Cyber Driller Competency - Task Elements 14-11-11

8/10/2019 Cyber Driller Competency - Task Elements 14-11-11

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CYBER OPERATOR COMPETENCYTASK ELEMENTS

SECTION CONTENTS

CONTENTS PAGE 1 OF 42 REV: 1.01 - NOV 2014

1. COMPETENCYCRITERIA

2. PRE-DECLARATIONDETAILS

3. DRILLINGCONTROL ROOM INDUCTION

4. PRACTICAL OPERATIONSTASKELEMENTS

5. OPERATOR SKILLSASSESSMENTS

6. CYBER OPERATOR CONFIRMATION -RECORD OF COMPLETION

7. DEFINITIONS ANDABBREVIATIONS


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CYBER OPERATOR COMPETENCYTASK ELEMENTS

SECTION CONTENTS

CONTENTS PAGE 2 OF 42 REV: 1.01 - NOV 2014

THIS PAGE LEFT INTENTIONALLY BLANK


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CYBER STATION OPERATOR COMPETENCYTASK ELEMENTS

SECTION 1. COMPETENCY CRITERIA

1. COACHING CRITERIA PAGE 3 OF 42 REV: 1.01 - NOV 2014

The coaching of Cyber Station Operator Competency should be by a suitably approved person, suchas the Candidates Supervisor, who should hold a Certificate of Competence or a Certificate ofTraining from an approved Training Provider for the particular model of Cyber Station, e.g. NOVCyberbase.

The Cyber Station Operator Competency consists of rig specific Task Elements that the Candidateshould complete to be made aware of, demonstrate understanding of or be able to demonstratecompetency of through a combination of observation and questioning by the end of the coachingperiod.

It should be noted that the Cyber Station Operator Competency is intended to cover functions andoperation of the Cyber Station being performed in a Driller or Assistant Driller role and allCandidates should be in possession of a current Well Control certificate.

The Cyber Station Operator Competency is not intended to be considered as Driller or AssistantDriller training on its own and other aspects of competency for those positions are included in theexisting Competency System.

Cyber Station Operations will be performed in compliance with policy and procedures with rig specificprocedures, work guidelines and good drilling practices being followed as required.

Candidates will be expected to use the appropriate installation documentation such as Trip Sheet,Drilling Trend Sheet etc. for the operations being performed.

The Cyber Station Operator Competency includes three (3) parts:

Part A: Drilling Control Room Induction

Part B: Practical Operations Task Elements

Part C: Operator Skills Assessments

Following approved Company and industry recognised Best Practice the Candidate will be requiredto perform the Cyber Station functions and successfully demonstrate their ability to operate theCyber Station, by completing all parts of the Cyber Station Operator Competency satisfactorily.

The Rig Superintendent is the Verifier of the Cyber Station Operator Competency portfolio process asthe Senior Company Representative.

The Toolpusher or a Drilling Operations Coach will be the Witness during the Cyber Station OperatorCompetency portfolio coaching process.

The Witness is responsible for issuing the Cyber Station Operator Competency portfolio to aCandidate and will observe and question the Candidate during practical operations to confirm theirknowledge and understanding.

The Witness will ensure that all documentation is completed correctly, confirm that all evidence isauthentic and will ensure that all forms and associated coaching documentation are retained in theCandidatespersonnel file in the Installation / Rig office.

Candidates are responsible for keeping their original Cyber Station Operator Competency portfolioand any supporting documentation in a safe, good condition

Candidates are responsible to hand in their completed Cyber Station Operator Competency portfolioand any additional evidence to the Rig Clerk who will scan them and send a copy to the onshoretraining coordinator.

The Candidate, Witness and Verifier will sign and date the Pre-Declaration before the coachingcommences to confirm that they are in agreement to the time and manner of the coaching andunderstand the nature and reasons for it being conducted.

The Rig Superintendent and Toolpusher(s) are ultimately responsible and will ensure that nopersonnel are allowed to operate the Drilling Control Room equipment and Cyber Stationunsupervised unless the person has completed the rig specific Drilling Control Room Induction.


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PPaarrttAA::DDrriilllliinnggCCoonnttrroollRRoooommIInndduuccttiioonn

All personnel who are required to operate the Cyber Station as part of their job function duties mustcomplete the requirements of the Drilling Control Room Induction training prior to performing theCyber Station Practical Operations Task Elements.

The intention of the Drilling Control Room Induction is to provide all Operators with critical informationon the Drilling Control System and items of the Drill Floor, Derrick, Pipe Handling and Utilityequipment to enable them to operate the Cyber Station in an optimum condition to ensure a safeand efficient operation and to minimize downtime while maintaining compliance with policies,procedures and agreed safe operational practices.

The Drilling Control Room Induction will provide the basic familiarisation and awareness training ofthe drilling control room and associated equipment that should allow the Candidate to perform thebasic pipe handling and drilling operations with an understanding of the safe operating practices andrig specific hazards.

The Drilling Control Room Induction will be location / installation specific and the information to be

covered will detail the critical knowledge of the Cyber Station control system, display screens,joystick and keypad controls, associated drilling and pipe handling equipment and will provide theCandidate with the awareness of the Cyber Station handover and equipment pre-use checksrequirements and General Operator Practices.

The following task elements will be included: Drilling Control Room Familiarisation Cyber Operating Control System Power Assignment HMI Screen Displays HMI Joystick Controls HMI Keypad Controls Alarm + Message System Anti-Collision System Emergency Stops Equipment Configuration

The Installation / Rig will maintain a dedicated Drilling Control Room Induction support document thatwill detail the rig specific information to be included for each task element.

