Business Analytics Manager - STMicroelectronics
Sales BI architecture, KPI governance, automated pipelines, and regional stakeholder alignment.
Business analytics, semiconductor data, and physics-trained judgment
I am a Business Analytics Manager at STMicroelectronics, based in Catania. My work combines data products, governance, BI architecture, and the analytical discipline I built in experimental physics and CERN research.
I started from physics, where evidence matters and complexity is normal. Years in the ATLAS/CERN environment taught me to reason carefully, communicate uncertainty, and build analysis that can survive scrutiny.
Over time I moved closer to business: consulting, data governance, BI platforms, and now semiconductor sales and marketing analytics. I still like the technical depth, but I care most about whether a decision becomes clearer, faster, and more defensible.
My path is not a straight line, and that is part of the value. I can speak with researchers, engineers, data teams, sales stakeholders, and executives because I have had to translate across those worlds myself.
Sales BI architecture, KPI governance, automated pipelines, and regional stakeholder alignment.
Business-led data governance, data quality detection, remediation, and stakeholder collaboration.
BI delivery, Azure-based analytics, demand planning, team leadership, CI/CD, and code review.
Machine learning, computer vision, NLP, European research projects, and early industry delivery.
Optimization studies and data-driven background estimation with the ATLAS Detector at the LHC.
These are the kinds of problems I have repeatedly been trusted to clarify and move forward.
Led the design and delivery of a dedicated Americas sales analytics architecture, improving reporting reliability and making sales performance easier to read across Americas.
Translated business-led data quality requirements into automated detection, remediation, and governance rules.
Work close to sales and operations in a sector where timing, reliability, and shared definitions matter.
Bridge technical and non-technical teams, aligning metrics across regions, divisions, and data functions.
I value the ability to explain complex transitions and technical subjects in a way people can use.
Ph.D. thesis on data-driven background estimation in searches for supersymmetric top partners with the ATLAS Detector at the LHC, plus ATLAS publications on trigger performance, stop searches, and dark matter associated with heavy quarks.
CERN recordSelected projects, academic output, funding, and outreach that give useful context to the professional story above.
COVID-19 data modelling and visualization, CORDIS ranking experiments, NLP utilities, computer-vision selection tools, and scraping prototypes.
GitHub archiveSTFC Impact Acceleration Account, DISCnet grant, University of Sussex doctoral conference support, CERN-linked Ph.D. scholarship, and INFN MSc scholarship.
Thesis and ATLAS publications on trigger performance, stop searches, and dark-matter searches associated with heavy quarks.
CERN thesis recordPublic engagement through Science on Buses, CERN masterclass activities, HiSPARC, Brighton Science Festival, and conference communication.
This is a personal home for my work, background, talks, and professional identity. If there is a good reason to connect, reach out.