Electrical Engineer for ships of capacity of 750 kW and more

• Be At Least 18 Years Old
• A Basic Education Is Supported By The State (A. Certified Engineering Education From The State After Basic Education Or B. Primary Education Only)

• (A). Documented Sea Service Not Less Than 12 Months As Part Of A Training Program Supported Include Training On Board Ships And Meets The Requirements In Section A-III / 6 Of The International Convention For Education And Training STCW And Documented In The Record Book, Or (B). Service Workshops And Documented Sea Service In The Record Book   Not Less Than 36 Months, Of Which At Least 30 Months Sea Service In Engineering Department.

• Completed A Certified Education And Training To Achieve Efficiency Standards Contained In Section A
• III / 6 ( Responsibilities Of A Technical Officer Electricity ) Of The International Convention For Education And Training , Which Contains Practical Training In Workshops And  Ships To Achieve The Required Electrical And Electronic Skills.
• Meet The Standard Of Competence Specified In Section A – VI / 1 , Paragraph 2 (Training Approved For The Definition Of Personal Safety Techniques ,Fire  Prevention And Fire Fighting , First Aid, Personal Safety And Social Responsibilities ) Of The International Convention For Education And Training STCW.
• Meet The Standards Of Medical Fitness For Seafarers As Contained Base I / 9 Of The International Convention For Education And Training STCW, And Meet All Other Local Requirements Set By Local Laws And Regulations Governing Certification.

– Principles of operating mechanical engineering systems

– Principles of heat transfer, mechanics and hydrodynamics.

– The theoretical basics  of  the technology of electricity and electrical machinery

-Basics of electronics and energy

– Power distribution panels and electrical equipment

– Basics of automation , control systems and technology

– Ventilation systems, alarm and monitoring

– Electric motors

– Electrical Materials Technology

– Electrical control systems and hydraulic and electro-pneumatic

– Risk assessment and precautions needed to run power systems more than 1000 V

– Operation of automated control systems for main and auxiliary engines

– Preparing of control systems of  main and auxiliary engines for operation

– Operation of  generators and distribution systems

– Connectivity and distribution of loads and generators change

– Connect and disconnect the connectivity between switch boards and  distribution panels

– Operation and maintenance of power systems of more than 1000 V

– Operation of computers and computer networks on board ships

– The main features of data processing

– Construction and use of computer networks on board ships

– Use of computer wheelhouse and engine room and commercial uses

– Use English In Written And Oral form to enable the officer to use engineering publications and the performance of his duties

– Use Internal Communication Systems

– Maintenance and repair of automatic control systems for main and auxiliary engines

– Maintenance and repair of navigation equipment in Wheelhouse and communication systems in the ship

– Maintenance and repair of electrical and electronic systems and control systems on deck and cargo handling equipment

– Maintenance and repair of safety systems and equipment and control

– Prevention and control of marine pollution and international conventions

– Contribute to the safety of personnel and equipment

– Personal Safety & Social responsibilities

– First Aid

– fire prevention & Fire fighting

– Proficiency in Survival craft

– Proficiency in Personal Survival Techniques

– Security awareness & preventing acts of Piracy