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ORGANIZATION CHART

� BASIC ORGANISATION CHART FOR THE MANAGEMENT OF A MARINA OR YACHTING HARBOURBASIC ORGANISATION CHART FOR THE MANAGEMENT OF A MARINA OR YACHTING HARBOURBASIC ORGANISATION CHART FOR THE MANAGEMENT OF A MARINA OR YACHTING HARBOURBASIC ORGANISATION CHART FOR THE MANAGEMENT OF A MARINA OR YACHTING HARBOUR

0 BOARD OF DIRECTORS – MANAGEMENT COMMITTEE

1 DIRECTOR - MANAGER

2 ADMINISTRATION

DIRECTOR HARBOURMASTER – OPERATIONS’ DIRECTOR SPORTS

DIRECTOR

3 HEAD OF

ADMINISTRATION HARBOUR FOREMAN

MAINTENANCE SUPERVISOR

DRY DOCK SUPERVISOR

CUSTOMER SERVICE MANAGER

SPORTS MANAGER

4 ADMINISTRATIVE

STAFF EXPERT SAILOR

MAINTENANCE OPERATIVE

DRY DOCK OPERATIVE

COMMERC. REPRESEN.

RECEPTIONIST SPORTS

SECRETARY

5 AUXILIARY

ADMINISTRATIVE SAILOR

AUXILIARY MAINTENANCE

AUXILIARY DRY DOCK

AUXIL. SALES

AUXILIARY RECEPTIONIST

MONITOR

DRY DOCK SUPERVISOR – Definition, Job Description

2

� DDDDRY DOCK SUPERVISORRY DOCK SUPERVISORRY DOCK SUPERVISORRY DOCK SUPERVISOR DEFINIDEFINIDEFINIDEFINITIOTIOTIOTIONNNN

He is the responsible of the coordination of the dry dock and all the works

done in it in all kind of vessels.

� JOB DESCRIPTIONJOB DESCRIPTIONJOB DESCRIPTIONJOB DESCRIPTION

IDENTIFICATION OF POSITION: DRY DOCK SUPERVISOR

DEPARTMENT: OPERATIONS

REPORTS TO: OPERATIONS’ DIRECTOR

EDUCATION AND OCCUPATIONAL TRAINING VALUABLE

PREVIOUS EXPERIENCE: DRY DOCK OPERATIVE

5 YEARS IN SIMILAR POSITION

SPECIFIC TRAINING:

o Knowledge of materials used in the marine industry. o Expert in handling different types of fibres used in the manufacture of boats. o Thorough knowledge of electrical, mechanical, welding, etc…

• Knowledge of the painting techniques of craft

REQUESTED ABILITIES:

o People person o Dynamism o Organization and planning o Leadership o Swimming

DRY DOCK SUPERVISOR – Definition, Job Description

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SPECIFIC KNOWLEDGES:

o First aid o Plan of Work Risks o Knowledge of the Emergency Plan of the facilities o Fire fighting

PHYSICAL EFFORT / MENTAL EFFORT:

It doesn’t require great physical effort because is a control job. It requires

more mental effort when there some stress situations due to the work

agglomeration and when treating with difficult clients.

OTHERS:

o Team work

o Public attention

o Medium autonomy

o Medium responsibility

Observations:

In the dry docks there the figure of the port agents who are port sailors. Part

of their daily tasks is done in the slipway. These workers have specialized in

some task such as paint, wood, fibre, etc… The name of port agent, normally

used by the French, derives from an attempt to discern between ship and

sailor port.

DRY DOCK SUPERVISOR – Duties and Responsabilities

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� DUTIES AND RESPONSIBILITIESDUTIES AND RESPONSIBILITIESDUTIES AND RESPONSIBILITIESDUTIES AND RESPONSIBILITIES

• Budget works and repairs to be made on the boats.

• Manages the transportation of boats through the travelift the boathouse

• Advises users the convenience of making repairs to their boats

• Produce delivery notes for the work performed.

• Keeps track of bills produced to its collection

• Develops statistics repairs.

• He is the contact with the outside companies that perform work on the

slipway.

