Tech Lead AI Engineer

GFT Poland is a company specializing in delivering large scale solutions for the financial services sector, focusing on digital transformation, process automation, data integration, and application modernization. They employ over 1200 skilled experts with a culture of top performance, recognized as Google Cloud Partner of the Year.

• At least 5 years of experience with Python development
• Strong experience with FastAPI
• Hands-on experience with machine learning and model evaluation
• Experience with LLMs and Generative AI solutions
• Knowledge of prompt engineering, context anchoring, RAG, embeddings, and vector databases
• Experience with agentic AI frameworks including LangGraph and DeepAgent
• Experience with MCP tool integration
• Strong understanding of AI system design
• Experience designing API-based architectures
• Knowledge of CosmosDB and PostgreSQL
• Experience working with Azure cloud services
• Experience with AI-assisted software development
• Strong understanding of computer science fundamentals
• Knowledge of modern software development practices and the SDLC
• Strong communication and stakeholder management skills
• Ability to translate business requirements into scalable technical solutions

Nice to have:

• Experience in the Client Lifecycle domain

• Design and develop AI-powered applications and services using Python and FastAPI
• Build and optimize Generative AI solutions leveraging LLMs, RAG, embeddings, and vector databases
• Create and maintain agentic AI workflows using LangGraph and DeepAgent frameworks
• Integrate MCP tools and external services into AI ecosystems
• Design scalable API-based architectures and backend services
• Develop and maintain solutions using CosmosDB and PostgreSQL
• Perform model evaluation and improve AI solution quality and reliability
• Collaborate with business and technology teams to translate requirements into technical solutions
• Apply modern software engineering practices throughout the SDLC
• Utilize AI-assisted software development techniques to improve delivery efficiency