34offshore Survey Positioning Nos

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National Occupational Standards

Offshore Surveying and Positioning



REV. Final DATE Jan. 2009 Offshore Surveying and Positioning NOS

Final Version January 2009 2 of 45

AMENDMENTS

AMENDMENT & DATE PAGES CHANGESMADE BY:

CHECKEDBY:

APPROVEDBY:

Revision FINAL released on 29-Jan 2009

All

Any amendments made to this standard by OPITO will be recorded above.





Offshore Survey and Position ing NOS

Unit Title Elements

1 Verify receipt and condition ofoffshore survey equipment

Verify receipt of offshore survey equipment

Verify condition of offshore survey equipment

2 Prepare work areas and installoffshore survey equipment

Develop installation plan

Position, connect and interface survey equipment

3 Check components and fastenoffshore survey equipment

Test offshore survey equipment

Secure offshore survey equipment

4 Establish and verify offshore surveyoffsets

Collect and verify survey offsets

5 Set up offshore survey acquisitionsoftware

Set up survey acquisition software

6 Calibrate and verify the systemintegrity of offshore surveyequipment

Calibrate offshore survey equipment

Verify the calibration of the survey equipment

Verify integrity of survey system

7 Configure, enable and maintainoffshore survey equipment

Operate offshore survey equipment

Monitor offshore survey equipment

Maintain offshore survey equipment

8 Log and implement qualityassurance of offshore survey data

Log survey data

Apply quality control and visualize

9 Review, process and interpretoffshore survey data

Process and interpret survey data

10 Present offshore survey information Chart offshore survey data

Report offshore survey data

11 Demobilise the offshore survey Disconnect and pack survey equipment

Forward survey data





Unit 1 Verify receipt and condition of offshore survey equipment

1.1 Verify receipt of offshore survey equipment

1.2 Verify condition of offshore survey equipment

During this work you must take account of the relevant worksite operational requirements,procedures and safe working practices AS THEY APPLY TO YOU.

Unit Scope

Safe Systems of Work must include processes or systems that incorporate HazardIdentification, Risk Assessment, Permit to Work and any other associated systems.

Unit-wide Knowledge*

By the end of this unit, you should be able to demonstrate a basic understanding of:

Sensor types

Survey system operational requirements

The expected output from different devices

The safe use of electronic tools

Safe electronic working practices

A logical approach to fault finding

* The Knowledge and Understanding level indicates the minimum level of knowledge andunderstanding sufficient to perform your role in a manner that would normally be associatedwith the minimum acceptable performance of a competent person undertaking your role.

The expression “working knowledge and understanding” indicates you are able to:

a) identify and apply relevant information, procedures and practices to your usual role inyour expected working environments needing only occasional recourse to referencematerials;

b) describe, in your own words, the principles underlying your working methods. Thisdoes not mean the ability to quote “chapter and verse”. Rather you must know whatsupporting information is available, how and where to find it and from whom to seekfurther guidance and information to confirm any additional required detail; and

c) interpret and apply the information obtained to your role, your working practice and in

your expected working environment.

Job Role Knowledge overpage…





JOB ROLE KNOWLEDGE & UNDERSTANDING

By the end of this training, you should be able to demonstrate:

Safety

Participation in an offshore safety induction

The ability to follow safety instructions and use appropriate safety equipment for deckand outside operations

The ability to identify different areas in the workplace, the risks associated with eachand a basic understanding of the regulations

The ability to follow muster calls, shipboard drills and exercises

The ability to locate muster points, life-saving equipment, fire fighting & safetyapparatus

The correct usage of personal protective equipment and safety aids

An understanding of company health, safety, environmental and quality procedures

The ability to locate all relevant health safety, environmental and quality proceduresat the work site

Emergency Procedures

An understanding of company emergency procedure documents and where to findthem

Knowledge of your role and the role of others in emergency situations

The ability to raise the emergency alarm and to alert others

Behavioural Factors

The ability to establish and maintain good working relationships with others

The ability to maintain a good standard of personal hygiene and general tidiness inboth the on-shift and off-shift environments

The ability to use clear, concise and correct verbal communications with colleagues

The ability to recognise personal limitations and effectively seek guidance

The ability to follow instructions and plan work in a single task environment

Good housekeeping when performing tasks

The ability to work effectively under time constraints A willingness to adapt to changes in work requirements