• Gives the conformity with the work performed by subcontractors

DRY DOCK SUPERVISOR – Modular outlines of the training

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� MODULAR OUTLINES OF THE TRAININGMODULAR OUTLINES OF THE TRAININGMODULAR OUTLINES OF THE TRAININGMODULAR OUTLINES OF THE TRAINING

1).- INSTALLATION AND MAINTENANCE MECHANIC

1.1) Plotting machine

1.1.1) Rules 1.1.2) Symbology. 1.1.3) Planes.

1.2) Machine documentation

1.2.1) Technical characteristics. 1.2.2) Plans and schemes. 1.2.3) List of components, devices and materials 1.2.4) Installation and operating instructions 1.2.5) Establishment and operation manuals 1.2.6) Documentation for the preventive and corrective maintenance

1.3) Kinematics and dynamics of mechanisms

1.3.1) Par speed and engine power 1.3.2) Transformations of motion. 1.3.3) kinematic chains: kinematics and dynamics. 1.3.4) Transmission relations (ratios)

1.4) Functions, materials, technical characteristics, types and physical relationships of the elements of machines

1.4.1) Machine Shafts 1.4.2) Benches and slides of the benches. 1.4.3) Bearings, brackets. 1.4.4) Clutches. 1.4.5) Brakes. 1.4.6) Regulators. 1.4.7) Cams and actuators. 1.4.8) Elements of lubrication and greasing. 1.4.9) Belts and chains. 1.4.10) Gears, speed reducers. 1.4.11) Couplings. 1.4.12) Elements for hydraulic and pneumatic groups.


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1.5) Measure and verification instrumental

1.5.1) Physical machine parameters and industrial equipments. 1.5.2) Functional and technical specifications, applications and

techniques for using instruments measuring physical quantities.

1.6) Tools and means for assembly and maintenance operations

1.6.1) Tools handicrafts assembly and disassembly. 1.6.2) Pneumatic and hydraulic tools. 1.6.3) Welding equipment. 1.6.4) Personal protective equipment.

1.7) Installation of machinery

1.7.1) Machine movement. 1.7.2) Anchorage, levelling and alignment. 1.7.3) Protection elements. 1.7.4) Safety Standards

1.8) Preventive Maintenance Techniques

1.8.1) Action Plans. 1.8.2) Preventive maintenance of machines and pneumatic and

hydraulic groups

1.9) Documentation of maintenance of machines

1.9.1) Technical characteristics. 1.9.2) Diagrams. 1.9.3) Guides and breakdown trees. 1.9.4) Instructions for adjustment. 1.9.5) Lists of devices and materials. 1.9.6) Reports of failures. 1.9.7) Historical breakdown files. 1.9.8) Statistical analysis reports of failures. 1.9.9) Computerized systems of maintenance management.

1.10) Detection, diagnosis and reparation of breakdowns

1.10.1) Methods of analysis and assessment of damage. 1.10.2) Breakdown trees.


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1.10.3) Troubleshooting equipment. 1.10.4) Software to support troubleshooting.. 1.10.5) Relations between effects observed or measured and possible

causes. 1.10.6) Work orders. 1.10.7) Methods and techniques for repair work. 1.10.8) Methods of adjustment and fine tuning after an intervention. 1.10.9) Safety standards. 1.10.10) Protection elements.

2).- DRIVING AND MAINTENANCE OF AUTOMATED ASSEMBLY LINES

2.1) Automated production processes

2.1.1) Typology and characteristics of the processes and automatic

control systems 2.1.2) Structure and characteristics of the chain of command and

control. 2.1.3) Types of energy for different controls. 2.1.4) Technologies and methods used in control systems connected 2.1.5) Technologies and methods used in control systems

programmed.

2.2) Technological and functional characteristics of automated systems

2.2.1) Power systems 2.2.2) Material handling systems and parts. 2.2.3) Transport systems. 2.2.4) Online storage systems and in plant.

2.3) Labour Movements

2.3.1) Rotational motion: acting elements and technical features 2.3.2) Movement linear: acting elements and technical features. 2.3.3) Movement in the three dimensions of space: acting elements

and technical features. 2.3.4) Technology acting elements.

