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Naval Architecture for UK CoC Exam for Management Engineer (Second and Chief Engineer)

This course cover basic concepts of Naval Architecture with previous SQA exam questions of management engineer (Second and Chief) exam of UK CoC.

Course Instructor Yogesh Rajabjau Ulhe

₹15500.00 ₹20000.00 23% OFF

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Course Overview

This course covers following topics of Naval Architecture for UK CoC of Management Engineer (Second and Chief Engineer)

  • Transverse Stability at Small Angle of Heel
  • Transverse  Stability at Large Angle of Heel
  • Longitudinal Stability
  • Resistance and Powering
  • Shear Force and Bending Moment
  • Rudder

Schedule of Classes

Start Date & End Date

Apr 07 2023 - Jul 26 2023

Course Curriculum

1 Subject

Naval Architecture for UK CoC Exam for Management Engineer (Second and Chief Engineer)

58 Learning Materials

Topic Wise Previous Exam Question

Naval Architecture Topic Wise Previous Exam Questions

PDF

Chapter 2: Transverse Stability at Small Angle of Heel

Basic Theory of Naval Architecture

Video
58:18

TPC

Video
8:40

Centre of Gravity (G)

Video
34:6

Shift of Centre of Gravity due to Loading, Unloading and Moving Mass

Video
44:40

Centre of Buoyancy

Video
21:43

Transverse Metacentre

Video
26:20

Calculation of GM for Small Change in Draught, Free Surface Effect

Video
1:12:12

Ch 2- Q1 (July-2008-Q2)

Video
56:19

Ch 2- Q2 (July-2005-Q2)

Video
1:4:46

Ch 2- Q4(March-2010-Q2)

Video
1:19:15

Ch 2- Q5 (Oct-2005-Q2)

Video
54:24

Ch 2- Q6 (July-2003-Q2)

PDF

Chapter 3: Transverse Stability at Large Angle of Heel

Theory-1

Video
36:30

Theory-2

Video
48:13

Theory-3

Video
37:19

Ch 3- Q1 (March-2003-Q2)

Video
34:2

Ch 3- Q3 (Oct-2004-Q2)

Video
38:4

Ch 3- Q5 (April-2004-Q2)

Video
38:45

Ch 3- Q8 (Dec-2008-Q2)

PDF

Ch 3- Q9 (Oct-2003-Q2)

Video
1:34:6

Ch 3- Q11 (July-2007-Q2)

Video
1:9:56

Ch 3- Q12 (Oct-2007-Q2)

Video
1:5:10

Ch 3- Q13 (Dec-2002-Q2)

Video
1:23:17

Ch 3 - Q14 (July-2004 -Q2 )

PDF

Ch 3- Q16 (July-2006-Q2)

Video
28:56

Chapter 4: Longitudinal Stability

Theory-1

Video
1:13:58

Theory-2

Video
46:50

Theory-3

Video
12:29

Theory-4

Video
41:12

Ch 4- Q1 (Dec-2005-Q3)

Video
1:11:46

Ch 4- Q4 (Oct-2004-Q3)

Video
55:46

Ch 4- Q6 (July-2008-Q3)

Video
46:42

Ch 4- Q7 (Oct-2003-Q3) (Dec-2004-Q3)

Video
55:28

Ch 4- Q11 (Oct-2005-Q3)

Video
34:13

Ch 4- Q14 (July-2005-Q3) (Oct-2006-Q3)

Video
1:1:52

Q16 (July-2006-Q3)

Video
46:30

Ch 4- Q17 (March-2003-Q3)

Video
45:51

Ch 4- Q20 (April-2005-Q4)

Video
1:3:19

Chapter 5: Resistance and Powering

Theory-1

Video
45:5

Ch 5-Q1 (July-2004-Q5)

Video
37:48

Ch 5- Q3 (Dec-2002-Q5)

Video
22:12

Theory-2

Video
27:28

Propeller

Video
45:26

Ch 5- Q4 (March-2003-Q5)

Video
1:3:42

Ch 5- Q10 (Oct-2005-Q5)

Video
51:11

Ch 5- Q24 (April-2005-Q5)

Video
28:22

Ch 5- Q25 (Oct-2008-Q6)

Video
31:38

Ch 5- Q27 (April-2006-Q5)

Video
1:5:26

Ch 5- Q52 (Oct-2003-Q5)

Video
1:4:38

Ch 5- Q54 (July-2003-Q5)

Video
41:00

Chapter 6: Shear Force and Bending Moment

Ch 6- Q1 (July-2004-Q4) (Oct-2005-Q4)

Video
1:52:00

Ch 6- Q4 (July-2003-Q4)

Video
1:10:23

Ch 6- Q7 (Dec-2003-Q4)

Video
17:49

Ch 6- Q7 (Dec-2003-Q4) (Complete Solution)

PDF

Ch 6- Q9 (Dec-2004-Q4)

Video
58:31

Ch 6- Q11 (April-2006-Q4)

Video
44:11

Ch 6- Q12 (April-2009-Q4)

Video
1:14:56

Course Instructor

tutor image

Yogesh Rajabjau Ulhe

10 Courses   •   570 Students