Study Guide

Objective

STCW-Code: Table A-III/1
The student
• has knowledge of fire prevention
• is able to organise firefighting drills.
• has knowledge of different types of fires and fire related chemistry.
• has knowledge of firefighting systems.
• gains knowledge of the measures to be taken in case of a fire, including fire affecting the oil system

Content

• Fire-fighting theory
• Advanced Fire Fighting Course for officers is realised according to the course plan of the Fire Training Unit of the Maritime Safety Training Centre. The course takes place at an STCW-audited fire training unit.

Evaluation scale

H-5

Qualifications

Basic Fire Fighting

Objective

The student being a beginner
• acquires the first basics of the Finnish language
• learn to understand and use simple everyday language in everyday situations.

Content

• Introducing yourself, greeting
• Studies, family, leisure
• The alphabet, concepts of time, numerals
• Food and drink, at the restaurant, in the shop
• Verbs in the present tense, interrogatives
• Basic forms of the noun
• Sentence structures
• Plural forms

Evaluation scale

H-5

Qualifications

None

Objective

The student familiarizes him-/herself with the fire-fighting equipment onboard, its operational aspects and areas of usage, and is able to perform common fire-fighting measures onboard the vessel in accordance with STCWCode: A-VI/1-2, A-III/5.

Content

• Combustion theory
• Flammable substances
• Alarm systems
• Fire-fighting appliances and equipment
• Fire-fighting agents
• Exercises
• Basic Fire Fighting Course according to the course plan of the Fire Training Unit of the Maritime Safety Training Centre. The course Evaluation takes place at a STCW-audited fire training unit

Evaluation scale

H-5

Qualifications

Medical certificate

Objective

The student is provided with the basic safety skills required in the STCW-Convention from all persons who intend to work onboard a vessel, in accordance with STCW-Code:A-VI/1-1, A-VI/1-4 and A--III/5..

Content

• Maritime safety in theory and practice, equipment, safety techniques ad appliances, safety responsibilities, organization, physical and psychological preparedness, authority requirements, rescuing methods and practical exercises, and regulations for preventing environmental damages

Evaluation scale

H-5

Qualifications

Medical certificate

Objective

The student, being a beginner
• acquires the first basics of the Swedish language
• learn to understand and use simple everyday language in everyday situations.
The course content and pace will be adapted to the learning ability of the students.

Content

• Introducing yourself, greeting, phrases
• Studies, family, leisure
• The alphabet, concepts of time, numerals
• Food and drink, at the restaurant, in the shop
• Telephone phrases
• Verbs in the present tense, interrogatives
• Nouns, definite and indefinite forms
• Sentence structures, word order
• Plural forms, the genitive, prepositions, pronouns
Course book:
• Svenska utifrån, lärobok och övningar del 1,
• Swedish-English glossary
• and other material handed out during the course.

Evaluation scale

H-5

Qualifications

None

Objective

Student:
• are knowledgeable in the working methods of basic components and circuits used to measure, regulate and control ship machinery.
• should also be able to perform control measures and simpler troubleshooting of electrical and electronic equipment.

Content

• Passive components
• Semiconductor Materials
• Diodes
• Transistor
• Thyristor and diode rectifier
• Logic circuits

Evaluation scale

H-5

Qualifications

Physics 4

Objective

STCW-Code: Table A-III/1
Students:
• are to perform practical exercises in operation and maintenance of the vessel diesel, separator, booster unit and ship boiler

Content

• Piston-, and lining overhaul on the ship's main engine
• Measurement and determination of component condition
• Adjustment of valves, etc.
• Separator overhaul, explanation of the function
• Operation and maintenance of the vessel boiler
• Boiler Water samples
• Use of special equipment and tools

Evaluation scale

H-5

Qualifications

Ship diesel engine 1, marine engines, steamboiler and turbines

Objective

STCW- Code: Table AIII/2

The student:
• gains advanced knowledge of the thermodynamics and mechanics of a diesel engine. Ability to independently perform calculations and dimensioning related to marine diesel engines.

Content

• Thermodynamics and mechanics of a diesel engine.
• Calculations and dimensioning related to marine diesel engines.

Evaluation scale

H-5

Qualifications

None

Further information

The course can be conducted with cooperation with other universities of applied sciences (for instance Turku University of Applied Sciences) with corresponding scope, competences and contents.

Objective

STCW-Code:Table A-III/2:

The student has practical knowledge of:
• Start up and shut down main propulsion and auxiliary machinery, including associated systems
• Operating limits of propulsion plant
• The efficient operation, surveillance, performance assessment and maintaining safety of propulsion plant and auxiliary machinery
• Functions and mechanism of automatic control for main engine
• Functions and mechanism of automatic control for auxiliary machinery including but not limited to:
.1 generator distribution systems
.2 steam boilers
.3 oil purifier
.4 refrigeration system
.5 pumping and piping systems
.6 steering gear system
.7 cargo-handling equipment and deck machinery

Content

• Manage the operation of propulsion plant machinery
• Plan and schedule operations
• Operation, surveillance, performance assessment and maintaining safety of propulsion plant and auxiliary machinery
• Manage fuel, lubrication and ballast operations

Evaluation scale

H-5

Qualifications

Engine Measurement and Calculations, Thermodynamics and Refigerators, Mechanics and Strength of Materials, Manage Fuel, Lubrication and Ballast Operations, Control Engineering, PLC programming and Safety Devices

Objective

STCW-Code: Table A-III/1
Students:
• have basic knowledge of the ship's machinery systems and subsystems structure and function, as well as their role and influence in complete vessel construction.

Content

• Starting the normal operation of different systems
• Vessel electricity generating and phasing
• Main machinery
• Propulsion system and power transmission
• Other equipment
• Internal communication

Evaluation scale

H-5

Qualifications

Internal Combustion Engines
Steam Boilers and Turbines
Ship Diesel Engine 1
Marine Engines
Energy Engineering Exercises
Electrical Engineering
Electronics

Objective

STCW-Code:Table A-III/1
Student:
• has basic knowledge of the vessel's machinery system, the structure and function of subsystems/sections, as well as their role and impact/influence in complete ship construction.

Content

• Starting and operating of the ship's machinery
• The propulsion resistance of the vessel
• Constant, and combinator
• E 0, periodically unmanned engine room
• Alarm and monitoring systems
• Communication between the Command Bridge and the ECR
• Operational training

Evaluation scale

H-5

Qualifications

Engine Room Simulator 1

Objective

STCW-Code A-III/4-5
The course introduces the student with Maritime English and its range of use.
The student knows the most important vocabulary in connection with radio communication in distress situations and in routine radio traffic.

Content

Exercises in radio communication, the most important maritime vocabulary and reading of maritime-related texts.

Evaluation scale

H-5

Qualifications

None

Objective

The student has ability to perform administrative duties in English with the emphasis on maritime-related examples.

Content

Material and duties in connection with the officers’ administrative duties. The course contents vary and can include areas such as business letters, cargo documents (e.g. B/L, M/R and C/P), personnel administration, shipping company annual reports, etc.

Evaluation scale

H-5

Qualifications

Professional English 1

Objective

The student is able to
• use the information from scientific sources as well as analyse and present it in an appropriate way.
• participate and argue in discussions dealing with demanding subjects.
• develop a written report which is formulated according to the Novia University of Applied Sciences instructions for the final projects.

Content

Articles (or other literature) chosen by the lecturer on areas relevant for ship’s officers. The themes for the articles can vary and may include e.g. leadership, personnel administration, technical developments, risk management, business management, etc.
Seminars during which the students have specific tasks and in which they actively participate.

Evaluation scale

H-5

Qualifications

Professional English 1

Objective

STCW-Code:Table A-III/1
Student:
• has knowledge of hydraulics and pneumatic systems.
• understand the working order of different components and system applications. a
• ability to handle operation, maintenance and troubleshooting.