2.4) Technical and functional features of transport systems

2.4.1) Elevators. 2.4.2) Vibrators.


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2.4.3) Tapes. 2.4.4) Chains. 2.4.5) Other systems.

2.5) Manipulators and robots

2.5.1) Types and characteristics of the manipulators and robots 2.5.2) Fields of application 2.5.3) Morphology of the industrial robot. 2.5.4) Functional parts of the manipulators and robots. 2.5.5) Transformations of movement characteristics. 2.5.6) Sensors, acting and control systems for manipulators and

robots. 2.5.7) Programming techniques and robot manipulators.

2.6) Manoeuvre and electric control

2.6.1) Switching and control Systems with panels of relays and

contactors. 2.6.2) Manoeuvre and control with PLCs (Programmable Logic

Controller) 2.6.3) Control instrumentation online 2.6.4) Operator terminals.

2.7) Techniques of systematic preventive maintenance and preventive in automatic systems.

2.7.1) Action Plans 2.7.2) Replacement of parts subject to wear. 2.7.3) Adjustment of mechanical parts, electrical, hydraulic and

pneumatic. 2.7.4) Lubrication.

2.8) Corrective maintenance techniques into automatic systems

2.8.1) Intervention techniques. 2.8.2) Methods of assembly and disassembly of each team 2.8.3) Specific tools for each team 2.8.4) Methods of test and trial

2.9) Documentation of the maintenance of automated systems

2.9.1) Technique features


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2.9.2) Electrical, mechanical, hydraulic and pneumatic schemes 2.9.3) Software documentation 2.9.4) Trees of breakdowns and fitting instructions 2.9.5) Parts lists. 2.9.6) Breakdowns reports 2.9.7) Historic files of failures of each team. 2.9.8) Statistical analysis reports of failures. 2.9.9) Computerized documentation of maintenance: Software for

general use and specific.

2.10) Detection, diagnosis and repair of faults in automated systems

2.10.1) Methods of analysis and assessment of damage 2.10.2) Relationship between effects observed or measured and

possible causes. 2.10.3) Methods and techniques for troubleshooting. 2.10.4) Methods and techniques for repair work on automatic systems. 2.10.5) Methods of adjustment and verification of mechanical,

electrical, hydraulic and pneumatic subsets 2.10.6) Safety standards 2.10.7) Protection elements

2.11) Instrumentation and repair tools

2.11.1) Basic instruments of measuring electrical quantities 2.11.2) Instruments and tools for adjustment and verification of

mechanical systems and components. 2.11.3) Specific software and hardware for diagnosis. 2.11.4) Telediagnosis equipment. 2.11.5) Equipments multitest 2.11.6) Specific instruments for diagnosis. 2.11.7) Systems self-diagnosis.

2.12) Maintenance organization

2.12.1) Functions and objectives of the maintenance 2.12.2) Productivity of the maintenance 2.12.3) Systematic preventive maintenance and provisional 2.12.4) Corrective maintenance 2.12.5) Documentation of the maintenance

3).- QUALITY IN THE ASSEMBLY AND PROCESS


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3.1) Quality and productivity

3.1.1) Quality of design and conformity 3.1.2) Quality of persons furnishing. 3.1.3) Quality of fabrication and assembly process 3.1.4) Quality of product 3.1.5) Quality of customer and service 3.1.6) Planning, organization and control 3.1.7) Quality system

3.2) Quality Standards

3.2.1) Regulations 9000 to 9005 (66,900 to 66,905 UNE). 3.2.2) Specific guidelines and regulations in the sector. 3.2.3) Classification Societies (Bureau Veritas, Lloyds, etc.).

3.3) Quality manuals

3.3.1) Implementation of ISO 9000. 3.3.2) Basics of a quality manual.

3.4) Quality Assurance

3.4.1) Providers’ quality. 3.4.2) Standardization 3.4.3) Certification. 3.4.4) Tests 3.4.5) Qualification. 3.4.6) Inspection. 3.4.7) Concerted quality.