A willingness to assist other disciplines when project workload demands

IT Skills

The ability to use a keyboard and mouse

A working familiarity with the company operating system (E.g. Windows, UNIX)

The ability to power up workstation and log into a network

An understanding of network accounts and use of individual accounts and passwords

Basic workstation maintenance including file deletion, archiving & temporary filecontrols

The ability to operate basic word-processing applications

The ability to operate basic spreadsheet and database applications

The ability to create, modify and save documents ensuring adherence to companydocument

Formatting and file storage standards

Seamanship

A working knowledge of seamanship terminology that is required in work role





1.1 Verify receipt of offshore survey equipment

Performanc e Statements

In achieving this unit you must have:

1. checked equipment against the manifest2. confirmed that all equipment is addressed and delivered to the right area3. ensured correct number of items of equipment4. carried out a visual inspection of all received equipment and packaging5. reported status of delivery to Party Chief6. worked safely in accordance with operational requirements and associated Safe

Systems of Work

Knowledge and Understanding

By the end of this unit, you should be able to demonstrate a basic understanding of: 1. how to access and interpret the equipment manifest2. the equipment required and all satisfactory alternatives3. appropriate regulations (including Customs) and licenses (including Export)4. lifting and manual handling techniques5. the impact of damaged/missing items and associated impact on project6. how to obtain and interpret information on safety7. your own responsibilities as they relate to Organisational Safety Policy, Workplace

Safety Policy, Evacuation Procedures, Fire Procedures





1.2 Verify conditi on of offshore survey equipment



1. carried out a detailed visual check for damaged/missing items2. carried out a check on integrity monitors on specific kit3. implemented the appropriate reporting and documentation procedures4. coordinated a temporary storage area pending mobilisation5. signed off the delivery and condition of the equipment6. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. how to carry out a visual check on equipment2. the principles and practice of relevant survey equipment3. the appropriate principles of engineering4. the implications (including technical, commercial and legal) of signing off5. how to obtain and interpret information on safety6. your own responsibilities as they relate to Organisational Safety Policy, Workplace






Unit 2 Prepare work areas and install offshore survey equipment

2.1 Develop installation plan

2.2 Position, connect and interface survey equipment


Unit Scope




Survey principles (to include units, principles of measurement)

Sensor types, accuracy and tolerances

Sensors and the relationship between them


Expected output from different devices

Safe use of electronic tools



*The Knowledge and Understanding level indicates the minimum level of knowledge andunderstanding sufficient to perform your role in a manner that would normally be associatedwith the minimum acceptable performance of a competent person undertaking your role.




c) interpret and apply the information obtained to your role, your working practice and inyour expected working environment.








Safety

Participation in an offshore safety induction The ability to follow safety instructions and use appropriate safety equipment for deck

and outside operations







Emergency Procedures An understanding of company emergency procedure documents and where to find

them



Behavioural Factors






Good housekeeping when performing tasks The ability to work effectively under time constraints

A willingness to adapt to changes in work requirements


IT Skills







The ability to operate basic spreadsheet and database applications The ability to create, modify and save documents ensuring adherence to company

document


Seamanship






2.1 Develop installation plan



1. carried out site reconnaissance2. established site/local housekeeping rules and procedures3. assessed and reported on risks4. identified optimum position for equipment5. prepared work areas6. attended and participated in a meeting with the appropriate supervisor7. developed, recorded and communicated an appropriate installation plan8. attended and contributed to a HSE briefing9. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. the online system components and their function within the overall system2. the importance of briefings3. the reasons for a robust installation plan4. the appropriate others with whom you must communicate5. your own responsibilities as they relate to Organisational Safety Policy, Workplace

Safety Policy, Evacuation Procedures, Fire Procedures.