Content

• Basics and flow laws
• Pumps and motors
• Hydraulic cylinders and turning gears
• Valves
• Servo
• Accumulators
• Troubleshooting and system building
• Press and flow
• Steering techniques
• Components
• Symbols
• Scheme reading
• Air treatment
• Troubleshooting and maintenance

Evaluation scale

H-5

Qualifications

None

Objective

The student
• has skills to manage human and technical resources in an operative vessel environment
• is able to create conditions for a change in the attitudes towards a safer working culture and environment.

Content

• The course aims at giving onboard personnel an opportunity to use and coordinate the knowledge, experience and resources which are available onboard and ashore in order to obtain and develop established safety and environmental protection objectives.
• The participant realizes the benefits of a good management system and good teamwork and is able to communicate in an efficient and clear manner, to surpass cultural differences, to use common terminology and give examples of how attitudes and values can affect the decision-making process.

Evaluation scale

H-5

Qualifications

None

Objective

The student is provided with knowledge of the basics of information technology, word-processing, table management and information communication.

Content

• Basics of information technology
• The characteristics of Windows
• Microsoft Office Word
• Microsoft Office Excel
• Microsoft PowerPoint
• Internet and e-mail

Evaluation scale

H-5

Qualifications

None

Objective

STCW-Code:Table A-III/1
Students:
• are to plan and execute their work/tasks in a sustainable manner while considering economical aspects, the environment and occupational safety.
• are expected to choose and utilise the correct instruments/tools/equipment, special tool and measuring equipment in an applicable way.

Content

• Secure working methods and safety precautions for service and installation work
• Installation and hand tools
• Service and repair of ship engines and machinery
• Preparation and performimg of installation or servicing of machinery in a professional manner in accordance with mechanical drawings/engineering drawings
• Instructions

Evaluation scale

H-5

Qualifications

Ship Diesel Engine 1
Marine Engines
Steam Boilers and Turbines

Objective

STCW- Code: Table A-II/2, A-II/2;
Monitor and control compliance with international legislative requirements and measures to ensure the protection of the marine environment.

Content

• Certificates and other documents required to be carried onboard ships
• International Convention on Load Lines
• International Convention for the Safety Of Life at Sea (SOLAS)
• International Convention for the Prevention of Pollution of Ships (MARPOL)
• International Health Regulations

Evaluation scale

H-5

Qualifications

Sustainable Development
ISM

Objective

The student
• has thorough knowledge of the legislation regulating the duties and occupational protection onboard as well as the effects seafaring has on the environment.
• is able to undertake precautionary measures to prevent the pollution of the maritime environment.
• understands orders and is understood in regard to onboard duties.
• is able to contribute towards meaningful interpersonal relations onboard a vessel.
• is aware of the existence of international safety conventions regarding maritime environment and ship safety.

Content

• Basics in the Merchant Shipping Act, maritime labour legislation and maritime law
• Decree on watchkeeping onboard and the signing-on procedures
• Regulations governing loading and discharging
• Legislation on the safety in onboard work
• Environmental legislation
• The organizational structure of a vessel, the shipping company and the authorities concerned

Evaluation scale

H-5

Qualifications

None

Objective

Basic knowledge of adequate conventions produced by IMO regarding safety and environmental protection of the marine environment. The basics of national maritime law.
Have an idea of the social system, the courts function and so on. Understand the meaning of the conclusion of the employment contract, understand carbon-bargaining agreement. Be aware of employers' and workers’ rights and duties of board, be aware on forced and compulsory regulations.
Recognize the existence of international safety conventions regarding marine and vessel safety (IMO, SOLAS, MARPOL).

Content

Seamen's Act and related legislation such as;
• Conscription Act.
• Collective Bargaining Act.
• Act on the Rules of Court.
• The law on mediation in labor disputes.
• The Act on Cooperation within Undertakings.
• Maritime Working Hours Act.
• Annual Holidays for sailors.
• Law on the Protection of the work.
• Maritime Law and related legislation
• Conventions (SOLAS and MARPOL).

Evaluation scale

H-5

Qualifications

Law and Legislation 1

Objective

STCW A-III/1, A-III/2
The student
• has skills to manage human and technical resources in an operative vessel environment
• is able to create conditions for a change in the attitudes towards a safer working culture and environment.

Content

• The course aims at giving onboard personnel an opportunity to use and coordinate the knowledge, experience and resources which are available onboard and ashore in order to obtain and develop established safety and environmental protection objectives.
• The participant realises the benefits of a good management system and good teamwork and is able to communicate in an efficient and clear manner, to surpass cultural differences, to use common terminology and give examples of how attitudes and values can affect the decision-making process.
• The Maritime Resource Management (MRM) course has been developed by “The Swedish Club” marine insurance company.

Evaluation scale

H-5

Qualifications

None

Objective

The student is familiar with and has knowledge about the most important machine elements, their areas of use, stress, strain and dimensioning.

Content

Most important machine elements, their areas of use, stress, strain and dimensioning.

Evaluation scale

H-5

Qualifications

None

Objective

The student is familiar with and has knowledge about the most important machine elements, their areas of use, stress, strain and dimensioning.

Content

Most important machine elements, their areas of use, stress, strain and dimensioning.

Evaluation scale

H-5

Qualifications

None

Objective

STCW- Code: Table AIII/2

The student:
• has theoretical knowledge of marine engineering practice
• has practical knowledge of management of safe and effective maintenance and repair procedures
• has practical knowledge of planning maintenance, including statutory and class verifications
• has practical knowledge of planning repairs
• has practical knowledge of detection of machinery malfunction, location of faults and action to prevent damage
• has practical knowledge of inspection and adjustment of equipment
• has practical knowledge of non-destructive examination

Content

• maintenance and repair procedures
• detection of machinery malfunction, location of faults and action to prevent damage

Student workload

1,75 credits, two weeks including project and report.

Evaluation scale

H-5

Assessment methods and criteria

Credit scale 0-5. Evaluated project and report.

Assessment criteria, fail (0)

Failed course by missing deadlines. Course to be retaken next year.

Qualifications

Operational level studies

Objective

STCW-Code: Table A-III/1
Students:
Basic skills in the function and structure of diesel engines. Ability to take responsibility for the operation and maintenance of the ship’s auxiliary and main machinery.

Content

• Circuit processes and efficiency of diesel engines
• Combustion sequence/processes and fuel
• Gas (ex)change and air charge
• Crankmovement, its force and elements
• Mass force and balancing
• Flywheel and torsionals/torsion turns
• Critical speed and oscilation damping
• Energy recovery in diesel engine applications
• Environmental impact and exhaust emission control
• Control systems and monitoring
• Rules of the flag States and classification society

Evaluation scale

H-5

Qualifications

Internal combustion engines

Objective

STCW-Code: Table A-III/1
Students:
acquire basic knowledge of the use of different fuels and lubricants on board the ship

Content

• Characteristics and types of fuel and lubricating oils
• Samples and analyzes
• Actions and errors
• Cleaning system

Evaluation scale

H-5

Qualifications

Maritime Chemistry

Objective

STCW-Code Table AIIII/5
The student is able to assess the chemical characteristics of different cargoes both from safety and environmental perspectives and understands the chemical background of cargo handling.

Content

• Dangerous goods
• Corrosion

Evaluation scale

H-5

Qualifications

None

Objective

The student is provided with knowledge of the world trade, economics and how goods generally move globally. He/she gains knowledge of the functioning mechanisms and operating principles of freight markets. The student is familiar with the cost construction in connection with shipping company operations and vessel operations and financing.

Content

• International trade
• Material administration and logistics
• Sea transports
• Forwarding
• Shipping company administration

Evaluation scale

H-5

Qualifications

None

Objective

STCW- Code: Table A-III/2

The student:
• has theoretical knowledge of mechanics
• has theoretical knowledge of hydromechanics
• understand naval architecture and ship construction, including damage control

Content

• Mechanics
• Hydromechanics
• Strength of materials
• Technology of materials
• Naval architecture and ship construction, including damage control

Evaluation scale

H-5

Qualifications

Operational level studies

Objective

The student is provided with advanced knowledge about aspects related to the strength of materials in the construction process as well as advanced knowledge about the principles of the strength of materials as part of the process and in addition to other planning.