The Candidate will demonstrate their knowledge and understanding of the information covered in theDrilling Control Room Induction by completing an Induction Questionnaire that will include a seriesof multiple choice and TRUE / FALSEquestions.

All questions must be answered correctly to pass the Induction Questionnaire.

On satisfactory completion of the Drilling Control Room Induction the Witness will declare that theCandidate has satisfactorily demonstrated their understanding of the task elements and willcomplete the form with the name of the Location / Installation, the Model and Control System of theCyber Station, the Candidates details, including full name and present position.

The Candidate will sign and declare that they acknowledge they have received and understood theinformation related to the Drilling Control Room Induction training and pledge their commitment tocompliance with policy, rig specific procedures, work guidelines and good drilling practices.

The Witness will take the completed and signed form to the Senior Representative at the installationwho will sign and acknowledge that the Candidate is approved and authorised to operate the CyberStation to perform practical operations.


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The Cyber Station Practical Operations Task Elements consists of the location / installation specifictasks that the Candidate should be able to demonstrate proficiency of, related to the safe andefficient operation of the Cyber Station and the associated surface pipe handling and drilling

equipment.

The Practical Operations Task Elements section will record the manufacturer and model of each itemof equipment being operated and will detail the criteria of what should be demonstrated or explainedto satisfactorily complete the requirements of that Task Element.

The Practical Operations Task Elements will include a series of equipment based tasks where theCandidate will be required to demonstrate the correct operation of individual equipment functions,identify equipment components or screen display information and correctly answer questions relatedto the control system or equipment controls during observation:

The following task elements will be included: Cyber Station Components

Cyber Operating Control System Power Assignment HMI Screen Displays HMI Joystick Controls HMI Keypad Controls Alarm + Message System Anti-Collision System Emergency Stops Equipment Configuration

During the coaching process the Candidate will operate the Cyber Station controls under closesupervision of the Witness for routine tripping and drilling operations until they have demonstrated

an understanding of the hazards involved in mishandling the equipment and are capable ofconfiguring and monitoring all relevant instruments and equipment controls.

The Witness will monitor the Candidates ability through a combination of observation and questioningduring operations for a period of time until satisfied that the Candidate has demonstrated their abilityto operate the Cyber Station satisfactorily.

The Witness will be responsible to determine which practical operations may be performedunsupervised for short periods of time during the coaching process or will require continualsupervision until the Candidate has satisfactorily demonstrated their ability and fully completed therequirements of a specific Practical Operations Task Element.

The Candidate must perform the Operator functions and practical operation for the specific type ofCyber Station being coached and will demonstrate their ability by performing each task elementsatisfactorily on a minimum of two (2) occasions during the coaching period.

The Practical Operations Task Elements will be graded with the Appraisal Grading System and aminimum appraisal grade two (2) is considered as satisfactory and acceptable performance.

It will be up to the discretion and judgement of the Witness as to how many times the Candidate willbe required to repeat the Practical Operations Task Element process above the minimum two (2)times, before signing off the element in the portfolio.

On satisfactory completion of each Task Element of operations the Witness and Candidate will initialand date that element on the Practical Operations Task Element sheet with the Witness adding anycomments or recommendations where appropriate, related to the Candidates performance.

The Candidate will be considered ready for the Operator Skills Assessments only when they have

satisfactorily completed the Practical Operations Task Elements.


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PPaarrttCC::OOppeerraattoorrSSkkiillllssAAsssseessssmmeenntt

On satisfactory completion of the Practical Operations Task Elements the Candidate will perform theOperator Skills Assessments as a final confirmation that the Candidate meets the KCA DEUTAGrequirements and has demonstrated their ability to proficiently operate the Cyber Station and can beconsidered as a competent Cyber Station Operator.

The Operator Skills Assessments consist of the location / installation specific sequences of surfacepipe handling and drilling operations that the Candidate should be able to demonstrate proficiency ofby meeting an acceptable level of performance for operating the equipment safely and efficiently bythe end of the coaching period.

The Operator Skills Assessments will be graded with the Appraisal Grading System and a minimumappraisal grade two (2) is considered as acceptable and must be achieved to pass the assessment.

The specific sequences of pipe handling and drilling operations that should be performed include:

Laying Down Tubulars to the Catwalk

Picking Up Tubulars from the Catwalk

Pull Out of the Hole to the Derrick Run In the Hole from the Derrick

Drilling and Connection Operations

The Candidate must perform the Operator Skills Assessments in compliance with the followingperformance criteria:

Review handovers and relevant information to the proposed activities.

Establish effective communications with those persons involved in the operation as required.

Relate all relevant information to those involved in the operation clearly at the appropriate timesand ensure they have understood.

Identify any potential safety, health and environmental risks that may result from the proposedoperation.

Ensure that any necessary Permit to Work requirements are met and in force.

Make a thorough inspection of the systems and set up the equipment for the required operation.

Ensure that all equipment is in a safe condition and capable of operation.

Ensure that all Alarms with High / Low settings and Limits are set for the required operation.

Confirm the limits for the Drawworks and associated equipment.

Operate the Drawworks with regard to maintaining control, sequence and speed.

Set slips accordingly with a smooth change-over of weight between the slips and elevators toprevent equipment damage.

Ensure that all pipe connections are made up correctly to the required torque.

Bring Mud Pumps on line so as not to cause damage to the formation or surface equipment.

Safely operate all equipment and systems as needed to meet the operational requirements. Monitor the on-going status and performance of the equipment during the operation.

Promptly deal with and correctly respond to any system and equipment problems.

