Quality systems and operational discipline for manufacturers who can't afford a failed audit.
I help aerospace, defense and advanced manufacturing suppliers get — and stay — certified. AS9100, ISO 9001/14001/45001 and NADCAP compliance, UAS certification roadmaps, and the operational systems that keep audits clean and programs on budget.
Four areas where clients bring me in — usually when the stakes are an audit, a certification deadline, or a program that's slipping.
ISO / AS9100 / NADCAP Compliance
Audit readiness and quality management system design for suppliers who need to pass — and keep passing — certification audits without disrupting production.
UAS / Drone Certification Roadmaps
Certification strategy and regulatory pathway planning for drone programs, structured around weight class, airspace, and jurisdiction.
Program & Operations Leadership
Hands-on operational management for manufacturing and engineering programs — budget, schedule, and cross-functional execution.
AI Enablement for AS9100 Suppliers
Scoping practical, low-risk AI use cases for certified aerospace and defense quality organizations — where it actually saves audit hours.
A practical sequence, not a framework for its own sake.
Assess against the standard
Walk the current process against the actual clauses of the standard you're certifying to — not a generic checklist. Gaps get ranked by audit risk, not by convenience.
Fix what the auditor will actually flag
Prioritize the corrective actions that close real non-conformity risk first, so effort goes where it protects the certification.
Build systems your team can run without me
Documentation and processes are designed to be owned internally after the engagement ends — not dependent on outside consulting to maintain.
20+ years across Italian precision manufacturing, Gulf-region drone and defense ventures, and independent consulting.
A sample of the aircraft and UAV programs behind the numbers above.

Project DROXY
Led the mechanical architecture and structural development of an electric autonomous VTOL drone, integrating high-torque propulsion with autonomous navigation sensors. Presented at GITEX Technology Week, Dubai.

Autonomous Heavy-Lift UAV (F150)
Airframe redesign in 7075-T6 aluminum and composites for a GPS-denied autonomous platform. Result: +40% structural strength, +25% payload capacity, 99.2% navigation accuracy.

ULM Storm 300
Design lead for structural evolution and mass-production readiness of an ultralight aircraft — 15% weight reduction, improved safety margins, and a 30% increase in manufacturing output.

ULM Rally 105 UL
Managed the engineering interface between a composite fuselage and aluminum-alloy wings, achieving a 15% weight reduction while meeting LTF-UL and EASA-aligned airworthiness standards.
Working on a certification, audit, or program that needs to get back on track?
I take on a limited number of engagements at a time — reach out and I'll let you know if I'm the right fit.