General Arrangement Plan
A comprehensive guide to understanding ship layout design, crew accommodation planning, and the essential components of a vessel's general arrangement. Explore different ship types and their unique layouts.

Hi, my name is
4th-year Naval Architecture & Offshore Engineering Student at Bangladesh Maritime University. Passionate about ship design, engineering analysis, and innovation.
I'm Md. Mahim Khan, a dedicated 4th-year student pursuing B.Sc. in Naval Architecture & Offshore Engineering at Bangladesh Maritime University.
With 3+ years of academic experience, I've developed a strong foundation in ship design, engineering analysis, and computational modeling. My passion lies in combining theoretical knowledge with practical applications to create innovative maritime solutions.
I specialize in creating detailed ship designs from 2D technical drawings to 3D visualizations, performing complex structural and hydrodynamic analyses, and utilizing programming for engineering automation.

Mastering both theoretical knowledge and practical skills in naval architecture, offshore engineering, and maritime technology.
Ship design optimization, structural analysis, hydrodynamics, and innovative engineering solutions for maritime industry.
Becoming a skilled naval architect contributing to cutting-edge ship design and offshore engineering projects worldwide.
Three core areas where I excel in naval architecture and offshore engineering
Proficient in creating detailed ship designs, from 2D technical drawings to 3D modeling and visualization.
Strong foundation in structural analysis, hydrodynamics, and stability calculations to create comprehensive engineering solutions.
Skilled in using programming languages for engineering calculations and automating processes.
Academic projects showcasing engineering excellence and innovation
Complete vessel design for inland oil transportation with RINA classification. LOA: 74.27m, LWL: 73.5m, Beam: 12m, Draft: 3.5m, Depth: 5m, Speed: 12 knots.

Performing finite element analysis (FEA) on ship hull structures using ANSYS to validate design integrity under various loading conditions.

Used Maxsurf for hull form development and optimization, achieving significant reduction in resistance and improved hydrodynamic performance.

Continuous learning and professional development in cutting-edge technologies
Sharing insights, knowledge, and experiences in naval architecture and offshore engineering
A comprehensive guide to understanding ship layout design, crew accommodation planning, and the essential components of a vessel's general arrangement. Explore different ship types and their unique layouts.
An in-depth exploration of ship stability principles, including metacentric height, righting moments, and stability curves. Learn how these concepts ensure vessel safety.
A comprehensive guide to applying FEA techniques for analyzing hull structures, understanding stress distribution, and optimizing structural designs using ANSYS.
Exploring modern techniques for optimizing ship hull forms to reduce resistance, improve fuel efficiency, and enhance hydrodynamic performance using computational tools.
How AutoCAD has revolutionized naval architecture, from creating technical drawings to 3D modeling. Practical tips and workflows for aspiring naval architects.
More articles coming soon! Stay tuned for insights on naval architecture and engineering.
I'm always interested in collaborating on innovative maritime projects, discussing naval architecture challenges, or connecting with fellow engineering enthusiasts. Feel free to reach out!
Md. Mahim Khan
Naval Architecture & Offshore Engineering Student
Bangladesh Maritime University
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