Initiate emergency shutdown procedures promptly when the situation demands it.

Ensure that all tasks are undertaken in line with relevant health, safety and environmentalprocedures and practices and the most up to date KCA DEUTAGWork Guidelines.

Mandatory disqualification and failure of the Operator Skills Assessments will occur if any of thefollowing faults are observed:

Unsafe Mount or Dismount of Cyber Station During Operation

Equipment Not Configured Correctly

Unsafe Operation of Equipment Alarms Not Acknowledged

Collision of Equipment


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AApppprraaiissaallGGrraaddiinnggSSyysstteemmThe Candidate must achieve an acceptable level of performance with the appraisal grading system

during the Operator Skills Assessments.

The Witness will perform an appraisal of the Candidates ability, knowledge and understanding duringthe observation of each Operator Skills Assessments and a grading will be made between 1 to 4based on the Candidates Screen Navigation, Joystick Control and Keypad Operation and theirGeneral Performance which will take into consideration their overall safety awareness andequipment knowledge.

44 33 22 11

NNEEEEDDSSIIMMPPRROOVVEEMMEENNTT DDEEVVEELLOOPPMMEENNTTRREEQQUUIIRREEDD AACCCCEEPPTTAABBLLEE EEXXCCEEEEDDSS

POOR / INADEQUATE

REPEATEDERRORSOR MISTAKES

MINORPROGRESS

IMPROVEMENT REQUIRED

BELOW ADEQUATE

FREQUENTERRORSOR MISTAKES

PROGRESSISVISIBLE

DEVELOPMENT REQUIRED

SATISFACTORY / GOOD

MINORERRORSOR MISTAKES

OPPORTUNITIESEXIST

GOODOPERATOR

VERY GOOD

NOERRORSOR MISTAKES

EXPERIENCED

VERYGOODOPERATOR

New personnel who have not received any prior training on the Cyber Station may be appraisedinitially with a grading of three (3) or four (4) for some of the elements while they are in the processof learning the HMI controls and obtaining practical experience.

It is normal and expected that initial performance and operation of the controls may be poor withmistakes easily made although the Candidate will be expected to demonstrate visible improvementover time with coaching provided as necessary and as more practice time is achieved.

An Operator should be able to progress in a short period of time from a grade four (4) or grade three(3) to at least a grade two (2) level of acceptable control and satisfactory knowledge andunderstanding where only infrequent minor errors or mistakes may be observed.

CCoommpplleettiioonnooffCCoommppeetteennccyyDDooccuummeennttaattiioonnThe Candidate must:

Provide at least one of the following types of evidence related to the Cyber Station operationsfor each of the Operator Skills Assessment being performed:

EDRS Work Guidelines TRIC Card Task Risk AssessmentThe Witness must:

Complete the Cyber Operator Competency forms and documentation with correct information.

Observe and question the Candidate to confirm knowledge and understanding.

Indicate in the appropriate Correct or Incorrect boxes that the question has been

answered satisfactorily or not.

Confirm that all evidence is authentic.

Ensure that all forms and associated competency documentation are completed correctly withthe required information.

Ensure that all forms and associated competency documentation are retained in theCandidates personnel file inthe Installation / Rig office.

AAddddiittiioonnaallOObbsseerrvvaattiioonnssaannddAAsssseessssmmeennttss::

The Practical Operations Task Elements contains a section that can be used for recording andappraising any additional observations above the minimum two (2) x occasions.

The Operator Skills Assessments section contains one additional assessment form in the event thatan assessment is not passed on the first attempt and a subsequent attempt is required.


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On successful completion of all Operator Skills Assessments the Witness will sign the Cyber OperatorConfirmation - Record of Completion form to declare and confirm that coaching is complete,

The Candidate will sign the Cyber Operator Confirmation - Record of Completion form to declare thatthe summaries of coaching and assessments have been discussed with them and that they are inagreement with the comments and recommendations made.

The Installation Senior Representative will sign the Cyber Operator Confirmation - Record ofCompletion form to declare that they acknowledge that the coaching is complete.

The Installation / Rig will maintain an Authorised Cyber Operator Database to indicate that theCandidate has completed the Operator Skills Assessments.

The original forms for Drilling Control Room Induction, Practical Operations Task Elements, OperatorSkills Assessments, Cyber Operator Confirmation - Record of Completion and associated coachingdocumentation will be retained in the Candidates personnel file in the Installation / Rig office.

A copy of the forms for Drilling Control Room Induction, Practical Operations Task Elements,Operator Skills Assessments and the Cyber Operator Confirmation - Record of Completion shouldthen be sent to the appropriate installation Training Co-ordinator, Technical Support Ltd, AberdeenOffice.


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SECTION 2. PRE-DECLARATION DETAILS

2. PRE-DECLARATION DETAILS PAGE 9 OF 42 REV: 1.01 - NOV 2014

CCYYBBEERRSSTTAATTIIOONNDDEETTAAIILLSS::

LOCATION /INSTALLATION:

CYBER MODEL:

CONTROL SYSTEM:

COMMENCEMENT DATE:

CCAANNDDIIDDAATTEEPPRREE--DDEECCLLAARRAATTIIOONN::

IAGREE TO THE TIME AND MANNER OF THIS COACHING AND UNDERSTAND THE NATURE AND REASONS FOR IT BEING CONDUCTED.