2.2 Position, connect and interface survey equipment



1. installed all survey systems and IT equipment in accordance with the installation planand interface as applicable

2. installed any additional computer software3. identified and reported any deviations from the plan4. dealt with and reported any contingencies5. followed HSE requirements for specific tasks6. communicated completion of deployment7. made all appropriate connections under supervision8. made effective use of technical reference material, e.g. manuals, schematics etc.9. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. how to access and interpret an installation plan2. how to identify and deal with contingencies3. the specific tasks for which there is HSE guidance/requirements4. the principles and practice of mechanical and electrical connections5. the principles and practice of interfacing6. why survey sensors must be calibrated in terms of location and environment7. why survey sensors must be calibrated in terms of hardware performance8. your own responsibilities as they relate to Organisational Safety Policy, Workplace






Unit 3 Check components and fasten offshore survey equipment

3.1 Test offshore survey equipment

3.2 Secure offshore survey equipment


Unit Scope



Bt the end of this unit, you should be able to demonstrate a basic understanding of:

Survey principles




The expected output from different devices

Safe use of electronic tools



*The Knowledge and Understanding level indicates the minimum level of knowledge and

understanding sufficient to perform your role in a manner that would normally be associated withthe minimum acceptable performance of a competent person undertaking your role.



b) describe, in your own words, the principles underlying your working methods. This doesnot mean the ability to quote “chapter and verse”. Rather you must know whatsupporting information is available, how and where to find it and from whom to seekfurther guidance and information to confirm any additional required detail; and

c) interpret and apply the information obtained to your role, your working practice and inyour expected working environment








Safety



The ability to identify different areas in the workplace, the risks associated with each anda basic understanding of the regulations


The ability to locate muster points, life-saving equipment, fire fighting & safety apparatus



The ability to locate all relevant health safety, environmental and quality procedures atthe work site


An understanding of company emergency procedure documents and where to find them Knowledge of your role and the role of others in emergency situations


Behavioural Factors


The ability to maintain a good standard of personal hygiene and general tidiness in boththe on-shift and off-shift environments





The ability to work effectively under time constraints

A willingness to adapt to changes in work requirements A willingness to assist other disciplines when project workload demands

IT Skills





Basic workstation maintenance including file deletion, archiving & temporary file controls





Seamanship






3.1 Test offshore survey equipment



1. checked integrity of all pins, cables and connectors2. performed basic operations on survey system components3. ensured that software is reading the data in accordance with all relevant conventions and

fixes4. powered up online system components and brought system on-line5. ensured that the signal levels are appropriate6. assisted with testing and commissioning of survey systems7. ensured that the networks and vessel systems are working appropriately8. communicated the results of the testing and confirmed that all equipment is working

satisfactorily9. reported all results10. worked safely in accordance with operational requirements and associated Safe Systems

of Work



1. the principles and practice of testing equipment2. the range of basic operations to be carried out (to include checking system status, test

string package)3. the principles and practice of testing software4. the principles and practice of basic electronics5. local networking systems6. timing and time synchronisation7. how to obtain and interpret information on safety

8. your own responsibilities as they relate to Organisational Safety Policy, Workplace SafetyPolicy, Evacuation Procedures, Fire Procedures.





3.2 Secure offshore survey equipment



1. confirmed that all equipment is installed, connected, interfaced and tested appropriately2. fastened all equipment as appropriate using a variety of techniques3. ensured all fastenings as fit for purpose4. confirmed and communicated that all equipment has been fastened safely5. worked safely in accordance with operational requirements and associated Safe Systems

of Work



1. how to access and interpret the details relating to the testing2. the range of fastening techniques and how and when they should be applied (to include

Chinese finger, shackles, ropes, sandbags, secure connectors, gyro alignment, non-slipmatting)

3. the differences between temporary and permanent fastening and how and when theyshould be applied

4. the importance of maintaining knots pressure5. the role played by cargo straps and nets6. how to obtain and interpret information on safety7. your own responsibilities as they relate to Organisational Safety Policy, Workplace Safety

Policy, Evacuation Procedures, Fire Procedures.





Unit 5 Set up offshore survey acquisition software

5.1 Set up survey acquisition software

During this work you must take account of the relevant worksite operational requirements,

procedures and safe working practices AS THEY APPLY TO YOU.

Unit Scope




Survey principles


Sensors and the relationship between them Importance and value of logged data

Basic geodetic terminology (i.e. datum, projection, spheroid, etc.)

Commonly used horizontal and vertical datums for offshore surveys

Grid and geodetic trigonometry and its application in offshore survey

Precision, accuracy and error as they apply to the derivation of a position fromobservations

Intersection; Resection; Traverse; Angle Observation; Distance Observation





c) interpret and apply the information obtained to your role, your working practice and inyour expected working environment.








