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Industrial AI & Optimization

Engineering Intelligence for Complex Industrial Systems

I design models, optimization and decision systems for real problems in production and operations.

Industrial AI & Optimization Engineer · R&D Leader · PhD Researcher

Decision Pipeline

  1. System
  2. Data
  3. Machine Learning
  4. Simulation
  5. Optimization
  6. AI Agent
  7. Decision

Any industry, any scale

  • Industrial AI
  • Optimization
  • Agentic Systems
  • Digital Twins
  • Research

Capabilities

What I actually build.

Eight disciplines, one kind of problem: decisions that must hold up against physics, cost and constraint.

Teaching & Industrial Training

What the work taught, taught on.

Board briefings, industrial training, university teaching — and an open course anyone can enter.

Open course

Open for registration

Fundamentals of AI and AI Engineering

Sessions one and two · rolling intake

Register, answer twenty questions, and see which track fits you.

The course and its survey are in Persian.

  • 2025

    Executive AI & Digital Transformation Roadmap

    Espandar Civil Industries Co.

    Executive Training

  • 2026

    Agentic AI Applications in Industrial Operations

    Espandar Civil Industries Co.

    Industrial Training

  • 2025

    Industrial Applications of AI in Preventive & Predictive Maintenance

    Espandar Civil Industries Co.

    Industrial Training

  • 2023–2024

    Optimization I

    Amirkabir University of Technology

    Teaching Assistant

  • 2020–2021

    Optimization II

    Babol Noshirvani University of Technology

    Teaching Assistant

How the work runs

Seven steps, from system to decision.

Any industry, any scale, the same loop — and it closes, because each decision changes the system it came from.

Decision Pipeline7 stages
Any industry, any scaleWhat I do for an organisation at each stage
  1. SystemIndustrial process

    I map how your operation actually runs — not how the manual says it does.

  2. DataOperational signals

    I turn scattered records, sensors and spreadsheets into one stream you can trust.

  3. Machine LearningLearned models

    I build models that see quality, failure and cost coming before they arrive.

  4. SimulationHybrid simulation

    I test the change on a digital twin first, so being wrong costs nothing.

  5. OptimizationConstraints and objectives

    I find the cheapest plan that still respects every real-world constraint.

  6. AI AgentSupervision and reasoning

    I hand the repetitive calls to AI agents and keep your experts on the hard ones.

  7. DecisionAction a plant can take

    A decision your team can act on next shift, reasoning attached.

How it works
  1. 01 · System

    I map how your operation actually runs — not how the manual says it does.

  2. 02 · Data

    I turn scattered records, sensors and spreadsheets into one stream you can trust.

  3. 03 · Machine Learning

    I build models that see quality, failure and cost coming before they arrive.

  4. 04 · Simulation

    I test the change on a digital twin first, so being wrong costs nothing.

  5. 05 · Optimization

    I find the cheapest plan that still respects every real-world constraint.

  6. 06 · AI Agent

    I hand the repetitive calls to AI agents and keep your experts on the hard ones.

  7. 07 · Decision

    A decision your team can act on next shift, reasoning attached.

Physical systems, becoming intelligent.

Flagship · Industrial AI / Optimization / Agentic AI

Learning-Driven Optimization with Agentic AI

Closed-loop production planning: machine-learning surrogates, MILP scheduling and a supervisory AI agent.

Technology Areas

  • Machine Learning — surrogate models
  • MILP — production scheduling
  • Agentic AI — supervisory agent
  • Operations Research

Products

Products with their own name on the door.

Each one is a complete system doing a whole job — for students, traders, athletes, marketers, and factories.

Research

Research that feeds the industrial work.

AI + Optimization + Intelligent Industrial Systems

Current Position

PhD Researcher

Institution
University of Tehran
Field
Industrial Engineering
Branch
Optimization / AI
Since
2024
  • 01

    Learning-Driven Optimization

    Models learned from operational data, built into optimization so it reasons over real process behaviour.

  • 02

    Agentic Decision Systems

    Supervisory agents that close the loop between operational state, models, and the people who own the decision.

  • 03

    Predictive Digital Twins

    Hybrid simulation and machine learning for representing current state and forecasting future behaviour of industrial systems.

No publications are listed yet; a paper is added only once its status is confirmed.

Affiliations

Where the work has been.

Consulting

Complex systems deserve intelligent solutions.

Engagements usually start with a narrow, well-defined operational problem and grow from there.

This is a fit check, not a free consulting session. If there is a real problem to work on, we agree on the right next step at the end of the call.

10 minutes · free introductory call

Not ready for a call? Ask my digital twin first.Ask the digital twin