Content

Strength of materials in the construction process.
Principles of the strength of materials as part of the process and in addition to other planning.

Evaluation scale

H-5

Qualifications

Mechanics 1

Objective

STCW-Code:Table A-III/1
Students:
• are expected to know the different materials and their properties used aboard ships.

Content

• Characteristics and standards for design, coal, alloy and cast steel
• Iron and coal alloy state diagrams and tension strain diagrams
• Heat treatment
• The steel's most important alloy metals
• Cast iron
• Copper alloy and light metals
• Plastics and elastomers
• Ceramics

Evaluation scale

H-5

Qualifications

Physics 1
Physics 2

Objective

To provide the student with good mathematical readiness, in algebra, for further studies at the university of applied sciences level.

Content

• algebraical simplifications
• polynomial and rational expressions
• numerical understanding
• involutions and logarithms
• equations

Evaluation scale

H-5

Qualifications

No prerequisites

Objective

To provide the student with good mathematical readiness for further studies at the university of applied sciences level.

Content

• trigonometry
• geometry
• vectors
• mathematical analysis

Evaluation scale

H-5

Qualifications

Mathematics 1

Objective

The student understands the concept of differential coefficient and knows how to apply it.
The student is able to perform easier derivative and integral calculations.
The student is able to determine surfaces and volumes with the help of integrals.

Content

• Repetition of Mathematics 2
• Differential coefficient
• Derivation of functions
• Min-Max problem
• Application in physics on distance, speed and acceleration
• Integrals
• Indeterminate integrals
• Integration of functions
• Definite integrals
• Calculating surfaces and volumes with the help of integrals
• Simpson’s rule

Evaluation scale

H-5

Qualifications

Mathematics 2

Objective

The student is able to apply linear optimization when planning the transport of cargoes to several ports.
The student is provided with knowledge of differential coefficient and integral application to cargo handling and ship theory.

Content

• Linear optimization
• Application of differential coefficient on miscalculation and solution of equations
• Integrals for the calculus of centres of gravity and moments of inertia

Evaluation scale

H-5

Qualifications

Mathematics 3/4

Objective

To provide the student with good skills in mathematics in order to be able to solve practical problems.

Content

• Both 2-D and 3-D vectors and operating with theme.
• Matrixes.
• Differential equations and their use in engineering applications

Evaluation scale

H-5

Qualifications

Mathematics 3/4

Objective

STCW- Code: Table A-III/2

The student:
• has theoretical knowledge of managing control equipment for marine electrotechnology, electronics and power electronics
• has theoretical knowledge of managing control systems for main engine, generator and distribution systems and steam boilers
• has theoretical knowledge of design features and system configuration of control systems for electrical motors and high voltage installations
• has theoretical knowledge of control of pneumatic control equipment
• has practical knowledge of troubleshooting control devices and monitoring systems

Content

- Control Engineering
- PID control
- pneumatic control

Evaluation scale

H-5

Qualifications

Operational level studies

Objective

The student understands and is able to apply the principles for the rigid body mechanics to equilibrium problems.

Content

Statics:
• Calculate the resultant of a force system.Solution of 2 and 3-dimensional equilibrium problems.Application of equilibrium equations when calculating statically determined structures. (e.g. frameworks)
• Equilibrium solutions to rigid bodies problems, calculations of center of gravity.
• Calculation of mechanisms.
• The impact friction has on static equilibrium problems.
• Calculation of mechanisms by means of principles of virtual work

Evaluation scale

H-5

Qualifications

None

Objective

The course provides the student with advanced knowledge about rigid body mechanics and skills to apply the principles to dynamic processes.

Content

Dynamics:
• Kinematics of a Particle.
• Kinetics of a Particle:
o Force and Acceleration
o Work and Energy
o Impulse and Momentum
• Kinetics of a Rigid Body:
o Force and Acceleration
o Work and Energy
o Impulse and Momentum

Evaluation scale

H-5

Qualifications

Mechanics 1

Objective

The student gains basic knowledge and skills in first aid as to various kinds of accidents and illnesses onboard a vessel, in accordance with STCWCode: A-VI/1-3, A-VI/2-1, A-III/4, A-III/5.

Content

• first aid principles
• first aid onboard vessels, the contents of the first aid kit
• elementary knowledge of the anatomy and physiology of the vital functions
• resuscitation
• first aid in the following situations:
o the most common attacks of illness: chest pains, stroke, diabetes and epilepsy
o wounds and major bleeding
o shock
o fractures, joint and muscle injuries
o burns and scalds
o hypothermia and frost bites
o poisonings
o examination and moving of an injured person

Assessment criteria, approved/failed

According to standards of competence for the course Elementary First Aid STCW Table A-VI/1-3, 100% attendance

Evaluation scale

Approved/Rejected

Qualifications

None

Further information

Course in Elementary First Aid


The course has been designed in accordance with the framework given in the STCW convention, section A-VI/1, paragraph 2.1.3 (table A-VI/1-3). It has comprised a total of 16 hours of instruction and practical exercises.

Objective

STCW-Code: Table A-III/1
The student
• has the knowledge and skills to give immediate first aid onboard the vessel,
• knows the first aid to be given in accidents in connection with transportation of dangerous goods.
• knows how to examine an injured/ill person and can evaluate the need for help.
• is able to apply the medical care manual to practice,
• has the skills to take appropriate action on the basis of advice received on the radio/through telephone with reference to accidents or illnesses which are likely to happen onboard a vessel.

Content

• medical treatment equipment onboard according to the ship’s medicine chest
• medical rules and recommendations
• medical consultation
• anatomy and physiology (breathing, blood circulation, nervous system, abdominal organs, skeleton)
• pharmacology (basic principles, forms of medicine, ways of giving medicine, risks of using medicines, handling and storage, using Pharmaca Fennica, abuse of medicines)
• asepsis and hygiene
• basics of patient care
• examining an injured or ill person
• lack of oxygen in the body; heart attack, cardiac arrest, drowning, lack of consciousness
• first aid in connection with chemical accidents
• first aid in connection with spinal injuries, fractures and muscle damages
• first aid in connection with burns, scalds and frost bites
• wound care

Assessment criteria, approved/failed

According to standards of competence for the course Medical First Aid STCW Table A-VI/4-1, 100% attendance

Evaluation scale

Approved/Rejected

Qualifications

Medical Care 1

Further information

Course in Elementary First Aid and Proficiency in Medical First Aid


The course has been designed in accordance with the framework given in the STCW convention, section A-VI/1, Elementary First Aid sub-paragraph 2.1.3 (table A-VI/1-3) and section A-VI/4 (table A-VI/4-1). It has comprised a total of 24 hours of instruction and practical exercises.

Objective

STCW-Code:Table A-III/5

The student
• gets familiar with the most usual cutting and welding methods common onboard modern vessels.
• gets familiar with the safety measures to be taken when performing work with cutting and welding equipment.
• gets to know the most common tools used in metal work, their functioning and areas of use.
• is able to apply occupational safety instructions when using tools and machine tools.
• knows how to perform minor overhaul and maintenance related tasks.
• is able to take environmental aspects into consideration in connection with welding and metal work.

Content

• Gas cutting
• Welding using covered electrodes
• MIG/MAG welding
• Tools
• Measuring, marking, cutting, filing, grinding, drilling and threading
• Pipes, pipe parts and packings

Evaluation scale

H-5

Qualifications

None

Objective

STCW A-III/5
• Safety routines
• is familiar with the accident and health risks onboard, the occupational safety organization and legislation.
• has knowledge and skills to manage and organize work onboard taking occupational safety into account.

Content

• Familiarization and security awareness
• Vessel environment from the occupational safety perspective (accident and health risks)
• Accidents, accident statistics
• Introduction to Labour Convention (ILO)
• IMO Conventions

Evaluation scale

H-5

Qualifications

None

Objective

STCW-Code: Table A-III/1
The student:
• knows the safety routines
• is familiar with the accident and health risks onboard, the occupational safety organization and legislation.
• has knowledge and skills to manage and organize work onboard taking occupational safety into account.

