Training Programme Catalogue - WÃƒÂ¤rtsilÃƒÂ¤

WÄRTSILÄ LAND & SEA ACADEMY 

TRAINING PROGRAMME CATALOGUE

TABLE OF CONTENTS 

WÄRTSILÄ TRAINING SERVICES COMMITMENT ............................................... 3 

WÄRTSILÄ PRODUCT COURSES (4-STROKE) .................................................. 4 

WÄRTSILÄ PRODUCT COURSES (2-STROKE) .................................................. 28 

WÄRTSILÄ PRODUCT COURSES (PROPULSION) .............................................. 44 

WÄRTSILÄ PRODUCT COURSES 

(CONTROL, AUTOMATION AND ELECTRICAL) ................................................... 52 

WÄRTSILÄ PRODUCT COURSES (OTHERS) ...................................................... 62 

MAIN ENGINE COURSES ................................................................................. 68 

ENGINEERING COURSES ................................................................................ 72 

CONTROL, AUTOMATION AND ELECTRICAL COURSES .................................... 84 

POWER PLANT TRAINING COURSE ................................................................... 94 

GLOBAL CONTACT INFORMATION .................................................................. 104 

2

As the total service provider, we offer solutions that cover every 

aspect of proactive service and customer support. We let you 

concentrate on your core business and provide you the chance to 

maximize your return on investment. The lowest costs, in the most 

efficient way possible while meeting environmental targets. This is 

achieved in Wärtsilä’s training programs. 

This dedicated commitment is in place to meet the training 

requirements of customers. We set and monitor the high quality 

needed to satisfy international standards within the extensive training 

programs covering management, operation, maintenance and safety 

issues for marine and power plant personnel. 

With the tested training strategy, global network of training centres, 

and qualified personnel, we deliver a thorough understanding of 

how to optimize the availability and performance of your long-term 

business plans. 

Work with us, as we are aware of various solutions to provide a firm 

and progressive foundation to all your training management needs. 

3

WÄRTSILÄ PRODUCT COURSES (4-STROKE) 

DIESEL ENGINE BASIC 

DIESEL ENGINE OPERATION 

DIESEL ENGINE OPERATION ADVANCED 

DIESEL ENGINE PRACTICAL 

GAS ENGINE BASIC 

GAS ENGINE OPERATION 

GAS ENGINE OPERATION ADVANCED 

GAS ENGINE PRACTICAL 

DUAL FUEL ENGINE BASIC 

DUAL FUEL ENGINE OPERATION 

DUAL FUEL ENGINE OPERATION ADVANCED 

DUAL FUEL ENGINE PRACTICAL 

COMMON RAIL ENGINE BASIC 

COMMON RAIL ENGINE OPERATION 

COMMON RAIL ENGINE OPERATION ADVANCED 

COMMON RAIL ENGINE PRACTICAL 

ENGINE FOLLOW-UP 

STORK WERKSPOOR ENGINE OPERATION BASIC 

ENGINE OPERATION BASIC 

ENGINE OPERATION AND PRACTICAL ADVANCED 

DEUTZ ENGINE PRACTICAL 

SULZER AS/AT ENGINE PRACTICAL 

4

DIESEL ENGINE BASIC 

COURSE OBJECTIVE 

The trainees will be able to maintain the engine in a safer way and will contribute more 

effectively to the operation of the machinery. They will learn the basics of evaluation of 

engine operating parameters and maintenance planning. 

CONTENT OF THE COURSE 

• Design and function 

• Engine maintenance schedule 

• Function of built-on engine systems 

• Instrumentation 

• Automation and control system 

• Start, stop and operation 

• Evaluation of engine operating data 

• Fuel Injection equipment 

PREREQUISITES 

The trainees should have a basic knowledge of diesel engine principles and some 

operational experience of the diesel engines. Theoretical education on internal combustion 

engines is preferred. 

Course Data 

Target Group 

Duration 

Course Availability 

Turku, Finland 

Busan, South Korea 

This engine training course is designed for ship crew at the operational 

and management levels, and power plant senior or middle management. 

3 working days 

Available Engine Type 

Auxpac 20 Generating Set 

Wärtsilä 20 

Wärtsilä 32 

Wärtsilä 46 


Wärtsilä 20 

Wärtsilä 26 

Rio de Janeiro, Brazil Wärtsilä 20 

Trieste, Italy Wärtsilä 20 

Wärtsilä 26 

Wärtsilä 26X 

Wärtsilä 32 

Wärtsilä 46F 

Wärtsilä Nohab 

Wärtsilä Vasa 22 

Wärtsilä 32 


Wärtsilä 38B 

Wärtsilä 46 


Wärtsilä 64 


Wärtsilä 46 


Sulzer ZA40S 

Sulzer Z40/48 

Wärtsilä GMT 

Waalwijk, Netherlands Wärtsilä 26 Wärtsilä 38A Wärtsilä 38B 

5

DIESEL ENGINE OPERATION 


The trainees will able to maintain the engine in a safer way and will contribute more 








• Speed measuring system 



• Fuel injection equipment 

• Maintenance operations, hands-on training 

• Operation with booster unit 

• Alignment instructions 

• Spare part documentation 

PREREQUISITES 



engine is preferred. 

Course Data 

Target Group 

Duration 

Delivery Location 



This engine training course is designed for ship or power plant engineers. 


On-site/Classroom 



Wärtsilä 20 

Wärtsilä 32 

Wärtsilä 46 





Busan, South Korea Wärtsilä 20 Wärtsilä 26 Wärtsilä 32 

Rio de Janeiro, Brazil Wärtsilä 32 Wärtsilä 46 Wärtsilä Vasa 32 




Wärtsilä 46 


Wärtsilä 64 

Sulzer ZA40S 

Sulzer Z40/48 



6

DIESEL ENGINE OPERATION ADVANCED 


The trainees will be able to maintain the engine in a safer and economical manner and will 

contribute more effectively to the operation of the machinery. They will learn the basics of 

evaluating engine operating parameters and maintenance planning. 











• Fuel, lube and cooling water quality and treatment 

PREREQUISITES 




Course Data 

Target Group 

Duration 




and management levels, and power plant Middle or senior management. 




Wärtsilä 20 

Wärtsilä 32 

Wärtsilä 46 





Busan, South Korea Wärtsilä 20 Wärtsilä 26 Wärtsilä 32 

Fort Lauderdale, USA Wärtsilä 20 

Wärtsilä 32 

Wärtsilä 46 


Sulzer ZA40S 

Khopoli, India Wärtsilä 20 Wärtsilä 32 Wärtsilä Vasa 32 




Wärtsilä 46 


Wärtsilä 64 

Sulzer ZA40S 

Sulzer Z40/48 



7

DIESEL ENGINE PRACTICAL 


Upon completion of the training course, the trainees are able to carry out daily and 

scheduled maintenance in practice. Familiarisation of all engine related special tools, 

measuring equipment and basic engine adjustments. 


• Introduction and preparation of hands-on activities 

• Maintenance schedule 

• Maintenance, operations, hands-on training 

PREREQUISITES 




Course Data 

Target Group 

Duration 

The hands-on training course is designed for ship crew at the support or 

operational levels, and power plant personnel, taking part in their daily and 

scheduled maintenance routines. 


Course Availability Available Engine Type 



Wärtsilä 20 

Wärtsilä 46F Wärtsilä Vasa 32 

Wärtsilä 32 

Wärtsilä 46 



Busan, South Korea Auxpac 20 Generating Set 

Wärtsilä 20 Wärtsilä 32 Wärtsilä Vasa 32 Wärtsilä 46 

Fort Lauderdale, USA Wärtsilä 20 Wärtsilä 46 Wärtsilä Vasa 32 Sulzer ZA40S 




Wärtsilä 46 

Sulzer ZA40S 

Sulzer Z40/48 Wärtsilä GMT 


8

GAS ENGINE BASIC 






• Gas properties, behaviours and safety 


• Engine instrumentation 

• Engine automation and control system 



• Fuel injection equipments, gas engines 

PREREQUISITES 

The trainees should have a basic knowledge of gas engine principles and some operational 

experience of the gas engines. Theoretical education on internal combustion engine is 

preferred. 

Course Data 

Target Group 

Duration 




Trieste, Italy 


and management levels, and power plant senior or middle management. 



Wärtsilä 32GD 

Wärtsilä 25SG 




Wärtsilä Vasa 34SG 




9

GAS ENGINE OPERATION 












• Fuel Injection equipments, gas engines 


• Function of built-on gas engine systems 

• Evaluation of gas engine operating data 

PREREQUISITES 

The trainees should have a basic knowledge of power plant principles and some operational 

experience of the power plants. Theoretical education on internal combustion engine is 

preferred. 

Course Data 

Target Group 

Duration 





Rio de Janeiro, Brazil 

This engine training course is designed for ship or power plant engineers 

and operators. 


On site 











10

GAS ENGINE OPERATION ADVANCED 







• Engine design and function 









PREREQUISITES 


experience of the gas engines. Theoretical education on internal combustion engine is 

preferred. 

Course Data 

Target Group 

Duration 





and management levels, and power plant middle or senior management. 










11

GAS ENGINE PRACTICAL 


Upon completion of this training course, the trainees are able to carry out daily and 







PREREQUISITES 


experience of the large gas engines. Theoretical education on internal combustion engine 

is preferred. 

Course Data 

Target Group 

Duration 



The hands-on training course is designed for ship crew at the support or 











12

DUAL FUEL ENGINE BASIC 













PREREQUISITES 

The trainees should have a basic knowledge of medium speed engine principles and some 

operational experience of the gas and/or diesel engines. Theoretical education on internal 

combustion engine is preferred. 

Course Data 

Target Group 

Duration 





This basic engine training course is designed for ship crew at the 

operational or management levels, and power plant senior or middle 

management. 



Wärtsilä 20DF 








13

DUAL FUEL ENGINE OPERATION 
















PREREQUISITES 

The trainees should have a basic knowledge of engine principles and some operational 

experience of the gas and/or diesel engines. Theoretical education on internal combustion 


Course Data 

Target Group 

Duration 





This engine training course is aimed for ship or power plant engineers 



On site 









14

DUAL FUEL ENGINE OPERATION ADVANCED 
















PREREQUISITES 

The trainees should have a basic knowledge of large medium speed engine principles and 

some operational experience of the gas and/or diesel engines. Theoretical education on 

internal combustion engines preferred. 