CANDIDATE NAME:

CANDIDATE POSITION:

CANDIDATE COMPANY:

CANDIDATE DATE OF BIRTH:

CANDIDATE SIGNATURE:

DATE:

WWIITTNNEESSSSPPRREE--DDEECCLLAARRAATTIIOONN::


WITNESS NAME:

WITNESS POSITION:

WITNESS SIGNATURE:

DATE:

SSEENNIIOORRRREEPPRREESSEENNTTAATTIIVVEEDDEECCLLAARRAATTIIOONN::


REPRESENTATIVENAME:

REPRESENTATIVEPOSITION:

REPRESENTATIVESIGNATURE:

DATE:


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SECTION 2. PRE-DECLARATION DETAILS

2. PRE-DECLARATION DETAILS PAGE 10 OF 42 REV: 1.01 - NOV 2014

AADDDDIITTIIOONNAALLWWIITTNNEESSSSDDEETTAAIILLSS::



WITNESS NAME:

WITNESS POSITION:

WITNESS SIGNATURE:

DATE:

WWIITTNNEESSSSPPRREE--DDEECCLLAARRAATTIIOONN::IAGREE TO THE TIME AND MANNER OF THIS COACHING AND UNDERSTAND THE NATURE AND REASONS FOR IT BEING CONDUCTED.

WITNESS NAME:

WITNESS POSITION:

WITNESS SIGNATURE:

DATE:



WITNESS NAME:

WITNESS POSITION:

WITNESS SIGNATURE:

DATE:



WITNESS NAME:

WITNESS POSITION:

WITNESS SIGNATURE:

DATE:


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SECTION 3. DRILLING CONTROL ROOM INDUCTION

3. DCRO BREIFING AND INDUCTION PAGE 11 OF 42 REV: 1.01 - NOV 2014

LLOOCCAATTIIOONN//IINNSSTTAALLLLAATTIIOONN::

CYBER MODEL: CONTROL SYSTEM:

CCAANNDDIIDDAATTEEDDEETTAAIILLSS::

CANDIDATE NAME: CANDIDATE POSITION:

DATE OF BIRTH: COMPANY:

TTAASSKKEELLEEMMEENNTTSS::DDAATTEE

CCOOMMPPLLEETTEEDD::CCAANNDDIIDDAATTEE

IINNIITTIIAALL::WWIITTNNEESSSS

IINNIITTIIAALL::

1. DRILLING CONTROL ROOM FAMILIARISATION

2. CYBER OPERATING CONTROL SYSTEM

3. POWERASSIGNMENT

4. EMERGENCY STOPS AND SHUT DOWN

5. ALARM +MESSAGE SYSTEM

6. ANTI-COLLISION SYSTEM

7. HMISCREEN DISPLAYS

8. HMIJOYSTICK CONTROLS

9. HMIKEYPAD CONTROLS10. EQUIPMENT CONFIGURATION

WWIITTNNEESSSSDDEECCLLAARRAATTIIOONN::IACKNOWLEDGE THAT THE CANDIDATE HAS RECEIVED COACHING AND HAS SATISFACTORILY DEMONSTRATED THEIR UNDERSTANDINGOF THE TASK ELEMENTS OF THE DRILLING CONTROL ROOM INDUCTION.

WITNESS NAME: WITNESS POSITION:

WITNESS SIGNATURE: DATE:

CCAANNDDIIDDAATTEEDDEECCLLAARRAATTIIOONN::IACKNOWLEDGE THAT IUNDERSTAND THE INFORMATION IN THE DRILLING CONTROL ROOM INDUCTION AND PLEDGE MY COMMITMENTTO COMPLIANCE WITH POLICY,RIG SPECIFIC PROCEDURES,WORK GUIDELINES,AND GOOD DRILLING PRACTICES.

CANDIDATE SIGNATURE: DATE:

SSEENNIIOORRRREEPPRREESSEENNTTAATTIIVVEEDDEECCLLAARRAATTIIOONN::I AUTHORISE AND APPROVE THE CANDIDATE TO OPERATE THE CYBER STATION FOR THE PURPOSE OF PERFORMING THE CYBERSTATION OPERATOR COACHING AND PRACTICAL OPERATIONS TASK ELEMENTS.

REPRESENTATIVE NAME: REPRESENTATIVE POSITION:

REPRESENTATIVE SIGNATURE: DATE:


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SECTION 3. DRILLING CONTROL ROOM INDUCTION

3. DCRO BREIFING AND INDUCTION PAGE 12 OF 42 REV: 1.01 - NOV 2014



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SECTION 4. PRACTICAL OPERATIONS TASK ELEMENTS

4. PRACTICAL OPERATIONS TASK ELEMENTS PAGE 13 OF 42 REV: 1.01 - NOV 2014






TTAASSKKEELLEEMMEENNTTSS::

THE WITNESS MUST OBSERVE AND QUESTION THE CANDIDATE ON A MINIMUM OF TWO (2)OCCASIONS PERFORMINGTHE OPERATIONS LISTED BELOW AND CONFIRM THE CANDIDATES ABILITY,KNOWLEDGE AND UNDERSTANDING.

DDAATTEEOOBBSSEERRVVEEDD:: DDAATTEECCOOMMPPLLEETTEEDD

1. CYBER STATION COMPONENTS

2. CYBER OPERATING CONTROL SYSTEM3. POWERASSIGNMENT4. EMERGENCY STOPS AND SHUT DOWN5. ALARM +MESSAGE SYSTEM6. ANTI-COLLISION SYSTEM7. HMISCREEN DISPLAYS8. HMIJOYSTICK CONTROLS9. HMIKEYPAD CONTROLS10. EQUIPMENT CONFIGURATION

WWIITTNNEESSSSDDEECCLLAARRAATTIIOONN::

I CONFIRM THAT THE CANDIDATE HAS SUCCESSFULLY COMPLETED THE PRACTICAL OPERATIONS TASK ELEMENTS AND HASDEMONSTRATED THEIR ABILITY IN COMPLIANCE WITH POLICY, RIG SPECIFIC PROCEDURES, WORK GUIDELINES AND GOOD DRILLINGPRACTICES.