Safety Participation in an offshore safety induction








Emergency Procedures An understanding of company emergency procedure documents and where to find them



Behavioural Factors









IT Skills










Seamanship






5.1 Set up survey acquisition software

Performance Statements


1. operated the software package for a variety of standard survey operations andfunctions

2. defined working units and geodetic parameters3. set up the software project file management system4. configured software graphics and numerical displays5. interfaced the survey systems to software and selected appropriate drivers6. performed basic operations on survey system components7. recorded all relevant information as required8. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. how the online software package operates and how it is structured2. the range of basic operations to be carried out (to include checking system status)3. the online system components and their function within the overall system4. the principles and applications of geodesy (to include coordinating reference systems,

datums, ellipsoids, map projections, vertical reference systems)5. the survey units (to include metres, feet, angles)6. sensor accuracy, limitations and performance7. positioning techniques from survey sensors8. how to obtain and interpret information on safety9. your own responsibilities as they relate to Organisational Safety Policy, Workplace








Safety













Behavioural Factors









IT Skills










Seamanship






6.1 Calibrate offshore survey equipment



1. assisted in performing calibration of surface and sub-surface navigation equipment2. assisted in performing calibration of LBL acoustic navigation equipment3. assisted in performing calibration of basic survey sensors4. analysed the calibration data and performed basic data cleaning5. calculated the relevant system values (offsets and scale factors)6. communicated results to the appropriate person for verification7. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. how to identify system components requiring calibration and the frequency of suchcalibrations

2. the project calibration requirements for surface and sub-surface navigation equipment3. the project calibration requirements and procedures for LBL acoustic navigation

equipment and basic survey sensors (e.g. gyro compass, multibeam, Doppler velocitylog)

4. the project calibration requirements and procedures for additional survey sensors5. the effect of poor or un-calibrated systems on data quality and system operation6. the principles and practice of error propagation7. how to obtain and interpret information on safety8. your own responsibilities as they relate to Organisational Safety Policy, Workplace






6.2 Verify the calibration of offshore survey equipment



1. analysed the relevant sensor calibration report and compared with historical data2. identified the causes of poor results and residual errors3. communicated results to the appropriate person4. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. how to identify system components requiring calibration and the frequency of suchcalibrations

2. the range of analytical techniques available

3. how and when to select the appropriate analytical technique4. the limits of achievable accuracy5. the causes of error6. how to access and interpret the calibration report7. how to obtain and interpret information on safety8. your own responsibilities as they relate to Organisational Safety Policy, Workplace


6.3 Verify integrity of survey system



1. entered the sensor offsets and correction factors into the online system2. confirmed all relevant sign conventions and units3. logged test data4. carried out final system checks5. accurately recorded the results6. communicated results to the appropriate senior person7. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. how the software package operates and how it is structured2. the relevant sign conventions and units3. how to obtain and interpret information on safety4. your own responsibilities as they relate to Organisational Safety Policy, Workplace






7 Configure, enable and maintain offshore survey equipment

7.1 Operate offshore survey equipment

7.2 Monitor offshore survey equipment

7.3 Maintain offshore survey equipment


Unit Scope




Survey principles

Sensor types, accuracy and tolerances Sensors and the relationship between them

Importance and value of logged data

Sound propagation and factors affecting its application to survey observations

Water column measurements

Factors affecting velocity

The sonar equation

Operating principles of surface and sub-surface positioning systems

Operating standard LBL positioning equipment including beacon selection/de-selection, checking of standard parameters, e.g. offsets, sound velocity

Data sets in the context of survey methods and objectives.

Performing a basic QC of own work & rectifying errors/omissions.

The ability to measure distances and bearings on a chart

Data management procedures that impact on your work role Geographical Information Systems and the benefits they provide













Safety













Behavioural Factors









IT Skills










Seamanship






7.1 Operate offshore survey equipment



1. reviewed all relevant project procedural documentation2. configured sensors for operational requirement3. performed basic operations on survey system components4. operated the on-line survey systems5. operated on-line survey vessel graphics and numeric displays, configured and

assigned waypoints and surveyed run lines to vehicles6. enabled and disabled survey system logging at required interval7. operated standard surface navigation equipment8. operated standard sub-surface positioning equipment9. generated manual and automatic fixes10. generated hard-copy output11. maintained online survey log12. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. the relevance of sensor to survey purpose2. the relevance and importance of the online survey log and associated data recording

logs3. how the software package operates and how it is structured4. the efficient use of resources including the need for spares5. principles of satellite surface positioning