Course Data 

Target Group 

Duration 




This engine training course is aimed for ship crew at the operational and 

management level, or power plant middle or senior management. 










15

DUAL FUEL ENGINE PRACTICAL 









PREREQUISITES 

The trainees should have a basic knowledge of diesel or gas engine principles and 

some operational experience of diesel or gas engines. Theoretical education on internal 


Course Data 

Target Group 

Duration 




This hands-on training course is aimed for ship crew at the support or 










16

COMMON RAIL ENGINE BASIC 










• Start, stop operation 



PREREQUISITES 

The trainees should have a basic knowledge of common rail engine principles and some 

operational experience of the common rail engines. Theoretical education on internal 


Course Data 

Target Group 

Duration 




This engine training course is aimed for ship crew at the operational and 

management levels, and power plant senior or middle management. 



Wärtsilä 20 CR 



Wärtsilä 46F CR 



17

COMMON RAIL ENGINE OPERATION 















• Operation with booster unit 

• Alignment instructions 

• Spare part documentation 

PREREQUISITES 


experience of the common rail engines. Theoretical education on internal combustion 


Course Data 

Target Group 

Duration 




This engine training course is aimed for ship or power plant engineers. 


On site 






18

COMMON RAIL ENGINE OPERATION ADVANCED 















• Fuel, lube and cooling water quality and treatment 

PREREQUISITES 


operational experience of the common rail engines. Theoretical education on internal 


Course Data 

Target Group 

Duration 



Fort Lauderdale, USA 

This engine training course is aimed for ship crew at the operational levels, 

or power plant middle or senior management. 








19

COMMON RAIL ENGINE PRACTICAL 









PREREQUISITES 


operational experience of diesel engines. Theoretical education on internal combustion 


Course Data 

Target Group 

Duration 



This hands-on training course is aimed for ship crew at the support or 









20

ENGINE FOLLOW-UP 


The trainees will learn the collected field experience from similar installations, updates of 

engines, new service bulletins, and update service tools. 


• Technology review 

• Field experience 

• Troubleshooting engine performance 

• Component condition evaluation 

• Engine or tools updates 

• Latest service bulletins 

• Performance evaluation 

PREREQUISITES 

The trainees should have a good knowledge and operational experience of the targeted 

engines. It is important to repeat this course every second year. 

Course Data 

Target Group 

Duration 


This follow-up training course is aimed for ship crew and power plant 

personnel, experienced in operation and maintenance. 


Turku, Finland Auxpac 20 


Wärtsilä 20 


Wärtsilä 20 DF 

Wärtsilä 25 SG 

Wärtsilä 32 





Sulzer ZA40S 

Wärtsilä 32 GD 



Wärtsilä 46 




Wärtsilä 46 GD 





Wärtsilä Vasa 34 SG 


21

STORK WERKSPOOR ENGINE OPERATION BASIC 


The objective of this training is to introduce the trainees to the design features, operation 

conditions and performance of the specified diesel engine, related components and 

systems. 


• A Short introduction to Stork/Werkspoor/Wärtsilä 

• Engine design and functions 

• System and component specifications 

• Use of engine specific tools 


• Repair and conditioning techniques 

• New design and modifications 

• Instructions and practical exercises 

PREREQUISITES 

The trainees should preferably have a basic education in engineering, (mechanical or 

electrical), or marine engineer together with operational experience of the diesel engines in 

different applications. 

Course Data 

Target Group 

Duration 


Waalwijk, Netherlands 

This specific engine course is designed for ship crew, maintenance 

personnel, operators and power plant management personnel. 



Stork Werkspoor TM410 

Stork Werkspoor 280 

22

ENGINE OPERATION BASIC 


Three days of theoretical instructions on the engine and its function. 








PREREQUISITES 


experience of the engines. 

Course Data 

Target Group 

Duration 




This engine operation course is designed for the new engine operators. 




Wärtsilä 26 




Khopoli, India Wärtsilä 32 

Turku, Finland Wärtsilä 20 

Wärtsilä 46 


Wärtsilä 46 

Wärtsilä 64 

Sulzer Z40/48 

Sulzer ZA40S 



Fort Lauderdale, USA Wärtsilä 32DF Wärtsilä 34SG Wärtsilä 38 


23

ENGINE OPERATION AND PRACTICAL ADVANCED 


The trainees will be able to maintain the engine safely and contribute effectively to the 

operation of the machinery. They will learn the basics of evaluation of engine operation and 

maintenance planning. 







• Evaluation of engine operating parameters 


PREREQUISITES 


operational experience of diesel engines. Theoretical education on internal combustion 

engines preferred. 

Course Data 

Target Group 

Duration 


This course is designed for engine operators. 






Wärtsilä 64 

Turku, Finland Wärtsilä 20 

Wärtsilä 32 

Wärtsilä 46 

Busan, South Korea Wärtsilä 20 

Wärtsilä 32 

Sulzer Z40/48 

Sulzer ZA40S 







24

DEUTZ ENGINE PRACTICAL 


The objective of this training is to introduce the trainees to the design features, operation 

conditions and performance of the specified diesel engine, related components and systems 


• A short introduction to Wärtsilä Netherlands B.V. 

• Use of engine-specific and Deutz-specific documentation & software 

• Engine design and functions 


• Use of engine-specific tools 


• Repair and reconditioning techniques 

• New design and modifications 

• Hands-on instructions and practical exercises 

PREREQUISITES 

The trainees should have a basic educational background in engineering (mechanical 

or electrical) or marine engineering with operational experience of the diesel engines in 


Course Data 

Target Group 

Duration 



This specific engine course is designed for ship crew, maintenance 

personnel, operators and power plant management personnel. 



Deutz 604B 

Deutz 234 

Deutz 616 

Deutz 620 

Deutz 628 

Deutz 816 

25

SULZER AS/AT ENGINE PRACTICAL 


After this training course the trainees are able to describe the purpose of the design 

features, operation conditions and performance of the specified diesel engine, related 

components and systems. 


• Engine design and operational data 

• Hydraulic tightening 

• Removal and installation of 1 complete cylinder unit (depending on availability of 

parts on site) 

• Engine ancillary systems 

• Fluid treatments 


• Basic pneumatics – Starting air system 

• Alignment basics 


PREREQUISITES 

The trainees should preferably have a basic education in engineering, (mechanical or 



Course Data 

Target Group 

Duration 



This training course is aimed at ship crew, maintenance personnel, 

operators and power plant management personnel. 



Sulzer AS25 

Sulzer AT25 

Sulzer A20 

Sulzer S20 

26

WÄRTSILÄ PRODUCT COURSES (2-STROKE) 

• WÄRTSILÄ RT BASIC 

• WÄRTSILÄ RT OPERATION AND PRACTICAL 

• WÄRTSILÄ RT OPERATION 

• WÄRTSILÄ RT PRACTICAL 

• WÄRTSILÄ RT PRACTICAL INTERMEDIATE 

• WÄRTSILÄ RTA82 

• WÄRTSILÄ RT FOLLOW-UP 

• WÄRTSILÄ RT-FLEX BASIC 

• WÄRTSILÄ RT-FLEX OPERATION AND PRACTICAL 

• WÄRTSILÄ RT-FLEX OPERATION AND PRACTICAL ADVANCED 

• WÄRTSILÄ RT-FLEX OPERATION 

• WÄRTSILÄ RT-FLEX PRACTICAL 

• WÄRTSILÄ RT-FLEX FOLLOW-UP 

• WÄRTSILÄ W-X ENGINE BASIC (FOR W-X35/40 / W-X62/72) 

• WÄRTSILÄ W-X ENGINE OPERATION AND PRACTICAL (FOR W-X35/40/ 

W-X62/72) 

28

WÄRTSILÄ RT BASIC 


The participants will gain basic knowledge of 2-stroke engine working principle, RT (RTA, 

RT-flex and W-X) engine components, turbocharger, fuel injection, cylinder lubrication and 

designation. 


• History of Diesel engines 

• Four- and two stroke working principle 

• 2-stroke engine part & structure 

• Engine numbering and designation 

• The principle of the turbocharger 

• The principle of the fuel injection 

• Cylinder lubrication 

• Hydraulic and pneumatic system 

• Engine control system 

• Waste heat recovery 

• Inspection and overhaul intervals 

PREREQUISITES 

The trainees should have basic knowledge about 2-stroke engines and understand technical 

documents. 

Course Data 

Target Group 

Duration 


This RT Basic training course is aimed for ship engineers and operators 

which need basic information about RTA and RT-flex (engine body only) 

engine technologies for their daily work. 


Winterthur, Switzerland 


Shanghai, China 

Hamburg, Germany 

29

WÄRTSILÄ RT OPERATION AND PRACTICAL 


The trainees shall be able to maintain the 2-stroke engine system in a safer way and 

understand how to operate the engine effectively. The trainees will receive thorough 

familiarisation with procedures concerning the most common maintenance work on RTA 

and RT-flex type engines and planning of the efficient maintenance. 


• History of Diesel engines 

• Four- and two stroke working principle 

• Different scavenging principles 

• RTA and RT-flex engine related components RTA Series 8, Series 2, Series 2U, 2U- 

B, RTA-C, RTA-T, RTA-T(B/D), RT-flex 

• CLU3 and CLU4 cylinder lubricating system 


• Engine control system with VIT, VEC and FQS 

• SIPWA-TP and MAPEX-PR monitoring system 

• Service aspects with maintenance videos 

• Service bulletins 

PREREQUISITES 

The trainees should have good knowledge about maintenance and operation of 2-stroke 

engines and understand technical documents. 

Course Data 

Target Group 

Duration 


This RT Operation & Practical training course is aimed for ship engineers 

and operators which need detailed information about RTA and RT-flex 

(engine body only) engine technologies for their daily work. This training 

is also suitable for superintendents and fleet managers to get a good 

overview. 




30

WÄRTSILÄ RT OPERATION 


Target of the RT Operation course is that the participants knows how to operate 

conventional 2-stroke engines, have detailed knowledge about RT engine components, 

hydraulic & pneumatic system, control system, cylinder lubrication CLU3 or CLU4 and 

service aspects. 