CCAANNDDIIDDAATTEEDDEECCLLAARRAATTIIOONN::ICONFIRM THAT THE PRACTICAL OPERATIONS TASK ELEMENTS COACHING HAS BEEN DISCUSSED AND IAM IN AGREEMENT WITH ALLRESULTS,COMMENTS AND RECOMMENDATIONS MADE.


SSEENNIIOORRRREEPPRREESSEENNTTAATTIIVVEEDDEECCLLAARRAATTIIOONN::

I ACKNOWLEDGE THAT THE CANDIDATE HAS SUCCESSFULLY COMPLETED THE PRACTICAL OPERATIONS TASK ELEMENTS ANDAUTHORISE THE CANDIDATE TO PERFORM THE OPERATOR SKILLSASSESSMENTS.




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PRIMARY DRILLING EQUIPMENT THAT MUST BE OPERATED DURING PRACTICAL OPERATIONS:

EEQQUUIIPPMMEENNTT:: MMAANNUUFFAACCTTUURREERR//MMOODDEELL:: DDAATTEEOOPPEERRAATTEEDD::

1. DRAWWORKS

2. TOP DRIVE

3. MUD PUMPS

4. ROTARY TABLE

5. HYDRAULIC CATHEADS

ADDITIONALAUXILIARY EQUIPMENT INTERACTED WITH OR OPERATED DURING PRACTICAL OPERATIONS:

EEQQUUIIPPMMEENNTT:: MMAANNUUFFAACCTTUURREERR//MMOODDEELL:: DDAATTEEOOPPEERRAATTEEDD::

1. HPU

2. HVAC

3. TRIP TANK PUMP

4. POWER SLIPS

5. AUTO ELEVATORS

6. AUTO ROUGHNECK

7.

8.

9.

10.


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11..CCYYBBEERRSSTTAATTIIOONNCCOOMMPPOONNEENNTTSS --TTAASSKKEELLEEMMEENNTTDDEETTAAIILLSS::

1.1 DEMONSTRATE ADJUSTING THE CHAIR HEIGHT USING THE ELECTRICAL 2-POSITION TWIST SWITCH.

OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

1.2 DEMONSTRATE ADJUSTING THE CHAIR HEIGHT USING THE PNEUMATICALLY ASSISTED 2-POSITION TOGGLE SWITCH.


FIRST

SECOND

1.3 IDENTIFY THE AVAILABLE SELECTIONS ON THE MODE SELECTION SWITCH.


FIRST

SECOND

1.4 IDENTIFY THE FUNCTIONAL KEYPADS USED FOR MACHINERY CONTROL.


FIRST

SECOND

1.5 IDENTIFY THE NUMERICAL KEYPAD USED FOR DATA INPUT.


FIRST

SECOND

1.6 IDENTIFY THE TRACKBALL USED FOR POINT AND CLICK FUNCTIONS ON THE GRAPHICAL DISPLAYS .


FIRST

SECOND

1.7 IDENTIFY THE EXTERNAL CONNECTORS USED FOR SOFTWARE DIAGNOSTIC CHECKS AND MAINTENANCE .


FIRST

SECOND

1.8 IDENTIFY THE ON SCREEN MANAGER (OSM)SWITCHES ON THE MONITOR HOUSING.


FIRST

SECOND

1.9 DEMONSTRATE LOGGING OUT OF THE CYBERBASE SOFTWARE APPLICATION.


FIRST

SECOND

1.10 DEMONSTRATE LOGGING IN TO THE CYBERBASE SOFTWARE APPLICATION.


FIRST

SECOND


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22..CCYYBBEERROOPPEERRAATTIINNGGCCOONNTTRROOLLSSYYSSTTEEMM--TTAASSKKEELLEEMMEENNTTDDEETTAAIILLSS::

2.1 DEMONSTRATE CHECKING AND EXPLAIN THE DATA DISPLAYED THE TOPOLOGY DISPLAY.


FIRST

SECOND

2.2 DEMONSTRATE CHECKING AND EXPLAIN THE TCP/IPCOMMUNICATION STATUS ON THE SCADADISPLAY.


FIRST

SECOND

2.3 DEMONSTRATE CHECKING THE PLCSTATUS AND INTERFACE INFORMATION AVAILABLE ON THE DCNDISPLAY.


FIRST

SECOND

2.4 DEMONSTRATE CHECKING THE SYSTEM DIAGNOSTIC 20MOST FREQUENTLY OCCURRING ALARMS AND EVENTS.


FIRST

SECOND

2.5DEMONSTRATE ENTERING THE REQUIRED MUD PUMP DATA IN THE SDISETUP DISPLAY AND EXPLAIN WHEN THE

DATA SHOULD BE SET OR RESET.


FIRST

SECOND

2.6

DEMONSTRATE SETTING THEACTIVE,AUXILIARY 1ANDAUXILIARY 2STROKES DATA IN THE SDISETUP DISPLAYAND EXPLAIN WHEN THE DATA SHOULD BE SET.


FIRST

SECOND

2.7DEMONSTRATE ENTERING THE STAND COUNT DATA IN THE SDISETUP DISPLAY AND EXPLAIN WHEN THE DATA

SHOULD BE SET.