Content

• Vessel environment from the occupational safety perspective (accident and health risks)
• Accidents, accident statistics
• The objectives and organization of and legislation with reference to occupational safety
• ILO 1996-Accident prevention onboard ship at sea and in port.
• IMO Conventions

Evaluation scale

H-5

Qualifications

None

Objective

STCW- Code: Table A-II/4
STCW- Code: Table A-III/4, A-III/5
STCW- Code: Table B-VI/6

The student
• is familiarised with the vessel as a social environment and work place
• knows the on board community and how it functions
• knows the watchkeeping arrangements on board vessels at sea and in port
• knows how to keep a navigational watch according to the principles of good seamanship
• knows how to steer the vessel and how to follow helm orders also when given in the English language
• knows how to steer using magnetic and gyro-compasses
• understands helm orders
• knows how to change over from automatic pilot to hand steering and vice versa
• knows the decisions on manning of ships, certification of seafarers and watchkeeping on board
• gains a thorough knowledge of different communication systems on board
• gains a thorough knowledge of alarm systems on board and one's personal duties in connection with these
• is able to understand orders and to use seafaring terminology and definitions with the officer of the watch, and to handover watch according to the watchkeeping routines, and knows the responsibilities of a look-out
• is familiar with the preparations before arrival, taking a pilot on board, anchoring operations and mooring
• is familiar with the basic principles of the protection of the marine environment
• Familiarisation and security awareness

Content

• organization onboard a vessel
• watchkeeping routines
• compasses
• automatic pilot
• helm orders
• exercises in steering the vessel
• courses and bearings
• manoeuvring signals
• using the vessel’s internal communication systems
• terminology and information in connection with watchkeeping duties
• regulations in connection with watchkeeping as applicable
• environmental protection in connection with watchkeeping duties
• adequate security training for seafarers

Evaluation scale

H-5

Qualifications

None

Further information

Security-related Training and Instruction
for Seafarers with Designated Security Duties


The course has been designed in accordance with the framework given in the STCW convention Table A-VI/6-1 and Table A-VI/6-2 and the International Ship and Port Facility Security (ISPS) Code, part A and B. It has comprised a total of 9 hours of instruction.

Objective

The student gets an insight into the tasks in mechanical engineering and safety, which belongs to the studies, these are carried out in a vessel environment or partly in workshop environment.

Content

The supervised onboard training is totally 360 days in order to gain the watchkeeping engineer certificate, of these days can the maximum in the different sub areas be:
• Machinery over 750 kW, 360 days (support & operational level)
• Audited school ship, 60 days (support & operational level)
• Military service, 60 days (operational level)
• Simulator training, 30 days (operational level)
• Workshop training, 180 days, can also be training in workshop on shore in the shipping industry (operational level)
For instance, for a student a typical training can be:
• Machinery over 750 kW, 30 & 80 days (support & operational level)
• Audited school ship, 30 & 30 days (support & operational level)
• Military service, 30 days (operational level)
• Simulator training, 10 days (operational level)
• Workshop training, 150 days, can also be training in workshop on shore in the shipping industry (operational level)
• Totally 360 days (support & operational level)
There are totally 18 study units (courses) in the curriculum and every study unit is worth 6 ECTS. Every 6 ECTS corresponds to 20 days of training. The training will only be approved in units of 6 ECTS.

Evaluation scale

H-5

Qualifications

Onboard Training Support Level

Objective

The student gets an insight into the tasks in mechanical engineering and safety, which belongs to the studies, these are carried out in a vessel environment or partly in workshop environment.

Content

The supervised onboard training is totally 360 days in order to gain the watchkeeping engineer certificate, of these days can the maximum in the different sub areas be:
• Machinery over 750 kW, 360 days (support & operational level)
• Audited school ship, 60 days (support & operational level)
• Military service, 60 days (operational level)
• Simulator training, 30 days (operational level)
• Workshop training, 180 days, can also be training in workshop on shore in the shipping industry (operational level)
For instance, for a student a typical training can be:
• Machinery over 750 kW, 30 & 80 days (support & operational level)
• Audited school ship, 30 & 30 days (support & operational level)
• Military service, 30 days (operational level)
• Simulator training, 10 days (operational level)
• Workshop training, 150 days, can also be training in workshop on shore in the shipping industry (operational level)
• Totally 360 days (support & operational level)
There are totally 18 study units (courses) in the curriculum and every study unit is worth 6 ECTS. Every 6 ECTS corresponds to 20 days of training. The training will only be approved in units of 6 ECTS.

Evaluation scale

H-5

Qualifications

Onboard Training Support Level

Objective

The student gets an insight into the tasks in mechanical engineering and safety, which belongs to the studies, these are carried out in a vessel environment or partly in workshop environment.

Content

The supervised onboard training is totally 360 days in order to gain the watchkeeping engineer certificate, of these days can the maximum in the different sub areas be:
• Machinery over 750 kW, 360 days (support & operational level)
• Audited school ship, 60 days (support & operational level)
• Military service, 60 days (operational level)
• Simulator training, 30 days (operational level)
• Workshop training, 180 days, can also be training in workshop on shore in the shipping industry (operational level)
For instance, for a student a typical training can be:
• Machinery over 750 kW, 30 & 80 days (support & operational level)
• Audited school ship, 30 & 30 days (support & operational level)
• Military service, 30 days (operational level)
• Simulator training, 10 days (operational level)
• Workshop training, 150 days, can also be training in workshop on shore in the shipping industry (operational level)
• Totally 360 days (support & operational level)
There are totally 18 study units (courses) in the curriculum and every study unit is worth 6 ECTS. Every 6 ECTS corresponds to 20 days of training. The training will only be approved in units of 6 ECTS.

Evaluation scale

H-5

Qualifications

Onboard Training Support Level

Objective

The student gets an insight into the tasks in mechanical engineering and safety, which belongs to the studies, these are carried out in a vessel environment or partly in workshop environment.

Content

The supervised onboard training is totally 360 days in order to gain the watchkeeping engineer certificate, of these days can the maximum in the different sub areas be:
• Machinery over 750 kW, 360 days (support & operational level)
• Audited school ship, 60 days (support & operational level)
• Military service, 60 days (operational level)
• Simulator training, 30 days (operational level)
• Workshop training, 180 days, can also be training in workshop on shore in the shipping industry (operational level)
For instance, for a student a typical training can be:
• Machinery over 750 kW, 30 & 80 days (support & operational level)
• Audited school ship, 30 & 30 days (support & operational level)
• Military service, 30 days (operational level)
• Simulator training, 10 days (operational level)
• Workshop training, 150 days, can also be training in workshop on shore in the shipping industry (operational level)
• Totally 360 days (support & operational level)
There are totally 18 study units (courses) in the curriculum and every study unit is worth 6 ECTS. Every 6 ECTS corresponds to 20 days of training. The training will only be approved in units of 6 ECTS.

Evaluation scale

H-5

Qualifications

Onboard Training Support Level

Objective

The student gets an insight into the tasks in mechanical engineering and safety, which belongs to the studies, these are carried out in a vessel environment or partly in workshop environment.

Content

The supervised onboard training is totally 360 days in order to gain the watchkeeping engineer certificate, of these days can the maximum in the different sub areas be:
• Machinery over 750 kW, 360 days (support & operational level)
• Audited school ship, 60 days (support & operational level)
• Military service, 60 days (operational level)
• Simulator training, 30 days (operational level)
• Workshop training, 180 days, can also be training in workshop on shore in the shipping industry (operational level)
For instance, for a student a typical training can be:
• Machinery over 750 kW, 30 & 80 days (support & operational level)
• Audited school ship, 30 & 30 days (support & operational level)
• Military service, 30 days (operational level)
• Simulator training, 10 days (operational level)
• Workshop training, 150 days, can also be training in workshop on shore in the shipping industry (operational level)
• Totally 360 days (support & operational level)
There are totally 18 study units (courses) in the curriculum and every study unit is worth 6 ECTS. Every 6 ECTS corresponds to 20 days of training. The training will only be approved in units of 6 ECTS.