• Introduction into the 2-stroke engine technology 

• RTA related components 


• Engine control system 

• CLU3 or CLU4 cylinder lubricating system 

• Simulator training on RT simulator 

• Service aspects 

PREREQUISITES 

The trainees should have good knowledge about maintenance and operation of RT-Engines 

and understand technical documents. 

Course Data 

Target Group 

Duration 


This RT Operation training course is intended for ship’s crew, for marine 

engineering personnel watch keeping engineers and operators with 

responsibilities related to daily shipboard operation of vessels, 2-stroke 

engine systems. 




31

WÄRTSILÄ RT PRACTICAL 


Target of the RT Practical course is that the participants know the differences to 

conventional 2-stroke engines and being able to carry out maintenance and inspections on 

RT components. The trainee will receive through familiarization with procedures concerning 

the most common maintenance work on 2-stroke engine systems and planning of the 

efficient maintenance. Hands-on training will be performed on important parts. 


• Hands-on training on 

– Piston gland box 

– White metal Camshaft 

– Reversing servomotor 

– Camshaft 

– Fuel injecting pump timing 

– Fuel- and actuator cam 

PREREQUISITES 

The trainees should have basic knowledge about 2-stroke engines and understand technical 

documents. 

Course Data 

Target Group 

Duration 


This RT Practical training course is aimed for ship engineers, maintenance 

engineers and all other professionals with responsibilities related to 

shipboard daily operation and maintenance of vessels with 2-stroke 

engine systems. 




32

WÄRTSILÄ RT PRACTICAL INTERMEDIATE 

Individual trainings for: 

• Hands-on for bearings 

• Hands-on for camshaft 

• Hands-on for fuel pumps 


The trainees shall be able to maintain the 2-stroke engine system in a safer way. The 

trainees will receive a thorough familiarisation with procedures concerning the common 

inspection- and maintenance work on 2-stroke engine systems and planning of efficient 

maintenance. 


• Engine components 

• Practical training on related components 


PREREQUISITES 

The trainees should have a basic knowledge of marine, 2-stroke engine systems together 

with some operational experience of the 2-stroke engines. A general theoretical education in 

engineering or another sound mechanical education is preferable. 

Course Data 

Target Group 

Duration 


This RT Practical Intermediate training course is aimed for ship engineers, 

operators, Wärtsilä service- and commissioning engineers and all other 

professionals with responsibilities related to shipboard daily maintenance 

of vessels with RTA and RT-flex 2-stroke engine types. 

Each training 5 working days 


33

WÄRTSILÄ RTA82 


The trainees shall be able to maintain RTA82 in a safer, reliable and economical way, take 

care of the engine (plant) as well as make a more effective contribution to the operation of 

machinery. The trainees will receive detailed theoretical instructions in RTA82 technology as 

well as through familiarization with procedures concerning the maintenance work on these 

components. 


• Introduction RTA82 Engine 

• Fuel Injection & Actuator Pump Practical Training 

• Q&A 

PREREQUISITES 

The trainees should have basic technical maintenance and operation knowledge about RT- 

Engines and understand technical documents. 

Course Data 

Target Group 

Duration 


This training course is aimed for ship’s crew, for marine engineering 

personnel/operators, maintenance engineers and all other professionals 

with responsibilities related to shipboard daily operation and maintenance 

of vessels with 2-stroke engine systems. 



34

WÄRTSILÄ RT FOLLOW-UP 


Target of the RTA Follow-up course is to deepen the knowledge of RTA technology by a 

repetition part, in-detail presentation of systems and components, operational aspects on 

the simulator and Q&A session with specialists from technical services. After this training, 

the participants understand the function of an RTA engine and its control in detail. They will 

be able to operate and maintain an RTA engine in a safe and economic way. 


• Repetition of RTA technology, related components and systems 

• Deepening of know-how of RTA engines 

• Technical meeting with field service specialists 

• Q&A 

PREREQUISITES 

The trainees should have good knowledge about maintenance and operation of RTA and 

understand technical documents. The trainee should have done at least one contract on 

board a ship with an RTA engine. 

Course Data 

Target Group 

Duration 


This RTA Follow-up training course is aimed for ship engineers and 

operators with on-board RTA experiences. 




35

WÄRTSILÄ RT-FLEX BASIC 


Target of the course is that the participants know the differences to conventional 2-stroke 

engines, have basic knowledge of RT-flex engine components, hydraulic & pneumatic 

system, WECS-9520 control system, flexView operator interface, cylinder lubrication CLU3 

or CLU4 and basic service aspects. 

In RT-flex Basic training, no hands-on or simulator training is included. 


• Comparison RTA – RT-flex engines 

• Introduction into the RT-flex technology 

• RT-flex related components 

• WECS-9520 engine control system 

• flexView operator interface 

• Cylinder lubricating system 

• Basic service aspects 

PREREQUISITES 

The trainees should have basic technical maintenance and operation knowledge about RT- 

Engines and understand technical documents. 

Course Data 

Target Group 

Duration 


This RT-flex Basic training course is aimed for ship engineers and nonengine 

room ratings and operators which need first time basic information 

about RT-flex engine technologies. This training is also suitable for 

superintendents and fleet managers to get a global overview. 






36

WÄRTSILÄ RT-FLEX OPERATION AND PRACTICAL 


Target of the RT-flex Operation & Practical course is that the participants know the 

differences to conventional 2-stroke engines, have detailed knowledge about RT-flex engine 

components, hydraulic & pneumatic system, WECS-9500 or WECS-9520 control system, 

flexView operator interface, cylinder lubrication CLU3 or CLU4 and service aspects. The 

trainees will understand the function of RT-flex engines and its control. They will be able to 

operate and maintain RT-flex engines in a safe and economic way. 





• Hands-on training on some RT-flex components 

• WECS-9500 or WECS-9520 engine control system 



• Exercises on RT-flex simulator 


PREREQUISITES 



Course Data 

Target Group 

Duration 


This RT-flex Operation & Practical training course is aimed for ship 

engineers and operators which need detailed information about RT-flex 

engine technologies for their daily work. This training is also suitable for 

superintendents and fleet managers to get a good overview. 





37

WÄRTSILÄ RT-FLEX OPERATION AND PRACTICAL ADVANCED 


Target of the RT-flex Operation & Practical course is that the participants know the 

differences to conventional 2-stroke engines, have detailed knowledge about RT-flex engine 

components, hydraulic & pneumatic system, WECS-9500 or WECS-9520 control system, 

flexView operator interface, cylinder lubrication CLU3 or CLU4 and service aspects. Handson 

training on RT-flex components 

The trainees will understand the function of RT-flex engines and its control. They will be able 

to operate and maintain RT-flex engines in a safe and economic way. 





• Hands-on training on RT-flex components 




• Exercises on RT-flex simulator 


PREREQUISITES 



Course Data 

Target Group 

Duration 


This RT-flex Operation & Practical Advanced training course is aimed 

for ship engineers and operators which need detailed and practical 

information about RT-flex engine technologies for their daily work. 




38

WÄRTSILÄ RT-FLEX OPERATION 


Target of the RT-flex Operation course is that the participants know the differences to 

conventional 2-stroke engines, have detailed knowledge about RT-flex engine components, 

hydraulic & pneumatic system, WECS-9520 control system, flexView operator interface, 

cylinder lubrication CLU3 or CLU4 and service aspects. The trainees will understand the 

function of an RT-flex engine and its control. They will be able to operate an RT-flex engine 

in a safe and economic way. 








• Detailed exercises on RT-flex simulator 


PREREQUISITES 



Course Data 

Target Group 

Duration 


This RT-flex Operation training course is intended for ship’s crew, for 

marine engineering personnel watch keeping engineers and operators with 

responsibilities related to daily shipboard operation of vessels, 2-stroke 

engine systems. This training is also suitable for superintendents and fleet 

managers to get a good overview. 





39

WÄRTSILÄ RT-FLEX PRACTICAL 


Target of the RT-flex Practical course is that the participants know the differences to 

conventional 2-stroke engines and being able to carry out maintenance and inspections 

on RT-flex components. The trainees will receive through familiarization with procedures 

concerning the most common maintenance work on 2-stroke engine systems and planning 

of the efficient maintenance. Hands-on training will be performed on important parts. 





• Hands-on training on: 

– Supply unit camshaft 

– Fuel supply pump 

– Servo oil pump 

– Exhaust valve 

– Fuel injector 

– VCU, ICU, and rail valve 

– Pulse lubrication system 

PREREQUISITES 



Course Data 

Target Group 

Duration 


This RT-flex Practical training course is aimed for ship engineers, 

maintenance engineers and all other professionals with responsibilities 

related to shipboard daily operation and maintenance of vessels with 

2-stroke engine systems 




40

WÄRTSILÄ RT-FLEX FOLLOW-UP 


Target of the RT-flex Follow-up course is to deepen the knowledge of RT-flex technology by 

a repetition part, in-detail presentation of systems and components, operational aspects on 

the simulator and Q&A session with specialists from technical services. After this training, 

the participants understand the function of an RT-flex engine and its control in detail. They 

will be able to operate and maintain an RT-flex engine in a safe and economic way. 


• Repetition of RT-flex technology, related components and systems 

• Deepening of know-how of RT-flex engines 

• Technical meeting with field service specialists 

• Q&A 

PREREQUISITES 

The trainees should have good knowledge about maintenance and operation of RT-flex 

engines and understand technical documents. The trainee should have done at least one 

contract on board a ship with an RT-flex engine. 

Course Data 

Target Group 

Duration 


This RT-flex Follow-up training course is aimed for ship engineers and 

operators with on-board RT-flex experiences. 

4-5 working days 



41

WÄRTSILÄ W-X ENGINE BASIC (FOR W-X35/40 / W-X62/72) 


Target of the course is that the participants know the differences to conventional 2-stroke 

engines, have basic knowledge of W-X35/40 / W-X62/72 engine components, hydraulic 

& pneumatic system, UNIC-flex control system, LDU operator interface, cylinder lubrication 

and basic service aspects. In this W-X Engine (W-X35/40 and W-X62/72) Basic training, no 

hands-on or simulator training is included. The trainees will understand the basic function 

of W-X35/40 / W-X62/72 engines and its control. 