3.5) Statistical techniques of quality control

3.5.1) Causes of variability of magnitudes 3.5.2) Production control for variables and attributes 3.5.3) Data analysis 3.5.4) Statistical models for reference 3.5.5) Sampling plans 3.5.6) Reception control. 3.5.7) Decision-making and associated risks. 3.5.8) Capability Studies.

3.6) Techniques of systematic analysis of problems


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3.6.1) Diagrams cause - effect. 3.6.2) Brainstorming 3.6.3) Classification. 3.6.4) Pareto Analysis 3.6.5) Moral analysis of errors and effects. 3.6.6) Analysis of value. 3.6.7) Control charts 3.6.8) Quality circles.

3.7) Metrology and measurement techniques

3.7.1) Quantities and units of measure 3.7.2) Measuring instruments. 3.7.3) Patterns 3.7.4) Calibration techniques 3.7.5) Measuring techniques 3.7.6) Automation of measurement and verification processes. 3.7.7) Type of measurement errors.

4).- ROCKET ENGINES AND COMMAND

4.1) Heat engines

4.1.1) Classification, characteristics, applications and features. 4.1.2) Components and constructive characteristics. 4.1.3) Requirements. 4.1.4) Symbolism, standards and schemas.

4.2) Lubrication systems

4.2.1) Lubrication systems and circuits: types, characteristics and

applications 4.2.2) Elements of the systems. 4.2.3) Influence of lubrication on performance, operational status and

life of the propulsion and steering equipment and services. 4.2.4) Characteristics of the lubricants and classification. 4.2.5) Symbolism, standards and schemas.

4.3) Cooling System


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4.3.1) Systems and cooling circuits: types, characteristics and applications.

4.3.2) Elements of the systems. 4.3.3) Requirements and cooling requirements. 4.3.4) Characteristics and properties of the cooling water 4.3.5) Symbolism, standards and schemas.

4.4) Power systems

4.4.1) Power needs and requirements of Otto engines. 4.4.2) Requirements and power requirements of diesel engines. 4.4.3) Electronic fuel injection systems: characteristics, components,

types and applications.

4.5) Command and Control Systems

4.5.1) Needs and requirements of command and control of propulsion

systems, command and service. 4.5.2) Starting system: types, characteristics and applications 4.5.3) Regulators: Fundamentals, characteristics, benefits and

applications. 4.5.4) Local and remote control: characteristics, features and

applications. 4.5.5) Instrumentation of parameter control. 4.5.6) Alarm system. 4.5.7) Automatisms of emergency stop. 4.5.8) Symbolism and scheme.

4.6) Transmission and propulsion systems

4.6.1) Propulsion systems: types, characteristics and applications. 4.6.2) Propeller: types, parts, features and applications. 4.6.3) Horn: types and characteristics. 4.6.4) Reducers used in motors: types, characteristics and

applications. 4.6.5) Inverter: types and characteristics. 4.6.6) Clutch: types and characteristics. 4.6.7) Axis lines: types and characteristics. 4.6.8) Fastening Systems (anchor) of engines in the boats: types,

features and applications.

4.7) Command systems

4.7.1) Servo engine: types and construction characteristics.


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4.7.2) Operation and performance of the facility and its components. 4.7.3) Control and safety elements.

4.8) Operation with equipments of propulsion and service

4.8.1) Sequences of start-up and shutdown of equipment. 4.8.2) Transfer of command to the control house. 4.8.3) Connect and disconnect of systems 4.8.4) Readings the parameters of control equipment. 4.8.5) Regulating parameters and control of equipment 4.8.6) Safety standards.

4.9) Fault detection and diagnosis

4.9.1) Systems and methods of analysis and evaluation of

breakdowns. 4.9.2) Guided methods. 4.9.3) Organoleptic methods. 4.9.4) Historical data of the systems. 4.9.5) Readings of the instrumentation of the systems control. 4.9.6) Criteria of the system selection, of the method and the

technical information. 4.9.7) Breakdowns of the systems. 4.9.8) Relation symptom-cause-effect. 4.9.9) Interaction of the systems. 4.9.10) Safety standards 4.9.11) Elements of protection and prevention.