Evaluation scale

H-5

Qualifications

Onboard Training Support Level

Objective

The student gets an insight into the tasks in mechanical engineering and safety, which belongs to the studies, these are carried out in a vessel environment or partly in workshop environment.

Content

The supervised onboard training is totally 360 days in order to gain the watchkeeping engineer certificate, of these days can the maximum in the different sub areas be:
• Machinery over 750 kW, 360 days (support & operational level)
• Audited school ship, 60 days (support & operational level)
• Military service, 60 days (operational level)
• Simulator training, 30 days (operational level)
• Workshop training, 180 days, can also be training in workshop on shore in the shipping industry (operational level)
For instance, for a student a typical training can be:
• Machinery over 750 kW, 30 & 80 days (support & operational level)
• Audited school ship, 30 & 30 days (support & operational level)
• Military service, 30 days (operational level)
• Simulator training, 10 days (operational level)
• Workshop training, 150 days, can also be training in workshop on shore in the shipping industry (operational level)
• Totally 360 days (support & operational level)
There are totally 18 study units (courses) in the curriculum and every study unit is worth 6 ECTS. Every 6 ECTS corresponds to 20 days of training. The training will only be approved in units of 6 ECTS.

Evaluation scale

H-5

Qualifications

Onboard Training Support Level

Objective

The student gets an insight into the tasks in mechanical engineering and safety, which belongs to the studies, these are carried out in a vessel environment or partly in workshop environment.

Content

The supervised onboard training is totally 360 days in order to gain the watchkeeping engineer certificate, of these days can the maximum in the different sub areas be:
• Machinery over 750 kW, 360 days (support & operational level)
• Audited school ship, 60 days (support & operational level)
• Military service, 60 days (operational level)
• Simulator training, 30 days (operational level)
• Workshop training, 180 days, can also be training in workshop on shore in the shipping industry (operational level)
For instance, for a student a typical training can be:
• Machinery over 750 kW, 30 & 80 days (support & operational level)
• Audited school ship, 30 & 30 days (support & operational level)
• Military service, 30 days (operational level)
• Simulator training, 10 days (operational level)
• Workshop training, 150 days, can also be training in workshop on shore in the shipping industry (operational level)
• Totally 360 days (support & operational level)
There are totally 18 study units (courses) in the curriculum and every study unit is worth 6 ECTS. Every 6 ECTS corresponds to 20 days of training. The training will only be approved in units of 6 ECTS.

Evaluation scale

H-5

Qualifications

Onboard Training Support Level

Objective

STCW-Code: Table A-III/1
Students:
have an understanding of and are able to apply the basic principles of electrical engineering in their work.

Content

• D.C. Theory (direct current)
• One- and three-phase alternating current theory with resistance, capacitor and inductance.
• Series and parallel connections
• Load distribution
• Electrical measuring instruments, measurement methods
• Reading Scheme
• Laboration exercises/work

Evaluation scale

H-5

Qualifications

Physics 4

Objective

STCW- Code: Table AIII/2

The student:
• has theoretical knowledge of managing control equipment for safety devices
• has theoretical knowledge of managing control systems for main engine, generator and distribution systems and steam boilers
• has theoretical knowledge of design features and system configuration of control systems for electrical motors and high voltage installations
• has theoretical knowledge of control of hydraulic control equipment
• has practical knowledge function test of control equipment and safety devices
• has practical knowledge of troubleshooting control devices and monitoring systems
• has practical knowledge of software version control

Content

• PLC programming
• Control of safety devices

Evaluation scale

H-5

Qualifications

Operational level studies

Objective

To provide the student with good skills in the subject of physics for further studies at the university of applied sciences level.

Content

• quantities, units and computation rules
• rectilinear and rotational movement, mass and force
• friction
• work, energy and power
• hydrostatics
• hydrodynamics

Evaluation scale

H-5

Qualifications

Mathematics 2

Objective

To provide the student with good skills in the subject of physics for further studies at the university of applied sciences level.

Content

• vectors
• statics
• moment, moment of inertia and centre of gravity calculations
• mechanics of materials

Evaluation scale

H-5

Qualifications

Physics 1

Objective

The student has good skills in the subject of physics for further studies at the university of applied sciences level.

Content

• gas statics
• gas laws
• temperature scales
• heat theory

Evaluation scale

H-5

Qualifications

Physics 1

Objective

To provide the student with knowledge of direct-current and alternating current theory and semi-conductors.

Content

• Direct-current theory
• Basic concepts
• Ohms law
• Power and energy
• Electric fields, condensers, magnetism, coils.
• Alternating current theory
• Alternating current and alternating tension
• Reactance and impedance
• Resonance circuits
• Semi-conductors
• Diode and transistor
• Amplifying circuits
• Oscillatory circuits

Evaluation scale

H-5

Qualifications

Physics 3

Objective

The student knows basic practical Maritime English. The active vocabulary, with the emphasis onboard communication, is expanded. Emphasis on practical Maritime English.

Content

Standard Marine Communication Phrases (SMCP) 2.
• Part 4, Ch. A - Operative Ship handling.
• Part 4.3. (Ch. A) - Wheel-orders, handover of watch.
• Part 3.4 - Pilotage.
• Charts and related publications. (Pilot Books) Guide to Port Entry, Harbour Bye-Laws
• Manuals

Evaluation scale

H-5

Qualifications

Professional English 1

Objective

STCW-Code AIII/1
The student is able to manage the officer’s duties in connection with different emergency situations and safety exercises and drills in English.

Content

• Background: SMCP: GMDSS procedures (Appendix), Part 4 Ch. B, Ch. D. Distress Traffic on the radio (GMDSS) Parts 3.1 (Distress Communications), 3.2 (Urgency Communications). SMCP: Part 3.6 - VTS Standard Phrases (Message Markers)
• Medical English (Radio Medical - Services).
• Practical exercises/presentations in having life-boat drills, instructing how to use a life-jacket, realising man-over-board drills, describing evacuation routes and giving other instructions when evacuating the vessel.

Evaluation scale

H-5

Qualifications

Safety for Officers
Medical Care 2

Objective

STCW-Code:Table A-III/1
Students:
are expected to have knowledge of different pump types, flow losses, practical use of pump and system curves.
are also able to choose the correct pump type and pipe dimension.

Content

• Pipe diagram/drawings
• Fixtures
• Interconnects
• Suspension
• Marking
• Material
• Pump types
• Pump Characteristics
• Dimensioning
• Installation
• Maintenance
• Regulation

Evaluation scale

H-5

Qualifications

Piping Diagrams

Objective

As specified in STCW-Code: A-VI/5 A-III/I
The student:
has the skills and knowledge required of a Ship Security Officer.
has theoretical and practical knowledge and skills to manage the systems and complex of problems in connection with this special area.

Content

• the ISPS Code, its background, objectives and structure
• security structures and principles
• security related division of responsibilities
• the security assessment of a vessel
• security related control devices
• ship security plan
• threats – identifying and detecting them, measures to be taken
• security measures onboard a vessel
• preparedness for emergency situations, education, training and drills
• security administration and security training

Evaluation scale

H-5

Qualifications

None

Further information

Course for Ship Security Officer


The course has been designed in accordance with the STCW Convention regulation VI/5 and the STCW Code section A-VI/5, the framework given in the IMO Model Course “Ship Security Officer” and the requirements given in the ISPS Code, part A, paragraph 13.2, and part B, paragraphs 13.1, 13.2 and 18.1. This course also fulfils the requirements set out for Company Security Officer and Port Facility Security Officer. The course has comprised a total of 24 hours of instruction and practical exercises.

Objective

STCW- Code: Table A-II/2 A-III/2;
The student is able to maintain safety and security of the ship’s crew and passengers and the operational condition of life saving, fire fighting and other safety systems.
The student is provided with skills to develop emergency and damage control plans and handle emergency situations.
The requirements set in the STCW Convention with reference to the training in maritime and ship safety for the Management Level, STCW A-II/ 2., as applicable, are fulfilled. The student is provided with knowledge and skills required to handle the management of safety related tasks onboard both in normal operations and in crisis situations.

