Mohammad Nekookar Logo
Naval Architect & Marine Engineer

Mohammad Nekookar

Bridging traditional maritime design with modern computational structures and advanced simulations.

Who I Am

Professional Summary

Highly motivated Marine Engineering student at Amirkabir University of Technology with a strong foundation in naval architecture, marine systems design, and structural optimization. Proficient in CAD/CAE tools (CATIA V5, AutoCAD, Ansys) and Python programming, bridging the gap between traditional maritime engineering and modern computational tools.

Demonstrated engineering competence through hands-on industrial internships (shipyard operations and classification plan approval) and complex autonomous vessel design projects. Passionate about applying innovative, sustainable engineering solutions to maritime challenges.

Location: Lamerd, Iran
LinkedIn: mohammadnekookar
Website: nekookar.ir
Academic Journey

Education

2022 - Present

B.Sc. Marine Engineering (Naval Architecture)

Amirkabir University of Technology (Tehran Polytechnic)
  • Academic Performance: Ranked in the top 10% of the cohort.
  • Key Competencies: Focused on maritime vehicle hydrodynamics, stability, computational analysis, and CAD drafting.
Relevant Coursework:
Ship Design I & II Marine Hydrodynamics Ship Resistance & Propulsion Ship Structures Strength of Materials Engineering Dynamics Marine Engineering Systems
Career Path

Work Experience

Jul 2025 - Aug 2025

Shipbuilding Engineering Intern

ISOICO (Iran Shipbuilding & Offshore Industries Complex Co.)
  • Gained hands-on industrial experience in shipyard operations, dry-docking, and hull assembly at Iran's largest shipyard.
  • Rotated through core divisions: Engineering Design Office, Quality Control (QC) Department, and Planning & Program Department.
  • Shadowed senior engineers during ultrasonic and radiographic non-destructive testing (NDT) of hull structural joints.
  • Assisted in verifying structural steel mechanical drawings and piping layout schematics against physical shipyard installations.
Aug 2025 - Oct 2025

Assistant Plan Approval Engineer

Royal Classification Society
  • Assisted in the plan approval process of commercial vessel drawings to ensure compliance with classification rules and international maritime conventions (e.g., SOLAS, MARPOL).
  • Completed intensive corporate training courses in Ship Hull Design Approval, Non-Destructive Testing (NDT) Inspection, and Vessel Stability Rules.
  • Reviewed structural drawings, scantling calculations, and midship section designs for various commercial craft.
Engineering Portfolio

Projects & Research

2025

Autonomous Trimaran Vessel Design

Lead Design Engineer
  • Engineered the trimaran hull and outriggers using advanced surface modeling in CATIA V5.
  • Conducted computational fluid dynamics (CFD) in Ansys CFX to evaluate resistance profiles and stability.
  • Performed Finite Element Analysis (FEA) to assess structural integrity under wave-induced bending moments and slamming.
CATIA V5 Ansys (CFX) CFD FEA Hydrodynamic Stability
2023

Autonomous Surface Vehicle (ASV)

Lead Structural Designer
  • Designed and optimized a lightweight composite hull structure for a prototype ASV.
  • Programmed custom Python scripts to generate optimal hull coordinate inputs for CATIA models.
  • Conducted topology optimization on structural bulkheads, reducing weight by 15% while ensuring safety.
  • Fabricated the hull prototype using composite manual lamination (fiberglass hand lay-up).
CATIA V5 Python scripting Fiberglass Hand Lay-up Topology Optimization
2025
Research Project

Laser Welding in Marine Industries

Research Assistant | Advisor: Dr. Iman Farahbakhsh
  • Investigated infrastructure, technical, and economic requirements for high-power laser welding in shipyards.
  • Conducted comparative study between laser welding and traditional arc welding (SMAW, GMAW), focusing on thermal distortion, speed, and cost.
  • Outlined modernization requirements: power grid integrations, safety protocols, and automated alignment systems.
Laser Welding Shipyard Infrastructure Comparative Analysis Process Optimization
Capabilities

Technical Competencies

CAD/CAE & Simulation

CATIA V5 (300+ Hours) 92%
AutoCAD (Advanced 2D/3D) 90%
Ansys (CFX & FEA) 75%

Programming & Tools

Python (Numerical & Optimization) 80%
MATLAB 70%
LaTeX (Technical Documenting) 95%

Practical & Research

Practical Welding (SMAW TVTO) 85%
Fiberglass & Composite Lamination 80%
Bibliometrics & citation mapping (VOSviewer) 85%

Soft Skills

Teamwork Problem-Solving Technical Communication Project Management Adaptability

Languages

Persian Native
English Intermediate
Credentials

Professional Certifications

Introduction to Ballast Water Management

International Maritime Organization (IMO) - 2026

Certified in BWM Convention compliance, monitoring procedures, and enforcement standards.

Lathe Machine Setup and Operation

Technical & Vocational Training Org (TVTO) - 2025

Completed practical training in industrial lathe setup, machining mechanics, and safety.

Oil Pollution and Response (Introductory)

International Maritime Organization (IMO) - 2025

Completed introductory training on international conventions and emergency spill responses.

One Million Prompters Initiative

Dubai Future Foundation - 2025

Completed specialized training in generative AI and prompt engineering principles.

Advanced AutoCAD with Practical Tips

Faradars Institute - 2025

Trained in advanced 2D/3D design techniques, drawing optimization, and office workflows.

Technical Documentation with LaTeX

Amirkabir University of Technology - 2024

Certified in professional typesetting, engineering template creation, and layouts.

SMAW Welding Skill Certificate

Technical & Vocational Training Org (TVTO) - 2023

Completed comprehensive training in manual electrode welding techniques.

Fiberglass and Hand Lay-up Workshop

Amirkabir University of Technology - 2025

Hands-on certification in composite lamination, fabrication, and curing of fiberglass panels.