• Comparison RTA – W-X35/40 / W-X62/72 engines 

• Introduction into the W-X35/40 / W-X62/72 technology 

• W-X35/40 / W-X62/72 related components 

• UNIC-flex engine control system 

• LDU operator interface 


• Basic service aspects 

PREREQUISITES 



Course Data 

Target Group 

Duration 


This W-X Engine Basic training course is aimed for ship engineers and 

non-engine room ratings and operators which need first time basic 

information about W-X35/40 / W-X62/72 engine technologies. This 

training is also suitable for superintendents and fleet managers to get a 

global overview. 






42

WÄRTSILÄ W-X ENGINE OPERATION & PRACTICAL (FOR W-X35/40 

/ W-X62/72) 


Target of the W-X engine Operation & Practical course is that the participants know the 

differences to conventional 2-stroke engines, have detailed knowledge about W-X35/40 / 

W-X62/72 engine components, hydraulic & pneumatic system, UNIC-flex control system, 

LDU operator interface, cylinder lubrication and service aspects. The trainees will be able to 

operate and maintain W-X35/40 / W-X62/72 engines in a safe and economic way. 


• Comparison RTA – W-X35/40 / W-X62/72 engines 

• Introduction into the W-X35/40 / W-X62/72 technology 

• W-X35/40 / W-X62/72 related components 

• Hands-on training on some W-X35/40 / W-X62/72 components 

• UNIC-flex engine control system 

• LDU operator interface 


• Exercises on UNIC-flex simulator 


PREREQUISITES 



Course Data 

Target Group 

Duration 


This W-X Engine Operation & Practical training course is aimed for ship 

engineers and non-engine room ratings and operators which need first 

time basic information about W-X35/40 / W-X62/72 engine technologies. 

This training is also suitable for superintendents and fleet managers to get 

a global overview. 






43

WÄRTSILÄ PRODUCT COURSES (PROPULSION) 

• CONTROLLABLE PITCH PROPELLER 

• STEERABLE THRUSTERS 

• TRANSVERSE THRUSTERS 

• WATERJETS 

• CONTROLLABLE PITCH PROPELLER (CPP) CONTROL SYSTEM, RETROFIT 

• PROPULSION TRAINING FOR SHIPYARDS 

44

CONTROLLABLE PITCH PROPELLER 


To obtain an understanding of CPP mechanical and hydraulic engineering and control 

systems to be able to carry out troubleshooting and make basic adjustments. 


• Main system components 

• Basic CPP knowledge 

• Mechanical layout and design 

• Maintenance and operation 

• Hydraulic system 

• Gear boxes (Wärtsilä models if applicable) 

• Explanation of the system based on the software block diagram 

• Practical training with the control system 

• Troubleshooting 

• Hardware handling 

PREREQUISITES 

Trainees should have an educational background in marine engineering and operational 

experience with ship propulsion. 

Course Data 

Target Group 

Duration 


The controllable pitch propeller course is designed for ship engineers and 

electricians. 



45

STEERABLE THRUSTERS 


To obtain an understanding of STT mechanical and hydraulic engineering and control 




• Basic STT knowledge 


• Maintenance and operation 


• Explanation of the system based on the software block diagram 




PREREQUISITES 



Course Data 

Target Group 

Duration 


The steerable thrusters course is designed for ship engineers and 

electricians. 



46

TRANSVERSE THRUSTERS 


To obtain an understanding of TT mechanical and hydraulic engineering and control systems 

to be able to carry out troubleshooting and make basic adjustments. 



• Basic TT knowledge 



• Explanation of the control system 



PREREQUISITES 



Course Data 

Target Group 

Duration 


The transverse thrusters course is designed for ship engineers and 

electricians. 

1 working day 


47

WATERJETS 


To obtain an understanding of WJ mechanical and hydraulic engineering and control 



• Main components 

• Basic WJ knowledge 


• Hydraulic and lubrication system 

• Explanation of the control system 



PREREQUISITES 



Course Data 

Target Group 

Duration 


The waterjet course is designed for ship engineers and electricians. 



48

CONTROLLABLE PITCH PROPELLER (CPP) CONTROL SYSTEM, 

RETROFIT 


After this training course, the trainees are able to understand the ‘new’ control system after a 

retrofit and make some basic adjustments, as well as set up trends (monitoring) in the ‘new’ 

system. 


• Main control system components 

• Basic CPP knowledge 

• Software element description 

• Explanation of the system based on the block diagram 

• Practical training in simulated environment 


• Monitoring 


PREREQUISITES 



Course Data 

Target Group 

Duration 


The Propulsion control system course is designed for ship engineers and 

electricians. 



49

PROPULSION TRAINING FOR SHIPYARDS 


To obtain knowledge and understanding of Installation procedures from Wärtsilä, the 

propeller shafting for CPP, installation requirements and potential risks during installations. 


• Installation planning instructions 

• Working principles of CPP installations 

• Propeller shaft lay-out 

• Seals and bearings 

• Hydraulic couplings type FC and HCF 

• Alignment procedures 

• Hands-on for Coupling/Blade mounting/seals and bearings and Oil Distribution box 

PREREQUISITES 

Trainees should have an educational background in mechanical engineering. 

Course Data 

Target Group 

Duration 


This specific propulsion course is designed for shipyard engineers. 



50

WÄRTSILÄ PRODUCT COURSES 

(CONTROL, AUTOMATION AND ELECTRICAL) 

• WÄRTSILÄ ENGINE CONTROL SYSTEM (WECS) 2000 





• WÄRTSILÄ UNIFIED CONTROLS (UNIC C1, C2, C3) 

• UNIVERSAL CONTROL SYSTEM (UCS) 

• LOCAL CONTROL SYSTEM 

52

WÄRTSILÄ ENGINE CONTROL SYSTEM (WECS) 2000 


After this training course the trainees know the main function and components of WECS 

2000. 


• Main components of WECS 2000 

• WECS specific function 

• WECS documents 

• Safety system 


PREREQUISITES 

The trainees should have a basic knowledge of engine control systems. Theoretical 

education on engine design and operation is preferred. 

Course Data 

Target Group 

Duration 


This WECS 2000 operation course is aimed at engine operators. 





53



After this training course the trainees know the main function and components of the WECS 

3000 system, speed control. The configuration tool WECSplorer is also covered. 


• WECS 3000 design and function 

• Speed control system 

• WECSplorer 

– Software downloading 

– Software check 

– Online/offline tuning 

– Trending 

• Hands-on 

PREREQUISITES 



Course Data 

Target Group 

Duration 


This WECS 3000 operation course is aimed at engine operators. 




54




7000. The configuration tool WECSplorer is also covered. 


• Control systems 






PREREQUISITES 



Course Data 

Target Group 

Duration 


This WECS operation course is aimed at engine operators. 




55




7500. The configuration tool WECSplorer is also covered. 


• Control systems 






PREREQUISITES 



Course Data 

Target Group 

Duration 


This WECS operation course is aimed at engine operators. 




56



After this training course the trainees know the main function and components of the WECS 

8000 system, speed control. The configuration tool WECSplorer is also covered. 


• WECS 8000 design and function 

• Speed control system 



– Software Check 


– Trending 

• Hands-on 

PREREQUISITES 



Course Data 

Target Group 

Duration 


The WECS 8000 training course is aimed at engine operators. 




57

WÄRTSILÄ UNIFIED CONTROLS (UNIC C1, C2, C3) 


After this training course the trainees know the main function and components of UNIC C1/ 

C2/C3. 





– Software check 


– Trending 

• Hands-on 

PREREQUISITES 

The trainees should have a basic knowledge of engine control systems Theoretical 


Course Data 

Target Group 

Duration 






This UNIC C1/C2/C3 training course is aimed at engine operators. 


Course 

UNIC C1, C2 and C3 

UNIC C1 and C2 

UNIC C1, C2 and C3 

UNIC C2 

58

UNIVERSAL CONTROL SYSTEM (UCS) 


The purpose of this training course is to introduce the trainees to the design features, 

operation conditions and performance of the Universal Control System (UCS) and related 

components. There is also emphasis on measuring and interpreting electrical signals. 


• Introduction to Wärtsilä 

• Sensors and actuators 

• Universal Control System (UCS) design and function 

• Universal Control System (UCS) product family and applications 


• Operating data 

• Troubleshooting and component evaluation 

• Hands-on testing of available parts 

PREREQUISITES 

The trainees should have a basic education in electrical engineering, preferably with 

operational experience of internal combustion engines in different applications. Knowledge 

of the values of quantities and units is an advantage. 

Course Data 

Target Group 

Duration 


This training course is designed for Wärtsilä service engineers and network 

personnel. 



59

LOCAL CONTROL SYSTEM 


The purpose of this training is to introduce the trainees to the design features, operation 

conditions and performance of the LCS system and related components. 


• Introduction to Wärtsilä 

• LCS design and function 


• Use of specific simulation tools 

• Operation and supervision routines 


• Troubleshooting and component evaluation 

• Hands-on testing of available parts 

PREREQUISITES 

The trainees should have a basic education in engineering, (mechanical or electrical), or 

marine engineer together with operational experience of the diesel engines in different 

applications. 

Course Data 

Target Group 

Duration 


This training course is aimed for ship crew and management or middle 

management. 



60

WÄRTSILÄ PRODUCT COURSES (OTHERS) 

• OILY WATER SEPARATION & OILY WATER TREATMENT OPERATION 

• WÄRTSILÄ NO X 

REDUCERS (NOR) 

• WÄRTSILÄ SO X 

REDUCERS - SCRUBBER SYSTEM 

• LNGPAC OPERATION ADVANCED 

62

OILY WATER SEPARATION & OILY WATER TREATMENT OPERATION 


After the course the attendants have excessive knowledge about the Oily Water 

Separation(OWS) & Oily Water Treatment (OWT) units. They are able to carry out the 

operation & service routines of the unit and its related systems. 


• Course introduction 

• Regulations and products 


• Instrumentation and automation systems 

• Hands on: Preparation of the unit 

• Chemicals MSDS 

• Operating instructions 

• Hands on: Operation and service of the unit 

PREREQUISITES 

The trainees should have a basic knowledge of oily water separation principles together with 

some operational experience of the engine room or power plant. Theoretical education on 

engineering is preferred. 

Course Data 

Target Group 

Duration 


The Oily Water Separation and Oily Water Treatment Operation course is 

aimed for ship or power plant engineers. 



63

WÄRTSILÄ NO X 

REDUCERS (NOR) 


The course is to enable personnel who are or will be involved in the area of engine 

applications to make use of the knowledge in their working activities. The participants will 

understand the relation between engine operation and environmental emission requirements. 