Content

• The safety related responsibilities and duties of the master. The STCW Convention requirements.
• Rescue organizations and plans. The IAMSAR-manual
• Vessel accidents. The master’s role.
• Safety onboard. SOLAS. MARPOL. ISM. National requirements and exceptions.
• Certificates and inspections. SOLAS requirements concerning the vessel’s safety equipment, its maintenance and usage training.
• Principles for onboard operations in connection with different kinds of accidents.
• Emergency plans, contingency plans, safety drawings, priorities, resources allocation, damage control, follow up, documentation.
• The vessel’s construction safety
• Drawing up of emergency, contingency, drill, safety training and damage control plans; alarm-lists, check-lists and training manuals.
• Alarm organization onboard. Safety information. Leadership in crisis situations.
• Cooperation with rescue helicopters.
• Mental reactions. Leadership in emergency situations.
• Communications during crisis; objectives and means, principles for media contacts.
• Practical exercises
• Exercises using safety equipment onboard. Risks and limitations.
• Assessment of the capacity of the life-saving equipment.
• Equipment onboard life rafts and lifeboats. Exercises in group.
• Exercises using emergency signals.
• CCM

Evaluation scale

H-5

Qualifications

Safety for officers
ISM
Environmental protection

Objective

To fulfill the requirements set in the STCW Convention with reference to the training in maritime and ship safety for the Management Level. STCW A-III/2

Content

• The safety related responsibilities and duties of officers. The STCW Convention requirements
• Rescue organizations and plans
• The IAMSAR-manual
• Vessel accidents. Immediate action after grounding. Typical examples, causes and consequences. The human factor.
• Damage assessment and damage control
• Survival techniques
• Hypothermia
• The duties and responsibilities of fleet commanders and vessel masters. Safety related work onboard. Regulations, legislators and supervision. Alarm organization onboard.
• Cooperation with rescue helicopters
• Mental preparedness. Catastrophe psychology.
• Safety planning onboard. Assessment of the vessel’s state of readiness.
• CCM
• Practical exercises:
• Exercises wearing safety equipment
• Exercises using emergency signals
• Exercises in arranging and having drills onboard

Evaluation scale

H-5

Qualifications

Basic Safety

Further information

Crisis Management and Human Behaviour


The course has been designed in accordance with the framework given in the STCW A-V/2.4 and has comprised a total of 8 hours of instructions and exercises

Objective

STCW-Code: Table A-III/1
Students:
master the structure and function of the machinery units in a vessel as well as alternative solutions and their characteristics.
are familiar with operating economics, maintenance, flag State and classification society rules.

Content

• Various types of main machinery and configurations as well as their impact on building and operating economics
• Impact of the hull resistance overall
• Controllable pitch propeller structure and function
• Shaft line and its components
• Electricity production/generation
• Heat production/generation
• Deck machinery and cargo handling equipment
• Sanitation and freshwater production
• Ship maintenance and docking
• The classification society rules

Evaluation scale

H-5

Qualifications

Ship diesel engine 1

Objective

STCW- Code: Table A-II/4
STCW-Code:Table A-VI/1-4
STCW-Code:Table A-III/5

The student
• knows the basics in ship maintenance
• knows the handling, storing, overhauling and maintaining of ropes, hawsers and cables, and is aware of the breaking load of the ropes.
• is familiar with the securing of equipment and necessities.
• is familiar with the waste disposal management onboard.
• learns to observe safe occupational protection routines.
• has thorough knowledge of the objectives of environmental protection and occupational welfare.

Content

• Basics in ship maintenance
• Securing of equipment
• Mooring, mooring equipment
• The basic knots, the structure of ropes and hawsers, splicing, whipping and seizing, and the structure, handling and maintenance of a cable
• Occupational safety and environmental protection onboard
• Waste disposal management

Evaluation scale

H-5

Qualifications

None

Objective

STCW- Code: Table A-II/4
STCW-Code:Table A-VI/1-4
STCW-Code:Table A-III/5

The student
• has thorough knowledge of the objectives of ship maintenance and protection against corrosion.
• is familiar with the corrosion process and protection against corrosion.
• is familiar with the cleaning methods and agents.
• learns to observe safe occupational safety routines.
• has thorough knowledge of the objectives of environmental protection and occupational welfare.

Content

• Ship maintenance and protection against corrosion
• Cleaning and preparation of surfaces to be painted and painting works and colours
• Cleaning methods, cleaning agents and other chemicals - their characteristics and safe and environmentally sound methods of application.
• Occupational safety and environmental protection onboard

Evaluation scale

H-5

Qualifications

None

Objective

STCW- Code: Table A-III/5
The student
• has thorough knowledge of deck machinery, its construction, usage and maintenance.
• knows the maintenance of cargo handling equipment and lifting devices.
• learns to observe safe occupational safety routines.
• has thorough knowledge of the objectives of environmental protection and occupational welfare.

Content

• Deck machinery, its characteristics and safe methods of application
• Maintenance of deck machinery
• Maintenance of cargo handling gear, ramps, hatches, lifts and lifting devices
• Lubricants
• Maintenance program and planning
• Occupational safety and environmental protection onboard

Evaluation scale

H-5

Qualifications

None

Objective

STCW-Code:Table A-III/1
The student:
• has knowledge of vessel types, dimensions, ship drawings, hull structure, ship stability, corrosion, hull maintenance, breakdowns, international regulations, fire protection, main and auxiliary machinery types.

Content

• Ship Types
• The vessel's main dimensions and deadweight
• Vessel Drawings
• The structure and load of the hull
• Hull breakdowns and factors that weaken the hull
• Corrosion, corrosion protection and hull maintenance
• Ship stability and stability factors
• Power requirements and methods for calculating drag resistance
• Main and the auxiliary engine types and their characteristics
• International regulations, IMO, SOLAS, MARPOL
• Fire protection, fire detection/isolation and fire construction
• Tanker types and the most important characteristics of different loads

Evaluation scale

H-5

Qualifications

None

Objective

STCW- Code: Table A-II/4 A-III/5
The student
• knows how to make the vessel ready for sea and duties in port in connection with loading and discharging, cargo handling and handling of hazardous cargoes.
• knows the structure of a merchant ship and the most common vessel terms.
• has thorough knowledge of the objectives of environmental protection and occupational welfare.
• knows the characteristics and functioning of mooring equipment and lifting devices and cargo securing methods
• knowledge of procedures for safe handling, stowage and securing of stores

Content

• Different vessel types, their areas of usage
• Ship construction, the names of various vessel parts and their use
• Vessel equipment, main dimensions and form, load lines and markings for draught (draught-marks)
• Handling and securing of general cargoes
• Handling of dangerous goods according to the IMDG Code and the risks connected with hazardous cargoes
• Environmental protection and occupational welfare
• The vessel’s mooring equipment, lifting devices and cargo securing methods
• can perform duties of a watchman safely in connection with loading and discharging

Evaluation scale

H-5

Qualifications

None

Objective

STCW- Code: Table A-III/5
The student
• knows the main parts of the diesel engine and its purpose.
• knows the different fields of application of diesel engines.
• knows the environmental effects of diesel engines.
• realizes the importance of maintenance for safe navigation and minimized environmental consequences.

Content

• the most important parts of a diesel engine and their functioning mechanisms
• fuels
• lubricating oils
• cooling water
• starting air
• maintenance and overhaul of a diesel engine
• the effects of a diesel engine on the environment
• occupational safety

Evaluation scale

H-5

Qualifications

None

Objective

STCW-Code: Table A-III/1
Students:
• are able to take responsibility for the operation of steam facilities on the ship.
• know the operating process of the boiler and steam turbines.