6. principles of underwater acoustic positioning including the relevance of water columnsound velocity

7. the principles and practice of beacon selection/de-selection, checking of standardparameters, e.g. offsets, sound velocity

8. how to obtain and interpret information on safety9. your own responsibilities as they relate to Organisational Safety Policy, Workplace






7.2 Monitor offshore survey equipment



1. operated on-line systems2. selected a text display and displayed the current vessel and related information3. set up real time quality control tools4. configured appropriate representation of data5. monitored the status of the navigation system6. managed changing environmental and physical conditions7. maintained accurate online logs8. performed basic faultfinding in the computer software9. reconfigured sensors as required10. worked safely in accordance with operational requirements and associated Safe

Systems of Work


Bt the end of this unit, you should be able to demonstrate a basic understanding of:

1. the online system components and their function within the overall system2. the suitability of quality control techniques and how to apply them3. how to monitor the status of the navigation system (to include identification & de-

selection of poor performing stations)4. the importance of monitoring on-line data quality5. the impact of changing environmental and physical conditions (e.g. sound velocity,

tides, currents)6. 3

rd party/external impact on survey activities

7. how to obtain and interpret information on safety8. your own responsibilities as they relate to Organisational Safety Policy, Workplace






7.3 Maintain offshore survey equipment



1. operated on-line systems2. maintained the performance log3. monitored all system inputs and diagnosed any data outage problems4. modified navigation system parameters such as beacons/stations in use, elevation

masks5. conducted physical pre-deployment checks of transponders and subsea sensors on

towed bodies, ROVs or similar subsea vehicles6. performed basic faultfinding in the computer software7. made effective use of technical reference material8. reported damages/failures as appropriate9. identified the requirement for and undertaken routine maintenance10. ordered spares and consumables11. ensured good housekeeping12. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. the online system components and their function within the overall system2. the principles and practice of basic electronics3. when to undertake routine maintenance4. how to implement routine maintenance5. how to report on all maintenance activities6. how to obtain and interpret technical information (e.g. manuals, schematics etc.)

7. how to report damages/failures as appropriate8. how to obtain and interpret information on safety9. your own responsibilities as they relate to Organisational Safety Policy, Workplace






8 Log and implement quality assurance of offshore survey data

8.1 Log survey data

8.2 Apply quality control and visualise


Unit Scope




Survey principles



General work scope and understanding of implications

Work instructions

The need to report repairs and faults to line manager or supervisor

The chain of command and direct line management

Surface positioning methods

Sub-surface positioning methods

The on-line environment and its relationship with data processing

KP and DCC conventions

The data flow between the navigation system and data logging system

Data sets in the context of survey methods and objectives

QC of own work & rectify errors/omissions Measuring distances and bearings off a chart

*The Knowledge and Understanding level indicates the minimum level of knowledge andunderstanding sufficient to perform your role in a manner that would normally be associated withthe minimum acceptable performance of a competent person undertaking your role.



b) describe, in your own words, the principles underlying your working methods. This does

not mean the ability to quote “chapter and verse”. Rather you must know whatsupporting information is available, how and where to find it and from whom to seekfurther guidance and information to confirm any additional required detail; and









Safety












Behavioural Factors









IT Skills










Seamanship






9 Review, process and interpret offshore survey data

9.1 Process and interpret survey data

During this work you must take account of the relevant worksite operational requirements,

procedures and safe working practices AS THEY APPLY TO YOU.

Unit Scope




Tides and other factors influencing accuracy

Survey principles



General work scope and understanding of implications

Work instructions

The need to report repairs and faults to line manager or supervisor

The chain of command and direct line management

Surface positioning methods

Sub-surface positioning methods

The on-line environment and its relationship with data processing

KP and DCC conventions

The data flow between the navigation system and data logging system

Data sets in the context of survey methods and objectives

QC of own work & rectify errors/omissions

Measuring distances and bearings off a chart

*The Knowledge and Understanding level indicates the minimum level of knowledge andunderstanding sufficient to perform your role in a manner that would normally be associated withthe minimum acceptable performance of a competent person undertaking your role.