They will also learn how to utilise the emission products to meet the regulations. Practical 

introduction on the simulator will be combined with theoretical introductions and discussions. 


• Legislation overview, land based & marine 

• Emission & Environmental solutions 

• Emission control products 

• SCR 

• Chemicals 

• Equipment layout examples 

• SCR simulator introduction & testing 

PREREQUISITES 

The trainees require a limited knowledge of the general technology involved. A general 

awareness of global environmental concerns will lead to a quicker understanding of the 

product need. The course requires a positive mind, active participation and a will to develop 

personal skills. 

Course Data 

Target Group 

Duration 


This training course is aimed for all staff who are regularly or occasionally 

involved in engine related business or service activities, and need to 

ensure that they have basic technical knowledge of this specialised area. 



64

WÄRTSILÄ SO X 

REDUCERS - SCRUBBER OPERATION 


After this training course the trainees will be able to operate and maintain the scrubber in a 

safe way. They will get acquainted with the rules and legislation regulating SOx emissions, 

know the basics of scrubber chemistry, understand the design and function of the dual 

water scrubber systems and master its control and monitoring systems. 


• Legislation and regulations overview 

• Design and function of the scrubber systems 

• Bleed-off treatment unit 

• Media requirements and treatment 

• Maintenance 


• Operation support tools 

PREREQUISITES 

The trainees should have a suitable technical education and basic knowledge of SOx 

reduction principles. 

Course Data 

Target Group 

Duration 


This training course is aimed for ship support, operation and management 

level of engineering staff. 



65

LNGPAC OPERATION ADVANCED 


At the end of the training, the participant should have acquired a basic understanding of 

liquid natural gas as fuel, the technical properties of compressed natural gas, its explosion 

limits, ignition sources, risk reduction measures, and procedures for normal operation and 

emergency situations. 


• LNG properties and safety 

• Environmental legislation 

• Design and function of LNGPac 

• Start, stop and operation of LNGPac 

• Simulator training 

• Maintenance of LNGPac 

• Control and automation of LNGPac 

PREREQUISITES 

The general basic training required for the basic safety crew is based on the assumption 

that the crew does not have any prior knowledge of gas, gas engines and gas systems. 

Course Data 

Target Group 

Duration 


LNGPac Operation Advanced course is intended for all ships’ officers and 

engineers. 



66

MAIN ENGINE COURSES 

• ENGINE PERFORMANCE COURSE 

• 2-STROKE ENGINE COURSE GENERIC 

• MAIN ENGINE 4-STROKE MEDIUM-SPEED TRAINING 

68

ENGINE PERFORMANCE COURSE 


After completing this training participants should be able to maximize the performance of 

the engines under their supervision, maintain the engine in a safe manner and make more 

effective contribution to the operation of the machinery. Respond correctly, by means of 

observing and analysing the operating data, given parameters, engine output and ambient 

condition where the engine is operating, thereby reducing breakdown and maintenance 

cost. This course may also be delivered using other brands of engine. 


• Design and function of scavenge air cooler 

• Effects of dirty air cooler, condensed water 

• Engine power estimation 

• Diesel engine combustion process 

• Correction of performance parameters, specification of fuel, fuel oil calculation 

• Cylinder liner/ piston rings condition analysis 

• Testing and calibration of fuel injection equipment 

• Fuel and lube oil management 

• Case scenarios in the engine simulator 

PREREQUISITES 

Management level engineers. 

Course Data 

Target Group 

Duration 


The EPC course is intended for engine officers. 



69

2-STROKE ENGINE COURSE GENERIC 


The objective of the 2-stroke Engine Course Generic (2SEC) is to enable the trainees to 

maintain the engine in a safer manner, and to be able to contribute more effectively to 

the operation of the machinery. The trainees will learn the basics of evaluation of engine 

operation parameters and maintenance planning. This course may also be delivered using 

other brands of engine. 


• The principles of 2-stroke operation 

• Component design and function concepts 

• Starting systems 

• Cooling arrangements 

• Instrumentation and controls 

• Fuel systems 

• Hands-on training on 2-stroke engine and engine simulator 

PREREQUISITES 

The trainees should have a basic knowledge of diesel engine principles, and some 

operational experience of engine room systems and components. Theoretical education on 

internal combustion engines is preferred. 

Course Data 

Target Group 

Duration 


The 2 Stroke Engine Course Generic is aimed at marine engineers and is 

recommended for professionals representing the operational level ranks. 



70

MAIN ENGINE 4-STROKE MEDIUM-SPEED TRAINING 


On completion of the Medium-Speed Main Engine (MSME) training course the trainees 

shall be able to maintain the auxiliary engine (medium-speed) system in a safer way 

and effectively operate all medium-speed engines. During the MSME training course the 

trainees will be thoroughly familiarized with all procedures concerning the most common 

maintenance work on the medium-speed engine system equipment and with planning 

efficient maintenance. 


• Introduction 

• Engine block and crankshaft 

• Cylinder liners and pistons 

• Turbocharger and air cooling 

• Fuel oil system 

• Cooling water system 

• Hands-on training on 4-stroke engine and engine simulator 

PREREQUISITES 

The trainees should have basic knowledge of the auxiliary engine (medium speed) systems, 

and some operational experience of these systems. Formal theoretical education in marine 

engineering is preferred but not mandatory. 

Course Data 

Target Group 

Duration 


This MSME training course is aimed at shipboard engineering personnel: 

watch keeping engineers, maintenance engineers and other professionals 

with responsibilities related to daily shipboard operation and maintenance 

of the vessel’s auxiliary engine/medium-speed systems. 




71

ENGINEERING COURSES 

• TURBOCHARGER COURSE 

• BASIC HYDRAULICS AND PNEUMATICS 

• ENGINE ROOM AUXILIARY SYSTEMS ADVANCED 

• WELDING PRACTICAL BASIC 

• WELDING PRACTICAL ADVANCED 

• NON DESTRUCTIVE EXAMINATION AND TESTING PRACTICAL BASIC 

• NON DESTRUCTIVE EXAMINATION AND TESTING PRACTICAL ADVANCED 

• NON DESTRUCTIVE EXAMINATION AND TESTING PRACTICAL ADVANCED (UT) 

• BASIC ENGINE ROOM TRAINING COURSE 

• MARINE BASIC ENGINE TRAINING COURSE 

• SHIP, ENGINE AND PROPULSION KNOWLEDGE BASIC 

72

TURBOCHARGER COURSE 


To explain the purpose of turbochargers as they relate to engine performance. Identifying 

the main components of ABB VTR and TPL turbochargers and describing their function. 

Enumerating and describing the maintenance schedules and procedures. Performing the 

required overhauling and inspection of ABB VTR 454 properly and safely. 


• Turbocharger course 

• Turbochargers and engine power 

• Principles of turbocharger operation 

• The main difference between ABB’s VTR and TPL turbochargers 

• Identification and function of main components 


• Wet and dry cleaning of turbochargers 

• Hands-on training on VTR 454 turbocharger 

PREREQUISITES 

The participants should preferably have a BSc education in engineering (mechanical or 

electrical) or marine engineering, and sufficient operational experience of diesel engines in 


Course Data 

Target Group 

Duration 


This training course is intended for engine personnel, who are engaged in 

the O&M of diesel engines. 


Khopoli, India 



73

BASIC HYDRAULICS AND PNEUMATICS 


The purpose of this training is to obtain understanding of the basic hydraulic and pneumatic 

systems, in relation to systems used on ships. 


• Basic hydraulic principles pressure, flow and forces 

• Hydraulic symbols and diagrams 

• Hydraulic equipment such as pumps, valves and filters 

• Explanation of different diagrams of common used installations 

• Basic pneumatic principles 

• Pneumatic symbols and diagrams 

• Pneumatic equipment 

PREREQUISITES 

The trainees should have a basic educational background in technique. 

Course Data 

Target Group 

Duration 


This basic hydraulics and pneumatics course is designed for marine 

engineers. 



74

ENGINE ROOM AUXILIARY SYSTEMS ADVANCED 


In order to upkeep a safe and reliable operation, understanding of special equipment is of 

importance. The aim of this training is to provide the trainees with the knowledge to operate 

and maintain major auxiliary units. This training is limited to a maximum of three suppliers, 

preferably purifier, booster unit and boiler makers. 


• Classroom introduction 

• Design and function of the units 

• Maintenance and adjustments 

• Trouble shooting 

• Hands-on (depend of agreed program) 

PREREQUISITES 

The trainees should have a basic knowledge of engine room or power plant auxiliary 

principles together with some operational experience of diesel engines. Theoretical 

education on internal combustion engines is preferred. 

Course Data 

Target Group 

Duration 


The Engine Room Auxiliary Systems advanced training course is aimed for 

ship crew at the Operational and Management levels and power plant 

Middle or Senior management. 




75

WELDING PRACTICAL BASIC 


The target of the course is to recognize that welding is an important part of the Quality 

Control during production and service. Correct understanding of the welding methods 

GMAW/FCAW, SMAW and GTAW and occupational safety during the applied process. 

Becoming acquainted with the meaning of welding symbols specified in drawings. Hands-on 

practical welding test for GMAW/FCAW, which is mostly used in fabrication of main welding 

components. It is helpful to understand the welding process and technology. 


• Education targets 

• Education demands/prerequisites/conditions 

• The welding process 

• Hands-on training 

PREREQUISITES 

The trainee should have basic technical knowledge, be able to control his working 

motion, have endurance, be able to diagnose certain situations/ implement necessary 

countermeasures, have the ability to concentrate and understand drawing specifications, 

preferably welding symbols. 

Course Data 

Target Group 

Duration 


This practical basic course is aimed at persons, who might be interested 

in welding supervision and understanding how to perform the welding 

process. 



76

WELDING PRACTICAL ADVANCED 


The target of the course is to recognize that welding is an important part of the Quality 

Control during production and service. Correct understanding of the welding methods 

GMAW/FCAW, SMAW and GTAW and occupational safety during the applied process. 

Becoming acquainted with the meaning of welding symbols specified in drawings. Hands-on 

practical welding test for GMAW/FCAW, which is mostly used in fabrication of main welding 

components as well as for GTAW/SMAW. It is helpful to understand the welding process 

and technology. 