FIRST

SECOND

2.8DEMONSTRATE SETTING THEAUTO DRILLING MODE SELECTION IN THE SDISETUP DISPLAY AND EXPLAIN HOW THIS

EFFECTS THE BIT ON BOTTOM,BIT RMPAND BIT TOTAL CALCULATIONS.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

2.9 DEMONSTRATE ENTERING THE STRING SECTIONS DATA FOR THE CURRENT DRILLSTRING.


FIRST

SECOND

2.10 DEMONSTRATE ENTERING THE WELL SECTIONS DATA FOR THE CURRENT WELL.


FIRST

SECOND

33..PPOOWWEERRAASSSSIIGGNNMMEENNTT--TTAASSKKEELLEEMMEENNTTDDEETTAAIILLSS::


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3.1 DEMONSTRATE CHECKING THE SDIDISPLAY TO CONFIRM THE NUMBER OF ONLINE GENERATORS.


FIRST

SECOND

3.2 DEMONSTRATE CHECKING THE SDIDISPLAY FOR THE VFDASSIGNMENT STATUS.


FIRST

SECOND

3.3 DEMONSTRATE CHECKING THE SDIDISPLAY FOR THE VFDPOWERAVAILABLE AND POWERASSIGNED STATUS.


FIRST

SECOND

3.4 DEMONSTRATE CHECKING THE SDIDISPLAY FOR THE DRILLING POWER LIMITING SYSTEM POWER USED STATUS.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

3.5 DEMONSTRATE CHECKING THE SDIDISPLAY FOR THE MOTOR CONTROL CABINET STATUS.


FIRST

SECOND

44..EEMMEERRGGEENNCCYYSSTTOOPPSSAANNDDSSHHUUTTDDOOWWNN--TTAASSKKEELLEEMMEENNTTDDEETTAAIILLSS::

4.1 IDENTIFY THE MAIN EQUIPMENT STOP AND EXPLAIN WHAT WILL HAPPEN WHEN THIS IS PRESSED.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

4.2 IDENTIFY THE CYBERBASE SHUT DOWN SWITCH AND EXPLAIN WHAT WILL HAPPEN WHEN THIS IS PRESSED.


FIRST

SECOND

4.3 IDENTIFY THE MUD PUMP STOP AND EXPLAIN WHAT WILL HAPPEN WHEN THIS IS PRESSED.

OBSERVATION

DATE

CANDIDATE

WITNESS

COMMENTS

GRADE

FIRST

SECOND

4.4 IDENTIFY THE LOCAL EQUIPMENT STOPS FOR THE DRAWWORKS,IRON ROUGHNECK AND HPU.


FIRST

SECOND

4.5 IDENTIFY THE FGSANNUNCIATOR WINDOW AND EXPLAIN HOW TO SILENCE,ACKNOWLEDGE AND RESET AN ALARM.


FIRST

SECOND

55..AALLAARRMM++MMEESSSSAAGGEESSYYSSTTEEMM--TTAASSKKEELLEEMMEENNTTDDEETTAAIILLSS::


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5.1 DEMONSTRATE HOW ANALARM HORN CAN BE SILENCED AND IDENTIFY WHERE THIS CAN BE PERFORMED .


FIRST

SECOND

5.2 DEMONSTRATE ACKNOWLEDGING THE MOST RECENT ACTIVE ALARM FROM THEALARM BANNER.


FIRST

SECOND

5.3 DEMONSTRATE ACKNOWLEDGING ONE ALARM FROM THEALARM LIST DISPLAY.


FIRST

SECOND

5.4 DEMONSTRATE ACKNOWLEDGING ALL ACTIVE ALARMS FROM THEALARM LIST DISPLAY.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

5.5 DEMONSTRATE CREATING A NEW USER DEFINED LIST ON THEALARM LIST DISPLAY.


FIRST

SECOND

5.6 DEMONSTRATE CREATING A NEW FILTERED SEARCH ON THEALARM HISTORY DISPLAY.


FIRST

SECOND

5.7 IDENTIFY WHERE ACTIVE MESSAGES ARE DISPLAYED BEFORE THEY ARE LISTED IN THE MESSAGE HISTORY.


FIRST

SECOND

5.8 .DEMONSTRATE CHECKING THE MESSAGE LIST DISPLAY FOR ACTIVE MESSAGES.


FIRST

SECOND

5.9 DEMONSTRATE CREATING A NEW FILTERED SEARCH ON THE MESSAGE HISTORY DISPLAY.


FIRST

SECOND

5.10 DEMONSTRATE MASKING AN ALARM FROM THEALARMS MASK DISPLAY AND EXPLAIN WHEN THIS MAY BE DONE.


FIRST

SECOND

66..AANNTTIICCOOLLLLIISSIIOONNSSYYSSTTEEMM--TTAASSKKEELLEEMMEENNTTDDEETTAAIILLSS::


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6.1 DEMONSTRATE NAVIGATING TO THEANTI COLLISION SYSTEM SCREEN DISPLAY.


FIRST

SECOND

6.2IDENTIFY ON THEACSDISPLAY WHICH INDICATOR LIGHT WILL INFORM THE OPERATOR THAT THE DRAWWORKS /

TOP DRIVE MACHINE IS IGNORED FROM THEANTI COLLISION SYSTEM.


FIRST

SECOND


TOP DRIVE MACHINE IS RELEASED FROM THEANTI COLLISION SYSTEM.


FIRST

SECOND

6.4IDENTIFY ON THEACSDISPLAY WHICH INDICATOR LIGHT WILL INFORM THE OPERATOR THAT THE DERRICK WORK

BASKET OBJECT IS IGNORED FROM THEANTI COLLISION SYSTEM.