b) describe, in your own words, the principles underlying your working methods. This does

not mean the ability to quote “chapter and verse”. Rather you must know whatsupporting information is available, how and where to find it and from whom to seekfurther guidance and information to confirm any additional required detail; and









Safety












Behavioural Factors









IT Skills










Seamanship






9.1 Process and interpret survey data

Performance StatementsIn achieving this unit you must have:

1. reviewed all available data including the specification2. completed processing progress logs up to date3. loaded and graphically displayed all relevant datasets4. ensured the integrity of data to be processed and identified any gaps in data

coverage5. processed data to set project procedures6. compared raw and processed datasets7. produced simple sketches, graphs or result lists from logged data8. generated contours from a data set using a software program9. produced hardcopy of processed data10. interpreted the outcome of the applied processes11. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. how the offline software package operates and how it is structured2. why recorded depths require adjustment to remove tidal influences3. the purpose and type of the survey and the types of data to be processed4. the uses and limitations of the types of sensors being used5. the application of tidal corrections, production of data listings, standard processing

functions, identifying and editing anomalous or spurious data, data export routines6. the range of variables that impact on survey sensors (e.g. tides; velocity; refraction;

footprints; heave; instrumentation)7. the principles of KP and DCC

8. positioning limitations and methods9. the range of processing techniques10. the principles of geodesy and propagation of sound through water11. how to obtain and interpret information on safety12. presentation techniques13. your own responsibilities as they relate to Organisational Safety Policy, Workplace






10 Present offshore survey information

10.1 Chart offshore survey data

10.2 Report offshore survey data


Unit Scope




Survey principles Sensor types, accuracy and tolerances


Importance and value of logged data

Data management procedures that impact on work role

Geographical Information Systems and the benefits they provide













Safety













Behavioural Factors









IT Skills










Seamanship






10.2 Report offshore survey data



1. related project report format to acquired and processed data2. assisted with compiling all relevant output data in the appropriate report format3. checked all relevant output for accuracy, format and file/naming convention4. located and extracted information from existing reports5. presented results to relevant others6. produced simple sketches, graphs or result lists from logged data7. authorised all relevant output and agreed closure with relevant others8. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. the key project objectives and deliverables2. how to apply range of reporting applications (to include word processing and

spreadsheets)3. how to access, interpret and use company templates4. relevant standards and conventions5. the different types of reports and when/how to use them6. how to obtain and interpret information on safety7. your own responsibilities as they relate to Organisational Safety Policy, Workplace






11 Demobilise the offshore survey

11.1 Disconnect and pack survey equipment

11.2 Forward survey data


Unit Scope




Data management procedures that impact on work role Geographical Information Systems and the benefits they provide



a) identify and apply relevant information, procedures and practices to your usual role inyour expected working environments needing only occasional recourse to reference

materials;b) describe, in your own words, the principles underlying your working methods. This

does not mean the ability to quote “chapter and verse”. Rather you must know whatsupporting information is available, how and where to find it and from whom to seekfurther guidance and information to confirm any additional required detail; and









Safety













Behavioural Factors









IT Skills










Seamanship






11.1 Disconnect and pack survey equipment



1. confirmed the equipment to be disconnected and returned2. safely disconnected survey equipment3. safely disconnected all relevant interfacing equipment4. verified integrity of equipment5. packed all equipment in accordance with specification6. applied manual handling techniques where appropriate7. recorded all relevant information as required8. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. the component parts of the system2. issues relating to shared components3. how to identify equipment integrity (to include ongoing functionality; damage)4. how to disconnect equipment5. how to pack equipment6. how to address the equipment7. how to complete the manifest8. how to complete relevant documentation9. legal issues (including customs issues)10. how to obtain and interpret information on safety11. your own responsibilities as they relate to Organisational Safety Policy, Workplace





11.2 Forward survey data



1. archived all data2. secured all data3. catalogued all data4. identified any issues relating to confidentiality5. safely removed data from vessel systems6. recorded all relevant information as required7. worked safely in accordance with operational requirements and associated Safe

Systems of Work



1. how to archive, secure and catalogue all data2. how to ensure safe and secure transmission of data3. how to obtain and interpret information on safety4. your own responsibilities as they relate to Organisational Safety Policy, Workplace


34offshore Survey Positioning Nos

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