This document outlines a Naval Architecture 1 module taught at the Malaysian Institute of Marine Engineering Technology. The module is worth 3 credits and covers topics related to ship geometry, line plans, offset tables, ship hydrostatics, and small angle stability analysis. Assessment includes quizzes, tests, assignments, and a final exam. The module is taught over 14 weeks, covering topics such as hull forms, line plans, hydrostatic calculations, stability due to weight changes, and inclining experiments. References provided include textbooks on naval architecture and ship design.

1. UNIVERSITI KUALA LUMPUR
MALAYSIAN INSTITUE OF MARINE ENGINEERING TECHNOLOGY
- BET NASB -
Module Title Naval Architecture 1
Code LNB 20303
Status Major
Level Degree
Credit Value 3 (2,1,0)
Pre-requisite LNB 10103 Ship and Engineering Drawing
Lecturers Muhammad Nasuha Mansor
Semester
Taught 2
Assessment
LCD 21002
Assignment s 15%
Quizzes 15%
Tests 30%
Final Exam 40%
TOTAL 100%
Synopsis The subject covers aspects related to early stage of naval architecture study, from geometries of the ship,
line plan and offset table, ship hydrostatics analysis and small angle stability analysis.
Learning
Outcomes
On completion the student will be able to:
1. Acquire the fundamentals knowledge of geometries of the common ship
2. Interpret and relate offsets data with hull form and lines plan
3. Perform the calculation and analysis of ship hydrostatics
4. Plot the curves such as hydrostatic curves, Bonjean curve and sectional area curve
5. Analyze and evaluate the stability of the ship with small angles, due to various effects
Week Sub Topic
Assessment
Tools
Remarks
Wk 1-2
Wk 3-4
Wk 5-8
Wk9-14
GEOMETRIES OF THE SHIP
a. Types of hull form
b. Geometry of the ship
c. Form coefficients
LINE PLAN AND TABLE OF OFFSET
a. Fundamental/ Importance of lines plan
b. Creating a line plan
c. Offset table development
SHIP HYDROSTATICS
a. Integrating rules and methods
b. Area, volume, moments and centroids determination
using Simpson Rules
c. Hydrostatics calculation and curves
-Bonjean and sectional area curves
STABILITY
a. Transverse stability- small angle
-Heeling due to shifting/ discharged or loaded weight
b. Longiudinal stability- small angle
-Trim due to weight changes/ movement
-draft, trim and displacement
c. Inclining experiment
Quiz 1
Quiz 2
Test 1
Assignment
Quiz 3
Test 2

2. UNIVERSITI KUALA LUMPUR
MALAYSIAN INSTITUE OF MARINE ENGINEERING TECHNOLOGY
- BET NASB -
Reference:
LCD 21002
Main:
1. Principles of Naval Architecture Volume 1 – Edward V. Lewis, The Society of Naval Architects and
Marine Engineers (SNAME), April 1988
2. Rawson, K.J. & Tupper, E.C. 2001, Basic Ship Theory, vol. 1, 5th ed, Longman, London
3. Rawson, K.J. & Tupper, E.C. 2001, Basic Ship Theory, vol. 2, 5th ed, Longman, London
Additional:
1. Stokoe, E. A. 2003, Naval Architecture for Marine Engineers, Reed's Marine Engineering Series
vol.4, 4th edn, Adlard Coles Nautical, London
2. Taggart, R. (ed) 1980, Ship Design and Construction, Society of Naval Architects & Marine
Engineers, Jersey City, NJ
3.