Evaluation Before Automation
I start with what must be proven: evidence recall, decision correctness, exception behavior, citation faithfulness, audit trail quality, and conditions for abstention.
Profile
My background combines a PhD in Electrical Engineering, first-author research in computer vision and optimization, and delivery experience across insurance, compliance-oriented automation, and bilingual Arabic-English enterprise environments.
Operating range
I start with what must be proven: evidence recall, decision correctness, exception behavior, citation faithfulness, audit trail quality, and conditions for abstention.
Insurance and compliance work require authority boundaries, human review, policy interpretation, exception handling, and a record of why a decision was made.
Bilingual systems fail in specific ways: translated clauses drift, local terminology matters, dialect changes intent, and document hierarchy can decide the answer.
Doctoral research and first-author publications shaped a habit of controlled comparison, reproducibility, and skepticism toward unsupported model claims.
Applied AI work for insurance and regulated workflows in Saudi Arabia, focused on production readiness, governance, human-in-the-loop design, and operational measurement.
Co-founded and advised applied AI initiatives across autonomous systems, computer vision, technical handover, and partner-facing product roadmaps.
Applied computer vision and automation to site operations, reporting, and safety workflows, with emphasis on operational visibility and repeatable handover.
Developed optimization and ensemble-learning methods for medical image classification, producing first-author peer-reviewed publications and reproducible experimental pipelines.
Research
Doctoral work on ensemble optimization and medical image classification established the research habits that still matter in production AI: controlled comparison, reproducibility, and careful claims about model behavior.
Method