• The welding process and technology 

• Hands-on training in GMAW/FCAW and GTAW/SMAW 

PREREQUISITES 

The trainee should have basic technical knowledge, be able to control his working 

motion, have endurance, be able to diagnose certain situations/ implement necessary 

countermeasures, have the ability to concentrate and understand drawing specifications, 

preferably welding symbols. 

Course Data 

Target Group 

Duration 


This practical advanced course is aimed at persons, who might be 

interested in welding supervision. 



77

NON DESTRUCTIVE EXAMINATION AND TESTING 

PRACTICAL BASIC (VT, PT & MT) 


The target of the course is to recognize that Non Destructive Testing (NDT) is an important 

part of the quality control during production and service. Correct application and use of the 

NDT methods Visual Testing (VT), Penetration Testing (PT) and Magnetic Particle Testing 

(MT) and mastering rules and occupational safety during the applied process. Being able to 

read specifications and evaluating parts with indications and reporting them. 




• NDT introduction on different applications 

• VT, PT and MT theoretical background 

• VT, PT and MT tools 

• Reporting of VT, PT and MT results 

• Conducting the VT, PT and MT on testing samples 

• Evaluation and reporting the VT, PT and MT results NDT Safety Matters 

PREREQUISITES 

The trainee should have technical knowledge, be able to control his working motion, have 

endurance, be able to diagnose certain situations/implement necessary countermeasures, 

have the ability to concentrate and understand drawing specifications as well as follow 

drawing requirements. 

Course Data 

Target Group 

Duration 


This basic course is aimed at persons with a mechanical background, 

such as engineers, welders and mechanics. 



78


PRACTICAL ADVANCED (VT, PT, MT & UT) 


The target of the course is to recognize that non destructive testing is an important part of 

the quality control wrap-up during production and service. Correct application and use of the 

NDT methods as Visual Testing (VT),Penetration Testing (PT), Magnetic Particle Testing (MT) 

and Ultrasonic Testing (UT) and mastering rules and occupational safety during the applied 

process. 




• NDT introduction on different applications 

• VT, PT, MT and UT theoretical background 

• VT, PT, MT and UT tools 

• Reporting of VT, PT, MT and UT results 

• Conducting the VT, PT, MT and UT on testing samples 

PREREQUISITES 





Course Data 

Target Group 

Duration 


This advanced course is aimed at persons with a mechanical background, 




79


PRACTICAL ADVANCED (UT) 


The target of the course is to recognize the non destructive testing in the Ultrasonic Testing 

(UT) application during production and service. Correct application and use of the UT 

apparatus and tools. Being able to read specifications and evaluating parts with indications 

and reporting them. Mastering rules and occupational safety. 




• UT applications 

• UT theoretical background 

• UT tools 

• Wärtsilä specifications for UT on wrought products and welding components 

• Conducting the UT on testing samples Evaluation and reporting the UT results Safety 

Matters 

PREREQUISITES 





Course Data 

Target Group 

Duration 


This advanced course is aimed at persons with a mechanical background, 




80

BASIC ENGINE ROOM TRAINING COURSE 


The trainees shall be able to maintain the engine in safer way and will make more effective 

contribution to the operation of machinery. They will learn the basics of engine operation. 

They will learn how to use the engine room auxiliaries and systems. The trainees will get 

familiarized with the fundamentals of maintenance planning. The course participants will get 

acquainted with basic procedures related to work safety and environmental issues as well as 

with basic, pertinent regulatory matters. 


• Pertinent regulatory issues (IMO, flag state, company specific) 



• Engine room equipment maintenance schedule 

• Use of specific tools 

• Operation and supervision routines 


• Alarms and protection system 

• Safety and fire prevention 

• Environmental matters 

PREREQUISITES 

The trainees should have a basic knowledge of engine and ship engine room principles 

together with some operational experience of the engines and engine room equipment. 

Formal theoretical education in engineering is preferred but is not mandatory. 

Course Data 

Target Group 

Duration 


Basic Engine Room Training (BERT) course is intended for ship engineers. 

Basic Engine Room Training course is also recommended for the nonofficer 

engine room ratings. 



81

MARINE BASIC ENGINE TRAINING COURSE 


The trainees are able to maintain the engine in safer way and will make more effective 

contribution to the operation of machinery. They will learn the basics of engine operating 

value evaluation and maintenance planning. Special focus is on the economical aspects of 

engine operation and utilization, for example: 

– Fuel oil consumption 

– Safe operation 

– Engine efficiency 

– Environmental care 

– Maintenance procedures. 





• Alarms and protection system 

• Mandatory requirements 

PREREQUISITES 

The trainees should have a basic knowledge of diesel engine principles together with some 



Course Data 

Target Group 

Duration 


Marine Basic Engine Room Training (MBE) course is intended for ship 

engineers. Basic Engine Training course is also recommended for the 

non-officer engine room ratings. 



82

SHIP, ENGINE AND PROPULSION KNOWLEDGE BASIC 


The objective of this training is to obtain a basic understanding of engine and ship 

propulsion technology and applications and a basic understanding of the Wärtsilä concepts 

regarding propulsion products. 


• Orientation on Wärtsilä propulsion concepts 

• Basic propulsion knowledge 

• Orientation on market segments and propulsion applications 

• General product overview of; 

– Fixed Pitch Propellers 

– Controllable Pitch Propellers 

– Tunnel (Transverse) Thrusters 

– Steerable (Azimuth) Thrusters 

– Water jets 

– Gearboxes 

– Seals and Bearings 

– 2- stroke and 4- stroke engines 

PREREQUISITES 

No specific requirement. 

Course Data 

Target Group 

Duration 


The Ship, Engine and Propulsion knowledge course is intended for 

customers who have a professional interest in Ship, Engine and Propulsion 

Systems. 



83

CONTROL, AUTOMATION AND ELECTRICAL COURSES 

• AUTOMATION, INSTRUMENTATION AND SENSOR TECHNIQUE PRACTICAL 

• PROGRAMMABLE LOGIC CONTROLLER COURSE 

• CONTROL SYSTEM REGOLATEURS EUROPA OPERATION AND PRACTICAL 

ADVANCED 

• CONTROL SYSTEM WOODWARD OPERATION AND PRACTICAL ADVANCED 

• MARINE HIGH VOLTAGE 

• DIESEL ENGINE GOVERNOR 

• PROPULSION ELECTRONICS BASIC (+ PLC CONNECTIONS) 

• CYLMATE INTELLIGENT COMBUSTION MONITORING PRACTICAL & 

OPERATION 

84

AUTOMATION, INSTRUMENTATION AND SENSOR TECHNIQUE 

PRACTICAL 


To provide the trainee with some basic electrical knowledge and fault finding skills so they 

can support the staff onboard the vessel with greater understanding of what is happening in 

particular situations. They can solve/diagnose small electrical problems, therefore keeping 

shore assisted maintenance costs down. 


• Basic electrical theory (AC & DC) 

• Electrical safety 

• Electrical measurement techniques 

• Sensor types (introduction different sensor types, their implementation PT100, 

thermocouple, magnetic pickups, proximity switch and pressure transmitters) 

• Electrical equipment, fault finding techniques 

• Insulation test theory (importance onboard the vessel) 

• Automation equipment theory (Kongsberg and Lyngsoe) 

• Starter panel training (practical) 

PREREQUISITES 

The trainee should have some basic knowledge of ship operations. 

Course Data 

Target Group 

Duration 


This basic course is aimed at ships staff. Primarily for non officers, office 

staff (Coordinators, Buyers) who need a better understanding of electrical 

engineering and Automation so they can understand better what is 

happening onboard the vessel. 




85

PROGRAMMABLE LOGIC CONTROLLER COURSE 


After completing this training, the participants should be able to familiarize with the principle 

of programmable logic controllers, perform trouble shooting and fault finding, carry out 

programming of the module. 


• Basic electricity and safety 


• Introduction to PLC 

• History, evolution of PLC, definition 

• PLC system 

• PLC system software 

• Hands-on training on PLC module 

PREREQUISITES 

The trainees of this course should have attended the instrumentation and automation course. 

Course Data 

Target Group 

Duration 


The PLC course is intended for Marine Engineers, Engine Officers and 

Electricians for Marine and power plant. 



86

CONTROL SYSTEM REGOLATEURS EUROPA OPERATION 

AND PRACTICAL ADVANCED 


After this training course the trainees know the main function and components of regulators 

control system speed control. 


• Main components of control system 

• Electronic governing 

• Viking25 

• Actuator Europa 


PREREQUISITES 

The trainees should have a basic knowledge of engine control system. Theoretical education 

on engine design and operation is preferred. 

Course Data 

Target Group 

Duration 


This control system operation course is aimed at engine operators. 




87

CONTROL SYSTEM WOODWARD OPERATION 

AND PRACTICAL ADVANCED 


After this training course the trainees know the main function and components of regulator 

control system speed control. 


• Main components of control system 

• Electronic governing 


PREREQUISITES 

The trainees should have a basic knowledge of engine control system. Theoretical education 

on engine design and operation is preferred. 

Course Data 

Target Group 

Duration 


This control system operation course is aimed at engine operators. 




88

MARINE HIGH VOLTAGE 


The trainees are able to understand the working principles and operational function of each 

HV electrical system of the ship’s power plant, enabling them to operate the plant in a safe 

and more effective way. 


• Pertinent regulatory matters (IMO, flag state, company specific) 

• Electrification 

• Regulations 

• Alternators and Automatic Voltage Regulators (AVR’s) 

• Medium voltage switchgears 

• Hands-on exercises 

• MV / LV transformers 

• Power distribution 

• Safety of operations 

• CPR and first aid, electrical injuries 

PREREQUISITES 

The trainees should have a basic knowledge and fundamental practical experience of 

marine electrical design. Operational experience is very helpful. Formal theoretical education 

in electrical engineering is preferred. 

Course Data 

Target Group 

Duration 


This training course is aimed at engine operators. 



89

DIESEL ENGINE GOVERNOR 


Upon completion of the course, the trainees should be familiar with design features, control 

systems with related automation, operation conditions, performance, and fault diagnosis 

of the governor as installed in a diesel engine. Included hands-on training on a Woodward 

UG-8 and PGA governor shall increase effectiveness and proficiency. This engine course is 

prepared with the intention of closing skills gap and improving work performance of engine 

personnel/officers, in accordance with provisions of section A-III/1 of the STCW95 Code. 