4.10) Breakdowns and repairs

4.10.1) Repairs of the systems. 4.10.2) Alternatives of repairs. 4.10.3) Opportunity and feasibility of the repairs. 4.10.4) Work orders. 4.10.5) Methods and techniques: disassembly and reassembly,

replacement, reparation, adjustment, tuning and checking. 4.10.6) Spares and consumables. 4.10.7) Budgets. 4.10.8) Safety standards. 4.10.9) Elements of protection and prevention.

4.11) Scheduled Maintenance

4.11.1) Systematic preventive maintenance interventions.


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4.11.2) Interventions of predictive or conditioning preventive maintenance.

4.11.3) Schedule of the interventions.

5).- AUXILIARY SYSTEMS, SAFETY AND COMFORT

5.1) Bailing out and fire fighting services

5.1.1) Types, characteristics and applications. 5.1.2) Emergency services: Types, characteristics and applications.

5.2) Systems of transport fluid

5.2.1) Pipes, tubes, elbows, valves and joints: standardization. 5.2.2) Characteristics and applications. Regulations related to the

transport of fluids.

5.3) Photovoltaic installations

5.3.1) Types, characteristics, components, features, internal

connections and applications. Circuit and external connections. Schemes, symbolism and standardization

5.4) Lighting systems

5.4.1) Operation. 5.4.2) Types, characteristics, components, features, applications.

Circuit and connections. Emergency lighting.

5.5) Air conditioned installations

5.5.1) Characteristics, operation, types and features of the

installation and components. 5.5.2) Elements of the control and safety. 5.5.3) Used electric engines: Types, characteristics and features. 5.5.4) Electric protection of the installations. 5.5.5) Refrigerants fluids: Types, characteristics and applications.

5.6) Sanitary installations

5.6.1) Types, Characteristics, operation, types and features of the

installation and components.


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5.6.2) Elements of the control and safety. Electric engine and electric pumps used: Types, characteristics and features

5.6.3) Electric protections of the installations.

5.7) Gas installation


installation and components. 5.7.2) Elements of the control and safety. Electric protections of the

installations.

5.8) Water purification systems


installation and components. 5.8.2) Elements of the control and safety. 5.8.3) Electric protections of the installations.

5.9) Environmental protection equipment


installation and components. Elements of the control and safety. Marpol equipments. Practical applications.

5.10) Manoeuvre and deck equipment


installation and components. 5.10.2) Elements of the control and safety. 5.10.3) Electric engine and electric pumps used: Types,

characteristics and features 5.10.4) Electric protections of the installations.


5.11.1) Systems and methods of analysis and evaluation of

breakdowns. 5.11.2) Guided methods. 5.11.3) Organoleptic methods. 5.11.4 Historical data of the systems. 5.11.5) Readings of the instrumentation of the systems control. 5.11.6) Criteria of the system selection, of the method and the

technical information.


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5.11.7) Breakdowns of the systems. 5.11.8) Relation symptom-cause-effect. 5.11.9) Interaction of the systems. 5.11.10) Safety standards 5.11.11) Elements of protection and prevention.


5.12.1) Repairs of the systems. 5.12.2) Alternatives of repairs. 5.12.3) Opportunity and feasibility of the repairs. 5.12.4) Work orders. 5.12.5) Methods and techniques: disassembly and reassembly,

replacement, reparation, adjustment, tuning and checking. 5.12.6) Spares and consumables. 5.12.7) Budgets. 5.12.8) Safety standards. 5.12.9) Elements of protection and prevention.


5.13.1) Systematic preventive maintenance interventions. 5.13.2) Interventions of predictive or conditioning preventive

maintenance. 5.13.3) Schedule of the interventions

6).- SUPPORT SYSTEMS TO NAVIGATION AND COMMUNICATIONS

6.1) Radar y ARPA

6.1.1) Equipment: basics, elements, types, characteristics, features

and operation 6.1.2) Standards for the adjustment, installation, operation and

maintenance of equipment. 6.1.3) Interpretation of the screen 6.1.4) Disturbances and interferences.