FIRST

SECOND


TOP DRIVE MACHINE MOVEMENT IS STOPPED BY THEANTI COLLISION SYSTEM.


FIRST

SECOND

6.6IDENTIFY ON THEACSDISPLAY WHICH INDICATOR LIGHT WILL INFORM THE OPERATOR THAT THE MACHINE PLC

DETECTS A COMMUNICATION FAILURE WITH THEANTI COLLISION SYSTEM.


FIRST

SECOND

77..HHMMIISSCCRREEEENNOOPPEERRAATTIIOONN--TTAASSKKEELLEEMMEENNTTDDEETTAAIILLSS::


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7.1 DEMONSTRATE NAVIGATING THE SDIDISPLAYS USING THE PRE-SET MENU BAR SELECTIONS.


FIRST

SECOND

7.2 DEMONSTRATE NAVIGATING THE SDIDISPLAYS USING THE MAIN MENU DISPLAY.


FIRST

SECOND

7.3 DEMONSTRATE HOW TO SELECT AN ENTIRE GROUP DISPLAY ON THE MENU BAR.


FIRST

SECOND

7.4 DEMONSTRATE HOW TO CHANGE INDIVIDUAL BUTTONS ON THE MENU BAR USING THE CONFIGURE FEATURE.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

7.5 DEMONSTRATE CHANGING THE BAR-GRAPH SCALES FOR FULL VIEW ON THE TRIPPING DISPLAY SCREEN.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

7.6 DEMONSTRATE CHANGING THE BAR-GRAPH SCALES FOR SPOT VIEW ON THE DRILLING DISPLAY SCREEN.


FIRST

SECOND

7.7 DEMONSTRATE SELECTING THE ON-SCREEN KEYBOARD AND USING IT TO ENTER DATA.


FIRST

SECOND

7.8 DEMONSTRATE CHANGING THE SELECTED TREND GROUP DISPLAY.


FIRST

SECOND

7.9 DEMONSTRATE ADDING A NEW PEN TO THE SELECTED TREND GROUP USING THE BUTTON.


FIRST

SECOND

7.10 DEMONSTRATE CHANGING A PEN SIGNAL LIMITS AND COLOUR ON THE SELECTED TREND GROUP.


FIRST

SECOND

7.11 DEMONSTRATE CHANGING THE TREND DISPLAY TIME SCALE USING THE PRE-SET DROPDOWN LIST OF TIMES.


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FIRST

SECOND

7.12 DEMONSTRATE CHANGING THE TREND DISPLAY BETWEEN REALTIME AND HISTORICAL TIME DISPLAYS.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

7.13 DEMONSTRATE SELECTING THE REQUIRED MUD PITS FOR THEACTIVE VOLUME ON THE VOLUMES DISPLAY.


FIRST

SECOND

7.14 DEMONSTRATE SELECTING THE REQUIRED MUD PITS FOR THE MONITORING VOLUME ON THE VOLUMES DISPLAY.


FIRST

SECOND

7.15 DEMONSTRATE CHANGING THE MUD COLOUR OF A SELECTED MUD PIT ON THE VOLUMES DISPLAY.


FIRST

SECOND

7.16 DEMONSTRATE ADJUSTING THE HIGH AND LOW ALARM FOR A SELECTED MUD PIT ON THE VOLUMES DISPLAY.


FIRST

SECOND

7.17 DEMONSTRATE USING THE PIT VOLUME TOTALIZER POP-UP TO SELECT THE REQUIRED ACTIVE MUD PITS.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

7.18 DEMONSTRATE USING THE SCR POP-UP TO INPUT THE RECORDED SLOW CIRCULATING RATE DATA.


FIRST

SECOND

7.19 DEMONSTRATE CHANGING A SELECTABLE ITEM ON THE DRILLING DISPLAY SCREEN WITH THE BUTTON.


FIRST

SECOND

7.20 DEMONSTRATE CHANGING A SELECTABLE ITEM ON THE TRIPPING DISPLAY SCREEN WITH THE BUTTON.


FIRST

SECOND

7.21 DEMONSTRATE CHANGING A SELECTABLE ITEM ON THE VOLUMES DISPLAY SCREEN WITH THE BUTTON.


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FIRST

SECOND

7.22 DEMONSTRATE USING THE HELP FEATURE WITH THE BUTTON.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

7.23 DEMONSTRATE USING A SET BUTTON TO SET PARAMETER DATA.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

7.24 DEMONSTRATE USING A RESET BUTTON TO RESET PARAMETER DATA.


FIRST

SECOND

7.25 DEMONSTRATE CHECKING ADDITIONAL DETAILED INFORMATION USING THE INFORMATION BUTTON.


FIRST

SECOND

7.26 DEMONSTRATE SETTING LOWALARM AND HIGHALARM LIMITS FROM THE SDIHORNALARMS SCREEN.

OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADEFIRST

SECOND

7.27 DEMONSTRATE SELECTING THE LOW MASK HORN SELECTION ON THE SDIHORNALARMS SCREEN.


FIRST

SECOND

7.28 DEMONSTRATE SELECTING THE HIGH MASKALARM LIST SELECTION ON THE SDIHORNALARMS SCREEN.


FIRST

SECOND

7.29 DEMONSTRATE SETTING LOWALARM AND HIGHALARM LIMITS FROM THE SDIPITALARM LIMITS SCREEN.


FIRST

SECOND

7.30 DEMONSTRATE SELECTING THE MASKALARM SELECTION ON THE SDIPITALARM LIMITS SCREEN.


FIRST

SECOND


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88..HHMMIIJJOOYYSSTTIICCKKOOPPEERRAATTIIOONN--TTAASSKKEELLEEMMEENNTTDDEETTAAIILLSS::