• Governor design and function 


• Governing fundamentals 

• Principle of operation 

• Electric governor principle 

• Engine test procedure 

• Troubleshooting and repair 

• Replacement parts 

• Hands-on training on governor unit 

PREREQUISITES 

The participants in this course should have sufficient experience in the operation and 

maintenance of diesel engines as well as its system. 

Course Data 

Target Group 

Duration 


This training course is intended for, but not limited to, marine engine 

personnel (Management and/or Operational Level), who are engaged in 

the O&M of a marine diesel engine. 





90

PROPULSION ELECTRONICS BASIC (+ PLC CONNECTIONS) 


After this training course the trainees are able to get a basic understanding of electronic 

components, such as resistors, capacitors, diodes, transistors, operational amplifiers, sensors 

and logical devices including their applications, to improve faultfinding skills. 


• Introducing electronics and measuring 

• Handling of a multimeter (DC and AC measurements) 

• Explanation of electronic components with their application 

– Resistors (normal, potentiometers, LDR, NTC/PTC, VDR) 

– Capacitors (non polarized and polarized) 

– Diodes (normal and zenerdiodes) 

– Transformers 

– Transistors (NPN and PNP, darlington and FET) 

– Operational amplifiers (non-inverting and inverting amplifier) 

– Digital ports ((N)OR, (N)AND, EXOR, Set-Reset memory and timers) 

– Sensors, Transducers 

– PLC’s 

• Fault-finding techniques on the above mentioned components 

PREREQUISITES 

The trainees should have a basic technical knowledge. 

Course Data 

Target Group 

Duration 


This training course is aimed at engineers who will perform on-board 

maintenance on ship controls. 



91

CYLMATE INTELLIGENT COMBUSTION MONITORING (ICM) 

PRACTICAL AND OPERATION ADVANCED 


To provide the trainee with some basic knowledge, installation, system checking and 

commissioning and fault finding/solving skills so they can support the operators with greater 

understanding of what is happening in particular situations. They can solve/diagnose small 

electrical and mechanical problems. 


• System overview (components) 

• Installation (wiring connection) 

• Software structure (handling- events and alarms) 

• Commissioning (analysis data) 

• Engine model commissioning (operator station) 

• Maintenance system check, SW handling) 

• Fault tracing and data analysis 

PREREQUISITES 

The trainees should have a basic knowledge of marine and power plant 2- and 4-stroke 

engine systems together with some operational experience. Formal theoretical education in 

engineering and basic electronics is preferred but is not mandatory. 

Course Data 

Target Group 

Duration 


This Practical & Operation course is aimed for marine and/or power plant 

engineering operators and all other professionals with responsibilities 

related to daily operation of 2-and 4-stroke engine systems. Primarily 

the course is designed for those who need a better understanding of the 

CYLMATE ICM installation aspects, system and commissioning/operation 

function. 



92

POWER PLANT TRAINING COURSE 

• POWER PLANT INTRODUCTION TRAINING COURSE 

• POWER PLANT ELECTRIFICATION TRAINING COURSE 

• POWER PLANT MANAGEMENT TRAINING COURSE 

• POWER PLANT INTRODUCTION ON-SITE TRAINING COURSE 

• POWER PLANT ELECTRIFICATION ON-SITE TRAINING COURSE 

• POWER PLANT OPERATION ON-SITE TRAINING COURSE 

• POWER PLANT MAINTENANCE ON-SITE TRAINING COURSE 

• POWER PLANT OPERATION AND MAINTENANCE ON-SITE TRAINING COURSE 

94

POWER PLANT INTRODUCTION TRAINING COURSE 


The purpose of this training is to familiarise operators and middle management with 

the design features of the entire power plant, routines and strategies for operation, and 

maintenance of the power plant. 


• Plant general arrangements 

• Plant operation routines 

• Fuel, lube oil and water quality 

• Auxiliary systems operation instructions 

• Installation documentation system, power plants 

• Power plant supervision routines, instructions 

• Engine care 


• Plant overall alarm system 

• Condition Based Maintenance (CBM) 

• Creating a staff training plan 

• Spare part handling and delivery 

• Exchange and safety parts 

PREREQUISITES 




Course Data 

Target Group 

Duration 


Power plant introduction course is aimed for middle management and 

operators. 





95

POWER PLANT ELECTRIFICATION TRAINING COURSE 



electrical system in the power plant, thus enabling them to operate the plant in a safe and 

effective way. 



• Operation modes 

• Speed monitoring system 


• Electronic engine controller 

• Alternator 

• Automatic voltage regulator 

• Control and monitoring system 

• Operator station program 

• MV / LV switchgear 

• DC system, local control panels 

• Protection relays 

PREREQUISITES 

The trainees should have a basic knowledge of diesel power plant electrical design together 

with some operational experience. Theoretical education on electrical engineering is 

preferred. 

Course Data 

Target Group 

Duration 


Power plant electrification course is aimed for power plant management 





96

POWER PLANT MANAGEMENT TRAINING COURSE 


During this training, the trainer together with the management team, plans the operation and 

maintenance routines. This training also emphasises economic aspects of plant operation 

and maintenance. Key figures for reporting plant performance are also considered. 




• Management reporting 

• Fuel and lube oil management 

• Factors affecting economical operation 

• Principles of preventive maintenance 

• Diesel power plant coding system 

• Auxiliary System design aspects 

• Reliability centred maintenance 

• Maintenance and operation planning 

• Power plant logistics and forecasting 

PREREQUISITES 

The trainees should preferably have a BSc education in engineering, (mechanical or 


different applications, or similar. 

Course Data 

Target Group 

Duration 


The power plant management training course is aimed for power plant 

senior or middle management. 




97

POWER PLANT INTRODUCTION ON-SITE TRAINING COURSE 


The purpose of this training is to familiarise the operators and middle management with 

the design features of the entire power plant, routines and strategies for operation and 

maintenance of the power plant. 




• Fuel, lube oil and water quality 



• Power plant supervision routines, instructions 



• Plant overall alarm system 

• Condition Based Maintenance ( CBM ) 

• Creating a staff training plan 

• Spare part handling and delivery 

• Exchange and safety parts 

PREREQUISITES 




Course Data 

Target Group 

Duration 



Power plant introduction course is aimed for middle management and 

operators. 


On site 




98

POWER PLANT ELECTRIFICATION ON-SITE TRAINING COURSE 



electrical system in the power plant, thus enabling them to operate and maintain the plant 

on a safe and effective way. 



• Operation modes 

• Alternator 

• Excitation system 

• Protection relay 

• Control & monitoring system ( PLC ) 

• Operator station program 

• MV & LV systems 

• Local control panels 

• DC system 

• Governing systems 


• Function of engine alarm & protection system 

PREREQUISITES 

The trainees should have a basic knowledge of diesel power plant electrical design together 

with some operational experience. Theoretical education on basic electrical systems is 

preferred. 

Course Data 

Target Group 

Duration 



Site electrification course is aimed for power plant management and 

operators. 


On site 




99

POWER PLANT OPERATION ON-SITE TRAINING COURSE 


The trainees will be able to operate the engine in a safer way and operate all auxiliary units, 

synchronise and adjust the load on the DG-sets according to grid demand, and, carry out 

load sharing and shedding 


• Plant general arrangement 




• Heavy fuel oil quality and treatment 

• Lube oil quality requirements and analyzes 

• Water quality requirements and analyzes 


• Engine start, stop and operation 




• Plant operating instructions 

• Familiarizing with the aux. system 

PREREQUISITES 


operational experience of the diesel engine power plant. Theoretical education on internal 

combustion engines is preferred. 

Course Data 

Target Group 

Duration 



Operation and maintenance course is aimed for power plant maintenanceengineers, 

operators and middle management. 


On site 




100

POWER PLANT MAINTENANCE ON-SITE TRAINING COURSE 


The trainees are able to carry out daily and scheduled maintenance in practice after 

this training course. They will be familiar with all engine related special tools and basic 

adjustments. 



• Maintenance planning 


• Hands-on maintenance instructions 

• Measurement techniques 

• Inspections and measurement 

• Component condition evaluation 

• Maintenance reporting 

PREREQUISITES 


maintenance experience of diesel engines. Theoretical education on internal combustion 


Course Data 

Target Group 

Duration 



Extended maintenance training course is aimed at power plant personnel 

taking part in the power production, preferably representing the 

maintenance department. 


On site 



101

POWER PLANT OPERATION AND MAINTENANCE ON-SITE 

TRAINING COURSE 


The trainees will be able to maintain the engine in safer way and operate all auxiliary units, 

synchronise and adjust the load on the DG-sets according to grid demand, and, carry out 

load sharing and shedding. They will learn the fundamentals to carry out the most common 

maintenance work and maintenance planning. 


• Plant general arrangement 




• Heavy fuel oil quality and treatment 

• Lube oil quality requirements and analyzes 

• Water quality requirements and analyzes 


• Engine start, stop and operation 

• Engine care & Evaluation of engine operating data 

• Engine condition check & Reading flow diagrams 


• Speed governing principles 

• Fuel injection equipment, Function and overhaul 

• Maintenance operations, Hands-on 

• Installation documentation system, Power plants 

• Plant operating instructions & Familiarizing with the aux. system 

Course Data 

Target Group 

Duration 



Operation and maintenance course is aimed for power plant maintenanceengineers, 

operators and middle management. 


