Responsible for the business development and delivery of Trustworthy AI and AI Governance services with main national and international clients, including supporting anticipatory activity for the EU AI Act compliance.Examples of projects:- European Food Safety Agency: Implementation of an AI and Data Governance framework to support EFSA in adopting trustworthy AI solutions.- H2020 ETAPAS Project (DG CONNECT): Ethical Technology Adoption in Public Administration Services (https://www.etapasproject.eu/)- INAIL: Support of the revision of Data Governance and Data Quality Management processes, drafting recommendations and guidelines for ethical data and AI use at INAIL. Support for the delivery of educational workshops to the leadership and the entire Institute.- Energy & Utilities Italian Provider: Trustworthy AI assessment consisting of the risk tiering analysis of a sample of AI applications, based on the requirements of the upcoming EU AI Act proposal and the related standards that are being published to ensure conformity of AI applications.

Contribution to national and international working groups for standardisation activities on artificial intelligence.

Consulting activities as well as business and research development on innovation, disruptive technology and AI adoption and impact, with a special focus on ethical and responsible implementation of AI solutions. Member of the PwC Global Responsible AI team, contributing mainly to the Ethical and Governance Framework of PwC's Responsible AI Toolkit.

Consultant activities focused on the impact of Digital, new analytics and emerging technologies in the Business to Customer interactions within the Technology - Digital Solutions group. The group offers strategic management consulting, digital solutions design and implementation in the Digital & Social Marketing, Mobile, Big Data & CRM, Customer Experience, Cloud and eCommerce areas.

I worked in a research group, focusing my work in stochastic methods for partial differentialequations. I studied the subject from a theoretical standpoint and I also implemented a C++code suitable for studying the problem from a numerical perspective.