Content

• Steam techniques, basics
• Heat transfer, heat exchanger
• Efficiencies
• The steam boiler's operating principle
• Steam boiler types and peripherals
• Control system and safety equipment
• Water Treatment
• Combustion and fuels
• Corrosion and contamination of heating surfaces
• Environmental impact and exhaust emissions
• The requirements of the classification society
• General turbine description
• Turbine Details
• Steam turbine regulations and safety systems
• Operation and maintenance of steam turbines

Evaluation scale

H-5

Qualifications

None

Objective

The student is provided with the skills and knowledge needed for the issuance of the certificate Course in Survival Crafts and Rescue Boats other than Fast Rescue Boats in accordance with STCW-Code: A-VI/2–1, A-III/4, A-III/5.

Content

Certificate for Survival Crafts and RescueBoats other than Fast Rescue Boats in accordance with STCW-Code:A-VI/2 –1.

Evaluation scale

H-5

Qualifications

None

Objective

Student:
• understand sustainable issues in the shipping industry
• know the regulations and the future

Content

• Sustainable issues today and the role of shipping
• Regulations and the future
• Technical solutions

Evaluation scale

H-5

Qualifications

None

Evaluation scale

Approved/Rejected

Objective

STCW- Code: A-V/ 1-1-1
STCW- Code: B-V/ 1
STCW-Code: AIII/5

The aim of the Tanker Familiarization Course is that those who intend to start working on a tanker, others than officers or crew having responsibility for cargo transport or handling, will get acquainted with tanker cargoes, cargo handling equipment, cargo shipments and tanker operations.
After passing the course the student gets a certificate which entitles him/her to apply for an official certificate from the Finnish Maritime Administration.

Content

• Regulations and application codes
• Tankers, types, construction, the names of the various parts and equipment
• Operations on a tanker
• Loading and discharging, sea transportation, purging, washing and cleaning of tanks, ballast and ballast passage
• The physical and chemical characteristics of oils, chemicals and gases
• Cargo characteristics
• Health hazards, poisonousness, risk of explosion and fire, and risks which are a threat to the marine environment
• Minimizing the risks and risk factors, risk of explosion and fire and poisonousness, and protection of the marine environment
• Safety appliances and equipment and personal protection
• Emergency measures

Evaluation scale

H-5

Qualifications

Vessel Types and Cargo Handling

Further information

Basic Training for Oil and Chemical Tanker Cargo Operations


The syllabus of the course is designed to meet the requirement of mandatory minimum training as defined in table A-V/1-1-1 of the Seafarers’ Training, Certification and Watchkeeping (STCW) Code. The course has comprised 24 hours of instruction and practical firefighting training.

Objective

STCW-Code: Table A-III/1
Students:
• has basic skills in the structure, function and use of the internal combustion engines.

Content

• Application areas on board vessels
• Struktural design and division
• 2- stroke and 4- stroke
• Fuel-, lubrication-, cooling and starting systems
• Combustion and exhaust

Evaluation scale

H-5

Qualifications

None

Objective

STCW-Code:Table A-III/1
Students
are expectes to be able to read drawings and schematics that occur on board the ship as well as be able to make simple drawings.

Content

• Drawing format and scales
• Lines
• Views and sections
• Dimensions
• Markings, material designations, surface designations and welding designations
• Tolerances and fits (fittings)
• Isometric projection
• Reading of drawings

Evaluation scale

H-5

Qualifications

None

Objective

STCW- Code: Table A-II/1
The student
• has the skills in navigation and seamanship required for the competency for functioning as a look-out on the bridge.
• knows how to use the International Code of Signals.

Content

The student knows
• nautical charts, their characteristics and symbols.
• the buoyage system, coordinate system, conversion of courses and easier bearings in connection with chart work.
• the deviation and variation of a magnetic compass
• the International Code of Signals
• visual signalling

Evaluation scale

H-5

Qualifications

None

Objective

STCW- Code: Table A-III/2

The student:
• can design features, and operative mechanism of the marine steam turbines, marine gas turbines and marine steam boilers and associated auxiliaries:
• has theoretical knowledge of thermodynamics and heat transmission
• has theoretical knowledge of heat cycle, thermal efficiency and heat balances
• has theoretical knowledge of refigerators and refigerator cycle

Content

• thermodynamics
• heat transmission
• heat balances
• refigerators
• heat and refigerator cycles

Evaluation scale

H-5

Qualifications

Operational level studies

Objective

STCW- Code: Table A-III/2

The student:
• can design features, and operative mechanism of the marine steam turbines, marine gas turbines and marine steam boilers and associated auxiliaries:
• has theoretical knowledge of thermodynamics and heat transmission
• has theoretical knowledge of heat cycle, thermal efficiency and heat balances
• has theoretical knowledge of refigerators and refigerator cycle

Content

• thermodynamics
• heat transmission
• heat balances
• refigerators
• heat and refigerator cycles

Evaluation scale

H-5

Qualifications

Operational level studies

Objective

In the thesis the student demonstrates the maturity and competency required for a UAS degree within his/her professional field, at the same time as the thesis process involves a deeper understanding of his/her field of profession. The aim of the degree thesis is to develop and manifest the student’s ability to apply his/her knowledge and skills in a practical context related to his/her own field.

Content

The degree thesis constitutes an entity consisting of theory and applied research with working life as the basis. The thesis is presented for an audience. A maturity test is part of the thesis.

Evaluation scale

H-5

Qualifications

The student has passed most of the studies.

Objective

STCW- Code: Table AIII/2

The student:
• has understanding of fundamental principles of ship construction and the theories and factors affecting trim and stability and measures necessary to preserve trim and stability
• has knowledge of the effect on trim and stability of a ship in the event of damage to, and consequent flooding of, a compartment and countermeasures to be taken
• has knowledge of IMO recommendations concerning ship stability

Content

• Control trim, stability and stress

Evaluation scale

H-5

Qualifications

Stability 1

Objective

På svenska
STCW- Code: Table AIII/2

The student:
• has understanding of fundamental principles of ship construction and the theories and factors affecting trim and stability and measures necessary to preserve trim and stability
• has knowledge of the effect on trim and stability of a ship in the event of damage to, and consequent flooding of, a compartment and countermeasures to be taken
• has knowledge of IMO recommendations concerning ship stability

Content

• Control trim, stability and stress

Evaluation scale

H-5

Qualifications

Stability 1

Objective

På svenska
STCW- Code: Table AIII/2

The student:
• has understanding of fundamental principles of ship construction and the theories and factors affecting trim and stability and measures necessary to preserve trim and stability
• has knowledge of the effect on trim and stability of a ship in the event of damage to, and consequent flooding of, a compartment and countermeasures to be taken
• has knowledge of IMO recommendations concerning ship stability

Content

• Control trim, stability and stress

Evaluation scale

H-5

Qualifications

Stability 1

Objective

STCW-Code:Table A-III/1
Students:
• are expected to have basic knowledge of vessel’s cooling- and plumbing systems

Content

• Cooling applications
• Cooling process
• Basic reefer cargo handling
• Thermodynamic bases of compressor cooling plants
• Compressor refrigeration systems components
• Examples of compressor cooling plants
• Refrigerants/Coolants
• Condition monitoring
• Troubleshooting
• Routine maintenance
• Safety and environmental aspects when working with refrigeration plants
• Function of the ship's plumbing system, components operation and maintenance

Evaluation scale

H-5

Qualifications

None

Objective

STCW Code Section A-III/4 and A-III/5, column 4
The student must be familiar with the watchkeeping routines in accordance with the STCW Convention and understand their significance when it comes to good and safe seamanship and minimized environmental effects. Furthermore, the student must be able to understand and use the correct terms referring to the different parts of the engine room and its general organization.

Content

STCW Code Section A-III/4 and A-III/5 with reference to the duties of a engine room watch

Evaluation scale

H-5

Qualifications

None

Objective

STCW-Code:Table A-III/1
Students are:
• expected to be able to complete basic repairs, manufacturing and measurement methods used in the workshop.

Content

• Turning: Tolerances, fits, threads and cones
• Milling: Keyways/ Core grooves and nuts
• Welding: Electrode, Gas, TIG and MIG

Evaluation scale

H-5

Qualifications

Material science
Technical drawing

Objective

STCW-Code: Table A-III/1
Students:
have an understanding of and are able to apply the basic principles of electrical engineering in their work.