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6.2) Plotter

6.2.1) Equipment: fundamentals, elements, types, characteristics,

features and operation 6.2.2) Standards for the adjustment, installation, operation and

maintenance of equipment. 6.2.3) Interpretation of the screen 6.2.4) Disturbances and interferences

6.3) GPS



maintenance of equipment. 6.3.3) Interpretation of the screen. 6.3.4) Disturbances and interferences

6.4) Sounding line and sonar



maintenance of equipment. 6.4.3) Interpretation of the screen. 6.4.4) Disturbances and interferences.

6.5) Wind equipment



maintenance of equipment. 6.5.3) Interpretation of the screen. 6.5.4) Disturbances and interferences.


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6.6) Autopilot



maintenance of equipment. 6.6.3) Disturbances.

6.7) Global Maritime Distress and Safety System (GMDSS)

6.7.1) Maritime (GMDSS). 6.7.2) Basic concept of GMDSS: fundamentals, components,

features, performance and operation. MF / HF DSC and RTF RTF DSC and VHF.

6.7.3) Other GMDSS equipment: fundamentals, components, features, performance and operation: Navtex receiver, receiver EGC (Enhanced Group Call) (INMARSAT) satellite beacons, "responders" radar, VHF walkie-talkies.

6.8) ECDIS

6.8.1) Features 6.8.2) Use.

6.9) Characteristics of the interconnections between equipment and navigational aids peripherals

6.9.1) Interconnection elements. 6.9.2) Physical transmission media: RS-232, parallel port, USB port,

Wi-Fi, Bluetooth. Ethernet, etc... 6.9.3) Types of transmission. 6.9.4) Connection types. 6.9.5) Operating systems concepts.

6.10) Applicable regulations to facilities and equipment aid to navigation


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7).- ELECTRICAL, PNEUMATICAL AND HYDRAULIC AUTOMATISMS

7.1) Automation Basics

7.1.1) Basic features of automated systems and processes. 7.1.2) Development of the automatic systems. 7.1.3) Characteristic features of continuous and sequential process.

7.2) Automation with connected systems and programmed systems

7.2.1) Typology and characteristics of the processes and automatic

control systems 7.2.2) Structure and characteristics of the chain of command and

control 7.2.3) Types of energy for the different controls 7.2.4) Technologies and methods used in control connected systems. 7.2.5) Technologies and methods used in control programmed.

7.3) Combinational logic

7.3.1) Basic elements of Boolean algebra 7.3.2) Binary variables and logical functions 7.3.3) Combinational logic functions 7.3.4) Implementation in different technologies.

7.4) Sequential logic

7.4.1) Characteristics of sequential systems. 7.4.2) Memory function 7.4.3) Sequential basic functions: counters and shift registers 7.4.4) Memories: typology and characteristics. 7.4.5) Deployment in different technologies

7.5) Switchboards

7.5.1) Types of switchboards and applications. 7.5.2) Symbols used in sketch frames and construction plans. 7.5.3) Materials for the assembly of switchboards.

7.6) Command, control and actuation in electrical machines

7.6.1) Command and control systems for electric machines


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7.6.2) Command and control devices: sensors, controllers and actuator

7.6.3) Relays and contactors. 7.6.4) Protection elements. 7.6.5) Measurement and signalling elements 7.6.6) Electrical engine starting systems: electrical and electronic

automation 7.6.7) Variation of electric machines speed DC and AC: speed sensors,

electrical and electronic equipment regulation.

7.7) Techniques to describe functional specifications of automatic systems

7.7.1) Diagrams of movement. 7.7.2) Diagrams of command. 7.7.3) Flowcharts. 7.7.4) Functional diagrams: el GRAFCET.

7.8) Programmable automatons

7.8.1) Functions and features of the PLC as a control element in

automatic systems. 7.8.2) Functional structure of an automaton 7.8.3) Inputs and outputs, digital, analogue and special. 7.8.4) Programming techniques of automata: list instructions, circuit

diagram, GRAFCET and others. 7.8.5) Means of communication between the robot and its environment 7.8.6) Control electro fluid by automatons.

