Profile

Research-trained AI systems work for regulated, bilingual enterprise environments.

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

Where the work is strongest.

  • Evaluation design for RAG, agents, and high-accountability LLM systems
  • Insurance AI across underwriting, claims, fraud indicators, and compliance workflows
  • Arabic-English enterprise retrieval, semantic evaluation, and context engineering
  • Agentic architectures with tool governance, audit trails, and human review
  • Computer vision and applied ML systems that move from research to operations

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.

Regulated Workflow Judgment

Insurance and compliance work require authority boundaries, human review, policy interpretation, exception handling, and a record of why a decision was made.

Arabic-English Enterprise Reality

Bilingual systems fail in specific ways: translated clauses drift, local terminology matters, dialect changes intent, and document hierarchy can decide the answer.

Research-Trained ML Judgment

Doctoral research and first-author publications shaped a habit of controlled comparison, reproducibility, and skepticism toward unsupported model claims.

2025 - Present

Insurance AI and Digital Transformation

Applied AI work for insurance and regulated workflows in Saudi Arabia, focused on production readiness, governance, human-in-the-loop design, and operational measurement.

2023 - 2025

AI Venture Building and Consulting

Co-founded and advised applied AI initiatives across autonomous systems, computer vision, technical handover, and partner-facing product roadmaps.

2024 - 2025

AI-Enabled Operations

Applied computer vision and automation to site operations, reporting, and safety workflows, with emphasis on operational visibility and repeatable handover.

2017 - 2022

PhD Researcher, Electrical Engineering

Developed optimization and ensemble-learning methods for medical image classification, producing first-author peer-reviewed publications and reproducible experimental pipelines.

Research

Published machine-learning research behind the systems work.

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

Principles I use to judge AI systems.

  • Evidence is part of the product, not an afterthought.
  • Human review should be designed as a control, not inserted as a vague fallback.
  • Arabic fluency is not enough; evaluation must test meaning, evidence, and decision behavior.
  • Agentic systems need session integrity: calls, arguments, state changes, permissions, and outputs must be replayable.
  • The best AI architecture reduces institutional uncertainty rather than hiding it behind a fluent interface.