Responsibilities
Design and implement real‑world agentic AI systems using modern agent frameworks and orchestration tools. Develop agentic workflows that go beyond chat, including complex analytical pipelines, multi‑step research workflows, tool‑using agents, knowledge‑grounded agents, and structured decision‑support systems. Work with knowledge‑based AI architectures, including retrieval‑augmented generation, knowledge graphs, symbolic rules, structured domain models, ontologies, and hybrid reasoning systems. Develop and apply mechanisms for controlling inference, including planning constraints, reasoning policies, guardrails, validation layers, tool‑use control, and human‑in‑the‑loop checkpoints. Explore and implement neuro‑symbolic approaches for agentic reasoning, combining LLM‑based reasoning with symbolic, rule‑based, graph‑based, or formally structured methods. Build transparent AI methods that make agent behaviour traceable, explainable, testable, and auditable. Create evaluation and testing frameworks for agentic systems, including benchmark tasks, regression tests, failure‑mode analysis, trace inspection, robustness testing, and task‑level performance measurement. Develop full‑stack prototypes and production applications, integrating backend services, APIs, databases, frontend interfaces, model providers, and orchestration layers. Collaborate with researchers, engineers, product teams, and domain experts to translate ambiguous real‑world problems into reliable agentic workflows. Stay current with developments in agentic AI, reasoning systems, LLM orchestration, AI evaluation, and applied neuro‑symbolic methods. Requirements
Must have neuro symbolic reasoning experience. Strong multi‑project experience developing real‑world AI agents or agentic workflows. Demonstrated focus on agentic reasoning, including planning, decomposition, tool use, multi‑step inference, workflow execution, or autonomous task completion. Experience in either industrial AI development, academic research, or ideally both. Hands‑on exposure to knowledge‑based agentic systems, such as agents grounded in knowledge graphs, structured documents, domain rules, ontologies, databases, or retrieval systems. Experience with methods for controlling reasoning or inference, such as guardrails, constrained planning, validation layers, policy‑based tool use, symbolic checks, or deterministic workflow components. Familiarity with neuro‑symbolic AI concepts or hybrid reasoning architectures. Experience designing transparent, inspectable, or explainable AI methods. Practical experience with agentic reasoning evaluation, testing, benchmarking, observability, or failure analysis. Full‑stack web development experience, including backend APIs and frontend application development.
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Design and implement real‑world agentic AI systems using modern agent frameworks and orchestration tools. Develop agentic workflows that go beyond chat, including complex analytical pipelines, multi‑step research workflows, tool‑using agents, knowledge‑grounded agents, and structured decision‑support systems. Work with knowledge‑based AI architectures, including retrieval‑augmented generation, knowledge graphs, symbolic rules, structured domain models, ontologies, and hybrid reasoning systems. Develop and apply mechanisms for controlling inference, including planning constraints, reasoning policies, guardrails, validation layers, tool‑use control, and human‑in‑the‑loop checkpoints. Explore and implement neuro‑symbolic approaches for agentic reasoning, combining LLM‑based reasoning with symbolic, rule‑based, graph‑based, or formally structured methods. Build transparent AI methods that make agent behaviour traceable, explainable, testable, and auditable. Create evaluation and testing frameworks for agentic systems, including benchmark tasks, regression tests, failure‑mode analysis, trace inspection, robustness testing, and task‑level performance measurement. Develop full‑stack prototypes and production applications, integrating backend services, APIs, databases, frontend interfaces, model providers, and orchestration layers. Collaborate with researchers, engineers, product teams, and domain experts to translate ambiguous real‑world problems into reliable agentic workflows. Stay current with developments in agentic AI, reasoning systems, LLM orchestration, AI evaluation, and applied neuro‑symbolic methods. Requirements
Must have neuro symbolic reasoning experience. Strong multi‑project experience developing real‑world AI agents or agentic workflows. Demonstrated focus on agentic reasoning, including planning, decomposition, tool use, multi‑step inference, workflow execution, or autonomous task completion. Experience in either industrial AI development, academic research, or ideally both. Hands‑on exposure to knowledge‑based agentic systems, such as agents grounded in knowledge graphs, structured documents, domain rules, ontologies, databases, or retrieval systems. Experience with methods for controlling reasoning or inference, such as guardrails, constrained planning, validation layers, policy‑based tool use, symbolic checks, or deterministic workflow components. Familiarity with neuro‑symbolic AI concepts or hybrid reasoning architectures. Experience designing transparent, inspectable, or explainable AI methods. Practical experience with agentic reasoning evaluation, testing, benchmarking, observability, or failure analysis. Full‑stack web development experience, including backend APIs and frontend application development.
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Lead AI Architect Arbeitgeber: Jobtailor
Als Global Director B2B – Business Development bei uns profitieren Sie von einer dynamischen und innovativen Arbeitsumgebung, die auf Zusammenarbeit und Kreativität setzt. Wir bieten Ihnen nicht nur attraktive Vergütungsmodelle und umfassende Weiterbildungsmöglichkeiten, sondern auch die Chance, in einem internationalen Team zu arbeiten, das Vielfalt und persönliche Entwicklung fördert. Unsere Unternehmenskultur legt großen Wert auf Flexibilität und Work-Life-Balance, sodass Sie Ihre Karriereziele in einem unterstützenden Umfeld erreichen können.