7.9) Automatic systems of pneumatic control

7.9.1) Principles, physical laws and properties of gases. 7.9.2) Pneumatic technology: technical and functional features 7.9.3) Parts of pneumatic installations. 7.9.4) Production, distribution and preparation of the compressed

air. 7.9.5) Standard symbology 7.9.6) Typology, functions and characteristics of the equipment,

elements and devices 7.9.7) Elements emitting signals 7.9.8) Command elements. 7.9.9) Elements of signal processing 7.9.10) Acting elements.


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7.10) Pneumatic systems of electro pneumatical control

7.10.1) Standard simbology. 7.10.2) Electro valves and preostates. 7.10.3) Pushbuttons, limit switches and sensors. 7.10.4) Data process 7.10.5) Controls in terms of travel, time, pressure and other

parameters 7.10.6) Functional diagrams of stages 7.10.7) Safety standards

7.11) Automatic systems of hydraulic control.

7.11.1) Principles, physical laws and properties of liquid fluids. 7.11.2) Hydraulic technology: Technical and functional

characteristics 7.11.3) Parts of the hydro plant. 7.11.4) Production, transmission and distribution of liquid fluids 7.11.5) Standard symbology. 7.11.6) Typology, functions and characteristics of equipment,

components and devices 7.11.7) Elements emitting signals. 7.11.8) Control elements. 7.11.9) Signal processing elements. 7.11.10) Acting elements.

7.12) Automatic systems of electro hydraulic control

7.12.1) Standard simbology. 7.12.2) Direct / indirect command of actuators 7.12.3) Manual, automatic and emergency conditions. 7.12.4) Controls in terms of pressure, position, velocity and other

parameters. 7.12.5) Interlock systems. 7.12.6) Diagrams functional stages 7.12.7) Safety regulations

7.13) Instrumentation

7.13.1) Basic instruments for measuring electrical quantities in

automation 7.13.2) Instruments and useful tools for adjustment and verification of

systems and components.


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8).- TRAINING AND JOB GUIDANCE

8.1) Occupational health

8.1.1) Security, hygiene and health at work. 8.1.2) Health and environment 8.1.3) Risk factors at work: physical, chemical, efforts,

organizational and common, 8.1.4) Techniques of prevention and protection 8.1.5) Action in case of accident.

8.2) Law and Labour Relations

8.2.1) Administration and labour courts 8.2.2) Rights and job duties. 8.2.3) Modalities of the employment contract. 8.2.4) Modification, termination and violations. 8.2.5) Representation. 8.2.6) Collective agreements 8.2.7) Collective conflicts. 8.2.8) Social Security benefits.

8.3) Orientation and socio-labour insertion

8.3.1) Interests and capabilities 8.3.2) Job offers 8.3.3) Work as employee in a company or government. 8.3.4) Self-employment: freelance or social company. 8.3.5) Formative routes and professionalization.

9).- SYNTHESIS

9.1) Determine work procedures, sequence of tasks, material resources and organization time to develop and implement an integrated and related to assembling, maintenance and overhaul of naval equipment and machinery, equipment and structural elements of the vessel and port facilities


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9.2) Implementation of operations for assembly, disassembly, replacement of components, configuration and development of naval equipment and machinery, equipment and structural elements of the ship and port facilities

10).- TRAINING IN WORKPLACE

10.1) Training activities for the installation of equipment and marine engineering.

10.2) Training activities for maintenance of machines and equipment

10.3) Training activities relating to the corrective maintenance of machinery and equipment.


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STUDY PROGRAM TO BE “DRY DOCK STUDY PROGRAM TO BE “DRY DOCK STUDY PROGRAM TO BE “DRY DOCK STUDY PROGRAM TO BE “DRY DOCK SUPERVISOR”SUPERVISOR”SUPERVISOR”SUPERVISOR”

THEORY PRACT.

