategic vendors and sourcing models to maximize quality, scalability, and value * Language skills: Very good English skills; German is a plus
Experience and Knowledge: detailed knowledge of classical MEMS, microfluidics, and biomedical engineering; expertise in microfluidic and electrical design for lab-on-chip systems; experience in modeling of physical cell interactions at the microscale; knowledge of (optical) signal processing; experience with cleanroom processes and knowledge of oncology are advantageous * Languages: very good written and spoken German and English * Work-life balance: Flexible working in terms of time, place and working model.
Experience and Knowledge: detailed knowledge of classical MEMS, microfluidics, and biomedical engineering; expertise in microfluidic and electrical design for lab-on-chip systems; experience in modeling of physical cell interactions at the microscale; knowledge of (optical) signal processing; experience with cleanroom processes and knowledge of oncology are advantageous * Languages: very good written and spoken German and English * Work-life balance: Flexible working in terms of time, place and working model.
Proficient fluent English (min. C1) language skills. * German language skills. * Modern working time model: trust-based working hours, flexible working hours/flexitime, option to work hybrid or remotely (see the information in the job advertisement for details)
Proficient fluent English (min. C1) language skills. * German language skills. * Modern working time model: trust-based working hours, flexible working hours/flexitime, option to work hybrid or remotely (see the information in the job advertisement for details)
Personality and Working Practice: you are enthusiastic about technical challenges, like to develop solutions in interdisciplinary, diverse teams and implement them up to the functional model; you are willing to take initiative and responsibility; you possess the ability to approach tasks systematically, methodically, combined with a consistent focus on finding solutions and a dedication to delivering high-quality results * Languages: very good English, German is an advantage * Work-life balance: Flexible working in terms of time, place and working model.
Personality and Working Practice: you are enthusiastic about technical challenges, like to develop solutions in interdisciplinary, diverse teams and implement them up to the functional model; you are willing to take initiative and responsibility; you possess the ability to approach tasks systematically, methodically, combined with a consistent focus on finding solutions and a dedication to delivering high-quality results * Languages: very good English, German is an advantage * Work-life balance: Flexible working in terms of time, place and working model.
Berlin, Düsseldorf, Frankfurt am Main, Hamburg, München, Stuttgart
Schnelle Bewerbung
Own the AI platform – take end-to-end ownership of Roland Berger's AI ecosystem, including the AI orchestration layer, AI agent frameworks, LLM integrations, and model routing infrastructure; shape the platform roadmap, own the platform budget, and drive build-vs-buy decisions in alignment with IT leadership * Lead governance & compliance – establish responsible AI frameworks covering agent behavior, model lifecycle, data protection, and access control; ensure regulatory compliance with EU AI Act, GDPR, etc. * Fluent written and spoken English; additional languages are an advantage * 30 days vacation, flexible working hours, part-time models as well as sabbatical options
Own the AI platform – take end-to-end ownership of Roland Berger's AI ecosystem, including the AI orchestration layer, AI agent frameworks, LLM integrations, and model routing infrastructure; shape the platform roadmap, own the platform budget, and drive build-vs-buy decisions in alignment with IT leadership * Lead governance & compliance – establish responsible AI frameworks covering agent behavior, model lifecycle, data protection, and access control; ensure regulatory compliance with EU AI Act, GDPR, etc. * Fluent written and spoken English; additional languages are an advantage * 30 days vacation, flexible working hours, part-time models as well as sabbatical options
Manipulating and analyzing complex, high-volume and high-dimensional data to gain insights by using appropriate data analysis techniques, algorithms and programming languages in close collaboration with * Creating machine learning models and applying appropriate metrics to measure and monitor the * Very good knowledge of using appropriate metrics to measure and monitor the quality and performance of trained machine learning models, and confident in using machine learning lifecycle management tools e.g. MLflow, Azure Machine Learning or Amazon Sagemaker * Strong knowledge of one or more Data Science-related programming languages (e.g., Python, R, C++, SQL)
Manipulating and analyzing complex, high-volume and high-dimensional data to gain insights by using appropriate data analysis techniques, algorithms and programming languages in close collaboration with * Creating machine learning models and applying appropriate metrics to measure and monitor the * Very good knowledge of using appropriate metrics to measure and monitor the quality and performance of trained machine learning models, and confident in using machine learning lifecycle management tools e.g. MLflow, Azure Machine Learning or Amazon Sagemaker * Strong knowledge of one or more Data Science-related programming languages (e.g., Python, R, C++, SQL)