On site 


Rio de Janeiro, Brazil 



102

103

GLOBAL CONTACT INFORMATION 

To find out more about our training solutions 

you may contact: 

- your nearest Wärtsilä Training Centre 

- wlsa@wartsila.com 

- http://www.wartsila.com/wlsa 

TRAINING CENTRES 

USA 

Fort Lauderdale Training Centre 

2900 S.W. 42nd Street 

Ft. Lauderdale, FL 33312 

Telephone: +1 954-327-4884 

Telefax: +1 954 327 4884 

E-mail: Maria.Futerfas@wartsila.com 

INDIA 

Khopoli Training Centre 

Neco Chambers, Plot#48, Sector11 

CBD Belapur, NaviMumbai-400614 

Telephone: +91 22 27575361/71 

Telefax: +91 21 92269713 

E-mail: shashikant.shetty@wartsila.com 

FINLAND 

Turku Training Centre 

Stålarminkatu 45 

FI-20810 Turku 

Telephone: +358 10 7090000 

E-mail: WFI-s.trainingcentre@wartsila.com 

SOUTH KOREA 

Busan Training Centre 

651-16, Eomgung-dong, 

Sasang-gu, 617-831 Busan 

Telephone: +82 51 329 0500 

Telefax: +82 51 329 0797 

E-mail: SoonKyung.Shin@wartsila.com 

NETHERLANDS 

Waalwijk Training Centre 

Altenaweg 18 

5145PC Waalwijk 

Telephone: +31 (0)416 38 81 15 

E-mail: wlsa.netherlands@wartsila.com 

104

ITALY 

Trieste Training Centre 

Bagnoli della Rosandra, 334 

San Dorligo della Valle 

34018 Trieste 

Telephone: +39 040 3195657 

Telefax: +39 040 3195282 

E-mail: wit.service_training@wartsila.com 

SWITZERLAND 

Winterthur Training Centre 

Administrative Address: 

Zürcherstrasse 12 

CH-8401 Winterthur 

Visiting Address: 

Sulzer Allee 19, Geb. 650 

CH-8404 Winterthur 

Telephone: +41 52 262 2330 

Telefax: +41 52 262 0402 

E-mail: margrit.molnar@wartsila.com 

BRAZIL 

Rio de Janeiro Training Centre 

Rua São Luiz Gonzaga 

354 - São Cristóvão 

20910-060 Rio de Janeiro 

Telephone: +55 21 3878 8900 

Telefax: +55 21 3878 8901 

GERMANY 

Hamburg Training Centre 

Administrative Address: 

Schlenzigstrasse 6-8 

21107 Hamburg 

Visiting Address: 

Witternstrasse 4a 

21107 Hamburg 

Telephone: +49 40 75 49660 

Telefax: +49 40 75 496624 

E-mail: TrainingServicesWDE@wartsila.com 

CHINA 

Shanghai Training Centre 

Wärtsilä China Ltd. 

3F, Building 11 

170 Jin Feng Road, Pudong 

201201 Shanghai 

Telephone: +86 21 58585500 

Telefax: +86 21 58589331 

E-mail: wcn.training@wartsila.com 

105

Fort Lauderdale Training Centre 

USA 

The Wärtsilä Land & Sea Academy Regional Training Centre in Fort Lauderdale was 

inaugurated in September of 1988. We have been providing training and competent 

development programs to increase the skills of our customers and Wärtsilä personnel. 

Many marine and power plant companies have benefited from participating in our training. 

We provide specialized programs for the cruise industry, offshore drilling, USCG tankers, and 

other marine areas. We also have specialized programs for the power generation sector. 

These programs focus on heavy fuel plants, cogeneration, natural gas, and crude oil. Many 

power plants throughout the Americas have undergone training in our training centre or on 

site at their plant. The training centre is located just west of the Fort Lauderdale International 

Airport and minutes away from Port Everglades and Fort Lauderdale Beach. 

Wärtsilä Land & Sea Academy (WLSA) Training Centre in Fort Lauderdale offers its students: 

• Well appointed classrooms equipped with all modern teaching and training aids. 

• Engine components (cutaways, new and used components for hands-on training 

related to the assessment of components condition). 

• Real size hands-on engines (W46, ZA40S, WV32, W20 and W200) 

• Use of interactive training. 

• Simulators for engine controllers and monitoring systems (WECS). 

106

Khoppoli Training Centre 

india 

The Wärtsilä Land & Sea Academy Regional Training Centre in India is located in Khopoli, 

some 80 km form Mumbai-Pune Highway. 

The strategic location of this training centre inside the Wärtsilä manufacturing unit provides 

added value to its students in terms of expanded learning experiences. 

The training facility is continuously being improved to provide three levels of training: basic, 

practical and advanced. The surrounding provides an enjoyable and stable environment for 

both customers and Wärtsilä personnel alike. 

We offer: 

• Own training centre with large campus. 

• Hands-on training facilities with engine and components. 

• PLC training modules. 

• Governor test bench & training module. 

• Residential training facilities. 

• Partner training centres with trainer’s pool. 

• Wärtsilä India’s Field Service and Technical Service back up. 

107

Turku Training Centre 

Finland 

In 1939 the first diesel engine manufactured by Wärtsilä in Turku was delivered. From this 

time on, training activities have been conducted at the Wärtsilä facility and this tradition 

for quality, innovation and technical competence is present today in the training products 

offered at (WLSA) Wärtsilä Training Services Finland, Turku Training Centre. 

This training is provided exclusively for Wärtsilä products, for example: engines, ancillary 

units, engine control and automation, monitoring, fuel, and auxiliary systems simulators for 

both diesel and gas operated installations. 

A full spectrum of training methods is in use, including practical, classroom, on-site and 

simulated environment. 

The Training Centre is ISO 9001, 14000, 18000 OHAS accredited. 

108

Busan Training Centre 

KOREA 

Our Wärtsilä Land & Sea Academy training facility is located near the biggest shipyards and 

engine builders ideally for training your crew before taking over new building installations. 

There can be no margin for error, and our state-of-the-art full scale simulators and model 

engines covering Wärtsilä Engine Control System and products will allow your crew 

members to fine tune their skills. 

We guarantee that your investment in employee development will translate into solid 

business results. We have a large range of training solutions and we can also define 

programs that meet the specific requirements of your organization and installations. Our 

professional instructors will teach and demonstrate the necessary skills to your employees to 

become competent and confident in their daily work. We fulfil international training standards 

with ISO, IMO and STCW95 requirements and permanently monitor delivery standards. 

• In-class, practical (hands-on), operation (simulation) and/or tailor made trainings 

• Wärtsilä Product Courses (2-Stroke) 


• Engineering Courses 

• Control, Automation and Electrical Courses 

Depending on the learning objectives, different training tools such as full scale 2- & 4-stroke 

product equipment and simulators, covering the Wärtsilä portfolio products, are used for 

practical and operation training. We are also the platform for upgrading the skills and 

performance quality of our own Wärtsilä Services network experts. 

109

Waalwijk Training Centre 

THE Netherlands 

Our Training Services support customers with dedicated training courses, tailored to the 

specific installation/vessel. Customer training is always tailor-made to the actual scope for 

delivery hardware that is installed. Customer training covers mechanical hydraulic, pneumatic 

and electric/electronics systems, with additional focus on safe operation and preventive 

maintenance. 

WLSA is also the platform for upgrading the skills and performance quality of our own 

Wärtsilä Services network experts. 

Wärtsilä Land & Sea Academy (WLSA) Training Centre in the Netherlands offers its 

participants : 

• Classrooms equipped with all modern teaching and training aids, such as 

smartboards and simulators. 

• A complete Controllable Pitch Propeller installation for hands-on. 

• Several Wärtsilä and Deutz engines for hands-on. 

110

Trieste Training Centre 

ITALY 

Trieste Training Centre offers a variety of courses for both Wärtsilä personnel and customers. 

The program covers basic, advanced and fully tailor-made courses, based on customer 

requirements, in addition to Wärtsilä product courses. 

Trieste Training Centre offers well appointed classrooms equipped with all modern teaching 

and training aids; a training workshop and modern electronic laboratories are available for 

practical training sessions. 

We have the know-how and practical experience to target your learning objectives 

according to your needs and expectations. 

Trieste Training Centre provides professional fully tailor-made training on every engine type 

and related systems under WIT-S responsibility: from the earliest FIAT-designed engines to 

the newest control systems or common rail solutions. 

111

Winterthur Training Centre 

SWITZERLAND 

The Training Centre is located in the same building as the diesel technology centre, thereby 

providing the possibility to extend the training experience. We provide in-class, operation 

(simulation), practical (hands-on) and/or tailor made 2-stroke trainings with certified trainers. 

A comprehensive practical training workshop with the following equipment is available: 

• Full-size 4RTA62 training engine 

• Full-size RTA, RT-flex and W-X components and modules 

• Full-size control system simulators for RTA, RT-flex and W-X engines 

• Various engine optimising and monitoring systems 

• Engine- and engine room simulations 

• Possibility to observe the test engine (Wärtsilä 4RT-flex60) and component test beds 

112

Rio de Janeiro Training Centre 

BRAZIL 

Our Training Centre is centrally located in the industrial area of the NITERÓI city and offers its 

students modern and brand new installations. 

WLSA is dedicated to bring the customer’s business success through competence 

development. 

We work in close cooperation with our customers, offering both basic off-the-shelf courses 

and tailor-made technical, leadership and safety courses. 

Our Training Centre offers training packages and solutions according to your company’s 

needs. 

113

Hamburg Training Centre 

germany 

Wärtsilä Germany is located south of Hamburg, not far from Hamburg Harbour. 

Flexibility and willingness to adjust training solutions to suit customers requirements are the 

cornerstones of our training services. 

In the trainings our simulation possibilities are fully integrated and real components are 

available. 

Main Courses: 

• In-class, operations (simulator) and/ or tailor made courses 


• On-side courses in your premises (Mobile RT-flex Simulator) 

We offer on-site trainings on your vessels, instructing the crew under real circumstances for 

three up to five days. 

During the voyage, the focus will be on classroom training, in port, troubleshooting and 

practical items will be treated. 

114

Shanghai Training Centre 

china 

Our Training Centre is located within the premises of Wärtsilä China in Shanghai Pudong, 

close to major shipyards, ports and engine builders. 

We are offering standard and tailor-made training courses for Wärtsilä 2-stroke engines 

(RTA and RT-flex), including hands-on training on simulators and mechanical components. 

Courses for other Wärtsilä products can be arranged on request. 

In order to offer better training possibilities to our local customers, all training courses are 

also available in Chinese language (Mandarin). 

115

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Wärtsilä is a global leader in complete lifecycle power 

solutions for the marine and energy markets. By emphasising 

technological innovation and total efficiency, Wärtsilä maximises 

the environmental and economic performance of the vessels 

and power plants of its customers. In 2012, Wärtsilä’s net sales 

totalled EUR 4.7 billion with approximately 18,900 employees. 

The company has operations in nearly 170 locations in 70 

countries around the world. Wärtsilä is listed on the NASDAQ 

OMX Helsinki, Finland. 

WÄRTSILÄ ® is a registered trademark. Copyright © 2013 Wärtsilä Corporation.

Training Programme Catalogue - WÃƒÂ¤rtsilÃƒÂ¤

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