1).- INSTALLATION AND MAINTENANCE MECHANIC

120

1.1) Plotting machine

1.2) Machine documentation

1.3) Kinematics and dynamics of mechanisms

1.4) Functions, materials, technical characteristics, types and physical relationships of the elements of machines

1.5) Measure and verification instrumental

1.6) Tools and means for assembly and maintenance operations

1.7) Installation of machinery

1.8) Preventive Maintenance Techniques

1.9) Documentation of maintenance of machines

1.10) Detection, diagnosis and reparation of breakdowns

2).- DRIVING AND MAINTENANCE OF AUTOMATED ASSEMBLY LINES

70

2.1) Automated production processes

2.2) Technological and functional characteristics of automated systems

2.3) Labour Movements

2.4) Technical and functional features of transport systems

2.5) Manipulators and robots

2.6) Manoeuvre and electric control

2.7) Techniques of systematic preventive maintenance and preventive in automatic systems.


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THEORY PRACT.

2.8) Corrective maintenance techniques into automatic systems

2.9) Documentation of the maintenance of automated systems

2.10) Detection, diagnosis and repair of faults in automated systems

2.11) Instrumentation and repair tools

2.12) Maintenance organization

3).- QUALITY IN THE ASSEMBLY AND PROCESS 35

3.1) Quality and productivity

3.2) Quality Standards

3.3) Quality manuals

3.4) Quality Assurance

3.5) Statistical techniques of quality control

3.6) Techniques of systematic analysis of problems

3.7) Metrology and measurement techniques

4).- ROCKET ENGINES AND COMMAND 105

4.1) Heat engines

4.2) Lubrication systems

4.3) Cooling System

4.4) Power systems

4.5) Command and Control Systems

4.6) Transmission and propulsion systems

4.7) Command systems

4.8) Operation with equipments of propulsion and service




5).- AUXILIARY SYSTEMS, SAFETY AND COMFORT

140

5.1) Bailing out and fire fighting services

5.2) Systems of transport fluid

5.3) Photovoltaic installations


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THEORY PRACT.

5.4) Lighting systems

5.5) Air conditioned installations

5.6) Sanitary installations

5.7) Gas installation

5.8) Water purification systems

5.9) Environmental protection equipment

5.10) Manoeuvre and deck equipment




6).- SUPPORT SYSTEMS TO NAVIGATION AND COMMUNICATIONS

140

6.1) Radar y ARPA

6.2) Plotter

6.3) GPS

6.4) Sounding line and sonar

6.5) Wind equipment

6.6) Autopilot

6.7) Global Maritime Distress and Safety System (GMDSS)

6.8) ECDIS

6.9) Characteristics of the interconnections between equipment and navigational aids peripherals

6.10) Applicable regulations to facilities and equipment aid to navigation

7).- ELECTRICAL, PNEUMATICAL AND HYDRAULIC AUTOMATISMS

130

7.1) Automation Basics

7.2) Automation with connected systems and programmed systems

7.3) Combinational logic

7.4) Sequential logic

7.5) Switchboards


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THEORY PRACT.

7.6) Command, control and actuation in electrical machines

7.7) Techniques to describe functional specifications of automatic systems

7.8) Programmable automatons

7.9) Automatic systems of pneumatic control

7.10) Pneumatic systems of electro pneumatical control

7.11) Automatic systems of hydraulic control.

7.12) Automatic systems of electro hydraulic control

7.13) Instrumentation

8).- TRAINING AND JOB GUIDANCE 60

8.1) Occupational health

8.2) Law and Labour Relations

8.3) Orientation and socio-labour insertion

9).- SYNTHESIS 60

9.1) Determine work procedures, sequence of tasks, material resources and organization time to develop and implement an integrated and related to assembling, maintenance and overhaul of naval equipment and machinery, equipment and structural elements of the vessel and port facilities

9.2) Implementation of operations for assembly, disassembly, replacement of components, configuration and development of naval equipment and machinery, equipment and structural elements of the ship and port facilities


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THEORY PRACT.

10).- TRAINING IN WORKPLACE 105

10.1) Training activities for the installation of equipment and marine engineering.

10.2) Training activities for maintenance of machines and equipment

10.3) Training activities relating to the corrective maintenance of machinery and equipment.

SUMM HOURS: 860 105

TOTAL HOURS: 965

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