Content

• D.C. Theory (direct current)
• One- and three-phase alternating current theory with resistance, capacitor and inductance.
• Series and parallel connections
• Load distribution
• Electrical measuring instruments, measurement methods
• Reading Scheme
• Laboration exercises/work

Evaluation scale

H-5

Qualifications

Physics 4

Objective

STCW-Code:Table A-III/1
Students:
• are expected to have basic knowledge of vessel’s cooling- and plumbing systems

Content

• Cooling applications
• Cooling process
• Basic reefer cargo handling
• Thermodynamic bases of compressor cooling plants
• Compressor refrigeration systems components
• Examples of compressor cooling plants
• Refrigerants/Coolants
• Condition monitoring
• Troubleshooting
• Routine maintenance
• Safety and environmental aspects when working with refrigeration plants
• Function of the ship's plumbing system, components operation and maintenance

Evaluation scale

H-5

Qualifications

None

Objective

STCW A-III/1, A-III/2
The student
• has skills to manage human and technical resources in an operative vessel environment
• is able to create conditions for a change in the attitudes towards a safer working culture and environment.

Content

• The course aims at giving onboard personnel an opportunity to use and coordinate the knowledge, experience and resources which are available onboard and ashore in order to obtain and develop established safety and environmental protection objectives.
• The participant realises the benefits of a good management system and good teamwork and is able to communicate in an efficient and clear manner, to surpass cultural differences, to use common terminology and give examples of how attitudes and values can affect the decision-making process.
• The Maritime Resource Management (MRM) course has been developed by “The Swedish Club” marine insurance company.

Evaluation scale

H-5

Qualifications

None

Objective

STCW-Code: Table A-III/1
Students:
acquire basic knowledge of the use of different fuels and lubricants on board the ship

Content

• Characteristics and types of fuel and lubricating oils
• Samples and analyzes
• Actions and errors
• Cleaning system

Evaluation scale

H-5

Qualifications

Maritime Chemistry

Objective

The student is provided with advanced knowledge about aspects related to the strength of materials in the construction process as well as advanced knowledge about the principles of the strength of materials as part of the process and in addition to other planning.

Content

Strength of materials in the construction process.
Principles of the strength of materials as part of the process and in addition to other planning.

Evaluation scale

H-5

Qualifications

Mechanics 1

Objective

The student is provided with the skills and knowledge needed for the issuance of the certificate Course in Survival Crafts and Rescue Boats other than Fast Rescue Boats in accordance with STCW-Code: A-VI/2–1, A-III/4, A-III/5.

Content

Certificate for Survival Crafts and RescueBoats other than Fast Rescue Boats in accordance with STCW-Code:A-VI/2 –1.

Evaluation scale

H-5

Qualifications

None

Objective

STCW-Code:Table A-III/1
Student:
• has basic knowledge of the vessel's machinery system, the structure and function of subsystems/sections, as well as their role and impact/influence in complete ship construction.

Content

• Starting and operating of the ship's machinery
• The propulsion resistance of the vessel
• Constant, and combinator
• E 0, periodically unmanned engine room
• Alarm and monitoring systems
• Communication between the Command Bridge and the ECR
• Operational training

Evaluation scale

H-5

Qualifications

Engine Room Simulator 1

Objective

The student is provided with the basic safety skills required in the STCW-Convention from all persons who intend to work onboard a vessel, in accordance with STCW-Code:A-VI/1-1, A-VI/1-4 and A--III/5..

Content

• Maritime safety in theory and practice, equipment, safety techniques ad appliances, safety responsibilities, organization, physical and psychological preparedness, authority requirements, rescuing methods and practical exercises, and regulations for preventing environmental damages

Evaluation scale

H-5

Qualifications

Medical certificate

Objective

STCW-Code: Table A-III/1
Students:
• are to perform practical exercises in operation and maintenance of the vessel diesel, separator, booster unit and ship boiler

Content

• Piston-, and lining overhaul on the ship's main engine
• Measurement and determination of component condition
• Adjustment of valves, etc.
• Separator overhaul, explanation of the function
• Operation and maintenance of the vessel boiler
• Boiler Water samples
• Use of special equipment and tools

Evaluation scale

H-5

Qualifications

Ship diesel engine 1, marine engines, steamboiler and turbines

Objective

The student has good skills in the subject of physics for further studies at the university of applied sciences level.

Content

• gas statics
• gas laws
• temperature scales
• heat theory

Evaluation scale

H-5

Qualifications

Physics 1

Objective

STCW- Code: Table AIII/2

The student:
• gains advanced knowledge of the thermodynamics and mechanics of a diesel engine. Ability to independently perform calculations and dimensioning related to marine diesel engines.

Content

• Thermodynamics and mechanics of a diesel engine.
• Calculations and dimensioning related to marine diesel engines.

Evaluation scale

H-5

Qualifications

None

Further information

The course can be conducted with cooperation with other universities of applied sciences (for instance Turku University of Applied Sciences) with corresponding scope, competences and contents.

Objective

The course provides the student with advanced knowledge about rigid body mechanics and skills to apply the principles to dynamic processes.

Content

Dynamics:
• Kinematics of a Particle.
• Kinetics of a Particle:
o Force and Acceleration
o Work and Energy
o Impulse and Momentum
• Kinetics of a Rigid Body:
o Force and Acceleration
o Work and Energy
o Impulse and Momentum

Evaluation scale

H-5

Qualifications

Mechanics 1

Objective

STCW- Code: Table A-II/4
STCW-Code:Table A-VI/1-4
STCW-Code:Table A-III/5

The student
• knows the basics in ship maintenance
• knows the handling, storing, overhauling and maintaining of ropes, hawsers and cables, and is aware of the breaking load of the ropes.
• is familiar with the securing of equipment and necessities.
• is familiar with the waste disposal management onboard.
• learns to observe safe occupational protection routines.
• has thorough knowledge of the objectives of environmental protection and occupational welfare.

Content

• Basics in ship maintenance
• Securing of equipment
• Mooring, mooring equipment
• The basic knots, the structure of ropes and hawsers, splicing, whipping and seizing, and the structure, handling and maintenance of a cable
• Occupational safety and environmental protection onboard
• Waste disposal management

Evaluation scale

H-5

Qualifications

None

Objective

STCW- Code: Table A-II/4
STCW-Code:Table A-VI/1-4
STCW-Code:Table A-III/5

The student
• has thorough knowledge of the objectives of ship maintenance and protection against corrosion.
• is familiar with the corrosion process and protection against corrosion.
• is familiar with the cleaning methods and agents.
• learns to observe safe occupational safety routines.
• has thorough knowledge of the objectives of environmental protection and occupational welfare.

Content

• Ship maintenance and protection against corrosion
• Cleaning and preparation of surfaces to be painted and painting works and colours
• Cleaning methods, cleaning agents and other chemicals - their characteristics and safe and environmentally sound methods of application.
• Occupational safety and environmental protection onboard

Evaluation scale

H-5

Qualifications

None

Objective

STCW- Code: Table A-III/5
The student
• has thorough knowledge of deck machinery, its construction, usage and maintenance.
• knows the maintenance of cargo handling equipment and lifting devices.
• learns to observe safe occupational safety routines.
• has thorough knowledge of the objectives of environmental protection and occupational welfare.

Content

• Deck machinery, its characteristics and safe methods of application
• Maintenance of deck machinery
• Maintenance of cargo handling gear, ramps, hatches, lifts and lifting devices
• Lubricants
• Maintenance program and planning
• Occupational safety and environmental protection onboard

Evaluation scale

H-5

Qualifications

None

Objective

STCW-Code:Table A-III/5

The student
• gets familiar with the most usual cutting and welding methods common onboard modern vessels.
• gets familiar with the safety measures to be taken when performing work with cutting and welding equipment.
• gets to know the most common tools used in metal work, their functioning and areas of use.
• is able to apply occupational safety instructions when using tools and machine tools.
• knows how to perform minor overhaul and maintenance related tasks.
• is able to take environmental aspects into consideration in connection with welding and metal work.