Study Guide

Objective

Ship machinery systems is a follow-up to the ship machinery course.
In the end of the course student is familiar with the ship systems as a whole; operational principle, main components, tanks, piping and arrangements.
Student knows the basics of ship pipe design and dimensioning. Also system specific special requirements are discussed. Student is capable to design a basic pipe diagram.

Content

During the studies ship auxiliary systems are educated. In addition ship safety, cargo handling systems and accommodation supporting systems (under the main deck) are dealt with.
Ship pumps and blowers are studied. The methods of pipe construction, pipe routing, rules, dimensioning and materials are educated. Pipe diagram will be designed.
As far as possible the education will be executed at shipyard to enable students to learn real machinery applications and to offer them an option combine theory with practice.

Materials

Course material will be available in ITS-system

Teaching methods

Learning by doing

Exam schedules

-Exam at week 49
-First additional exam in January 2024
-Second additional exam May 2024

International connections

Interactive pedagogy

Completion alternatives

Same knowledge gained elsewhere

Student workload

-Teamwork
-Studying for exam
-Cadmatic-program training

162 working hours

Content scheduling

Ship main systems and Cadmatic design program basics:

For more detailed information, please contact (jari.lahtinen@turkuamk.fi)

Further information

E-mail, Jari Lahtinen (+358505985679)

Evaluation scale

H-5

Assessment methods and criteria

-Teamwork and exam 75%
-Cadmatic-task 25%

-Teamwork is a common task for both courses ship machinery and ship systems

-Teamwork feedback meeting is obligatory

Assessment criteria, fail (0)

0 % < points < 35 %

Assessment criteria, satisfactory (1-2)

1) 35 % < points < 48 %
2) 48 % < points < 61 %

Assessment criteria, good (3-4)

3) 61 % < points < 74 %
4) 74 % < points < 87 %

Assessment criteria, excellent (5)

87 % < pisteet < 100 %