PROFILEAI Engineer with 4+ years of experience specializing in building production-grade AI systems, including multiagent architectures, RAG pipelines and intelligent workflow automation. Experienced in deploying LLMpowered systems using LangChain, Whisper, MCP and n8n on AWS with real-world data and agentic decisionmaking.
SKILLS- AI/ Machine
- Learning Machine Learning
- Deep Learning
- NLP
- Speech Recognition
- Computer Vision
- PyTorch
- TensorFlow
- Scikit-learn
- Model Fine-Tuning
- Whisper
- Mistral (Embeddings)
- Agentic AI/ Generative AI
- LLMs
- Multi-Agent Systems
- RAG
- Agent Orchestration
- Tool-Using Agents
- Agent Memory Systems
- LangChain
- LangGraph
- Context Engineering
- Prompt Engineering
- Tool-Using Agents
- MCP
- Backend & Cloud
- FastAPI
- REST APIs
- Microservices
- System Design AWS (EC2, RDS)
- Docker
- Docker Compose
- CI/CD (GitHub Actions)
- MLflow
- DVC
- Prometheus
- Grafana
- n8n
- Supabase
- Tools
WORK EXPERIENCE09/2021 ? 02/2026Software Engineer - AI & Test Automation
EDAG Group, Regensburg (Germany)
- Designed and implemented an AI-powered test generation system that converts structured requirements into automated test cases (CMOCKA/Python/C++), reducing manual effort by up to 80%.
- Developed a RAG-based pipeline using FAISS/PGVector to reuse historical test data, improving test coverage with automated edge-case and boundary-condition generation.
- Implemented a multi-agent AI system with context engineering and MCP tool integration, enabling dynamic test generation, validation, and execution within a FastAPI-based architecture.
- Built and automated Model-in-the-Loop (MiL) and Software-in-the-Loop (SiL) test environments using cmocka and Python, improving test efficiency and enabling scalable validation workflows.
- Contributed to CI/CD-driven test automation and ensured traceability across requirements, test cases and validation artifacts in compliance with ASPICE and ISO 26262
09/2020 ? 07/2021Master Student
IAV GmbH, Munich (Germany)
Lithium-Ion Battery State of Charge Modelling based on Neural Networks
- Developed a data-driven approach for modeling a Lithium-ion battery by using Neural Networks.
- Built a data pipeline (Data collection, Preprocessing, Training, Validation) which represents preprocessing to actual training of NN?s and validating the results.
- Validated models with reference measurements and compared with other model architectures and as well as to conventional battery models.
04/2020 ? 09/2020IAV GmbH, Munich (Germany)
Research Internship
Battery Modelling with different Machine Learning processes
- Developed a simulation environment which provides a battery model from the data.
- Implemented data pipeline which makes building models more efficient and simplified.
- Trained models and created test data sets to validate the effectiveness of the algorithms and to ensure that the models are accurate and efficient.