Validation-first systems engineering across automation, robotics, and operational software.
I build automation and operational systems that behave reliably before they hit production. Validation, traceability, and guardrails are engineered from architecture through rollout across software, robotics, and field operations.
Three focused categories: autonomous systems, AI-driven workflow automation, and public-facing operational software.
Robotics & Autonomous Systems
Autonomous aerial systems, computer vision payloads, and validation loops that prove behavior before flight.
Autonomous flight validation
Simulation-first, validated before field deployment.
Mission planning, safety interlocks, and data capture built into the flight stack so operators can launch with confidence.
Architecture from control objectives through avionics integration, fail-safes, and handover procedures for field teams.
Drone imaging workflow that measures plant populations with consistent capture, processing, and QA gates.
Digital scenarios and on-field test harnesses that stress controllers before production missions.
Disciplined delivery across architecture, control logic, automation layers, and production validation.
Design and delivery of modular, traceable, and validated automation systems. From robotics to routing logic, control architectures are engineered with clarity, simulation, and test coverage.
Automation across documents, chat, and operations with traceability and handoff built in. Routed intake, reminders, validation layers, and team notifications keep systems in sync.
Interface design and system linking for predictable, scalable operations. Whether integrating APIs or platform signals, interfaces remain explicit, monitored, and failure-aware.
Behavior is verified before rollout through digital scenarios and real-world stress testing. Matrix-based simulations, comms loss testing, and structured handoff protocols for robotics and automation stacks.
Operator-facing systems designed for control, visibility, and speed of action. Dashboards, activation panels, and readiness indicators use reliability-first UX.
Applied CV pipelines for measurement, guidance, and operator support. Aerial imaging, plant counting, safety states — validated through QA gates and traceable reruns.
Automation, systems integration, and operational software delivered with validation, guardrails, and clear handover.
GET Automations
Automation and systems delivery with measurable reliability, operational clarity, and validated behavior before rollout.
Systems integration, control logic, and operational software built with guardrails and evidence before production.
What we offer
Examples delivered
Engagement model
Formal training applied to robotics, automation, and operational systems.
Master’s
Control Systems Engineering
University of Padua (Italy)
Control systems, robotics, validation, and systems delivery
Bachelor’s
Automation Engineering
University of Bejaia (Algeria)
Automation, mechatronics, and operational software foundations
