Apply on company website Karlsruhe, Germany Hybrid Full-time

datin is hiring an AI for Science (Materials, Chemistry, Knowledge Graphs, Ontologies) - Developer (m/f/d)

Hey there! We're datin GmbH, and we are building the "new power grid" for scientific innovation. Traditional scientific knowledge is still largely hidden from LLMs because physical R&D data (like lab experiments, simulations, and equipment logs) is rarely recorded in a structured, machine-actionable way. Text alone isn’t rich enough to support automated discovery. To bridge this gap, we have built an ontology-driven, schema-based knowledge graph management system. Now, we are taking it to the next level: building autonomous, goal-oriented AI agents that can interact directly with our graph databases, augment them with new data, and identify emerging patterns in physical science. This role offers a unique opportunity to design production-grade AI agent systems from scratch, collaborating closely with experienced material scientists, tribologists, and software engineers. At datin, we value curiosity, impact, and trust, and we design our agent-driven workflows to empower scientists, not replace them. Tasks - Agentic Workflows: Design and build end-to-end agentic architectures. You will build tool-calling loops, memory layers, and execution environments that allow agents to query, update, and validate our graph databases. - AI Infrastructure: Engineer, deploy, and maintain performant agent and LLM serving infrastructures both locally and in the cloud. - Graph-Grounded LLMs: Fine-tune or optimize open-source LLMs to reliably translate natural language scientific requests into structured queries sent to our SDK and accurately traverse complex ontologies. - Machine Learning for Science: Train and integrate specialized ML models to solve multi-objective optimization problems (e.g., predicting material properties or chemical reactions) that AI agents can use as tools. - Semantic Digital Twins: Translate real-world physical workflows into semantically-typed knowledge graphs. Requirements - Technical Core: Deep practical experience with Agentic frameworks, orchestrators, or tool-use libraries. - Software Engineering: Strong proficiency in Python and/or JavaScript, with a focus on writing clean, modular, and well-tested production code. - Modeling Skills: Hands-on experience building, training, or fine-tuning models using machine learning frameworks like PyTorch or similar. - Validation: Familiarity with SHACL, RDF, RDFS, OWL, and SPARQL or similar (like CYPHER) validation languages is a strong plus. - Background: A degree in Computer Science, Information Science, or, Chemistry, Materials Science, Mechanical Engineering, or a related field. - Mindset: You are meticulous and logical. You enjoy solving the puzzle of how to structure the world into a database. Benefits - Flexible working hours - Free beverages - Public transportation benefits - Remote work possible - Travel expenses compensation This is the future of scientific AI. At datin GmbH, you won't just be writing code; you will be defining the grammar of scientific discovery. If you are ready to build the engine that powers the next generation of R&D, apply now and let's shape the future together.
Job Details
Location Karlsruhe, Germany
Work mode Hybrid
Employment Full-time
Department Data Scientist
Category other
Posted a month ago
Application On company website
About company
datin

Scientific R&D accelerated and connected. Automation, with or without AI, always truly FAIR.

Connecting all lab workflows, data, analyses, simulations, samples, and equipment is the only scalable path to automation in complex environments and reliable AI.

The datin software is built entirely on semantic knowledge graph technology. If it's not FAIR, we don't do it.

We believe that AI will change the way science is done — only if AI is human-centric. At datin, we build tools that empower scientists, not replace them. Our agent-driven workflows are designed to handle the mundane, allowing researchers to focus on creativity, intuition, and complex problem-solving.

With FAIR data, communities can build knowledge bases that enable scalable collaborations. Your FAIR data remains entirely private and secure, and interoperable if you choose to connect.

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