Lead Quantitative Developer
Pubblicato il 05-10-2026 - Prometeia in Bologna
Are you curious and ready to take on a new career challenge? Are you eager to join a dynamic company and bring innovation through your work and skills?
È questo il suo prossimo lavoro? Legga la descrizione completa qui sotto per scoprirlo e non esiti a candidarsi.
Prometeia offers opportunities for growth and training within a Group with over 1,200 professionals serving more than 500 clients in 20 countries worldwide.
Among the European leaders in Enterprise Risk Management, Prometeia is looking for a Lead Quantitative Developer (Python) to join its internal development team.
Mission
- Lead the industrialization, evolution, and maintenance of Prometeia's quantitative libraries across the risk, climate, and credit domains, acting as a key link between quantitative research, software development, and delivery.
- The role will directly contribute to the development and evolution of quantitative frameworks, the definition of engineering and ModelOps standards,
and the transformation of library development and maintenance processes through the pragmatic adoption of AI-assisted development tools and practices.
- One of the key objectives of the role will be to support the evolution of the quantitative library lifecycle by introducing and consolidating AI-assisted development practices and tools to support code writing, testing, documentation, and software maintenance.
- The position is not focused on developing new quantitative methodologies or mathematical models, but rather on engineering, scalability, quality, and distribution of the libraries developed by quantitative teams.
Responsibilities
- Collaborate with quantitative teams across different competence lines to understand methodological requirements and translate them into industrialized software components.
- Lead the engineering of models, algorithms, and quantitative libraries developed by research teams, ensuring robustness, scalability, quality, and maintainability.
- Ensure the effective integration of meth