8.1 DEMONSTRATE USE OF THE DEAD MAN BUTTON ON THE JOYSTICK.


FIRST

SECOND

8.2 DEMONSTRATE USING THE DEFLECTION OF THE JOYSTICK TO CONTROL EQUIPMENT TRAVEL SPEED.


FIRST

SECOND

8.3 DEMONSTRATE OPERATING THE LINK TILT TO EXTEND POSITION.


FIRST

SECOND

8.4 DEMONSTRATE OPERATING THE LINK TILT TO DRILL POSITION.


FIRST

SECOND

8.5 DEMONSTRATE HOISTING THE DRAWWORKS UNTIL THE UPPER TRAVEL STOP IS REACHED.


FIRST

SECOND

8.6 DEMONSTRATE LOWERING THE DRAWWORKS UNTIL THE LOWER TRAVEL STOP IS REACHED.


FIRST

SECOND

8.7 DEMONSTRATE LOWERING THE DRAWWORKS PAST THE LOWER TRAVEL STOP TO THE LOWER TRAVEL LIMIT.


FIRST

SECOND

8.8 DEMONSTRATE HOISTING THE DRAWWORKS IN SLOW MODE.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

8.9 DEMONSTRATE USING THE JOYSTICK TO OPEN THE BXELEVATOR.(CAN BE SIMULATED IF ELEVATOR NOT IN USE)


FIRST

SECOND

8.10 DEMONSTRATE USING THE JOYSTICK TO OPEN AND CLOSE THE POWER SLIPS.(CAN BE SIMULATED IF SLIPS NOT IN USE )


FIRST

SECOND


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99..HHMMIIKKEEYYPPAADDOOPPEERRAATTIIOONN--TTAASSKKEELLEEMMEENNTTDDEETTAAIILLSS::

9.1 DEMONSTRATE SELECTING THE LEFT MONITOR MENU AND A SCREEN DISPLAY USING THE NUMERIC KEYPAD.


FIRST

SECOND

9.2 DEMONSTRATE SELECTING THE RIGHT MONITOR MENU AND A SCREEN DISPLAY USING THE NUMERIC KEYPAD.


FIRST

SECOND

9.3 DEMONSTRATE USING THE S1TO S6KEYS ON THE NUMERIC KEYPAD TO SELECT A PRE-DETERMINED SCREEN.


FIRST

SECOND

9.4 DEMONSTRATE CHANGING THE S1TO S6KEY SELECTIONS ON THE NUMERIC KEYPAD.


FIRST

SECOND

9.5 DEMONSTRATE USING THE NUMERIC KEYPAD TO CHANGE AND ENTER DATA INTO A DIGITAL INPUT FIELD.


FIRST

SECOND

9.6 DEMONSTRATE NAVIGATING THE LEFT SIDE CONTROL PANEL FUNCTIONAL KEYPAD DISPLAYS.


FIRST

SECOND

9.7 DEMONSTRATE NAVIGATING THE RIGHT SIDE CONTROL PANEL FUNCTIONAL KEYPAD DISPLAYS.


FIRST

SECOND

9.8 DEMONSTRATE USING THE KEYPAD THROTTLE CONTROL TO INCREASE AND DECREASE A SET SPEED LIMIT.


FIRST

SECOND

9.9 DEMONSTRATE USING THE KEYPAD THROTTLE CONTROL TO INCREASE AND DECREASE A SET TORQUE LIMIT .


FIRST

SECOND

9.10DEMONSTRATE CONFIGURING OPTIONS FOR THE KEYPAD TOUCH INDICATORS,DESCRIPTION DROP DOWN AND

THROTTLE CONTROL POPUP.


SECOND


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1100..EEQQUUIIPPMMEENNTTCCOONNFFIIGGUURRAATTIIOONN--TTAASSKKEELLEEMMEENNTTDDEETTAAIILLSS::

10.1 DEMONSTRATE THE NORMAL PROCEDURE TO START UP THE HPUSYSTEM FROM THE HPUDISPLAY.


FIRST

SECOND

10.2 DEMONSTRATE THE NORMAL PROCEDURE TO SHUT DOWN THE HPUSYSTEM FROM THE HPUDISPLAY.


FIRST

SECOND

10.3 DEMONSTRATE THE STOPALL RINGLINE PUMPSFUNCTION ON THE HPUSYSTEM FROM THE HPUDISPLAY.


FIRST

SECOND

10.4 DEMONSTRATE SETTING THE HVACDCTEMPERATURE SETPOINT FROM THE HVACDCDISPLAY.


FIRST

SECOND

10.5 DEMONSTRATE TURNING ON THE DRAWWORKS AND SELECTING THE REQUIRED VFDASSIGNMENTS.


FIRST

SECOND

10.6 DEMONSTRATE SETTING THE DRAWWORKSAUTO DRILLER GAIN FACTOR,TIME CONSTANT AND SET POINTS LIMITS.


FIRST

SECOND

10.7 DEMONSTRATE SETTING THE DRAWWORKS TRAVEL LIMITS.


FIRST

SECOND

10.8 DEMONSTRATE SETTING THE DRAWWORKS LOAD LIMITS.


FIRST

SECOND

10.9 DEMONSTRATE SETTING THE DRAWWORKS SPEED LIMITS.


FIRST

SECOND

10.10 DEMONSTRATE PERFORMING THE ELEVATOR POSITION CALIBRATION BY SETTING THE ELEVATOR POSITION.


FIRST

SECOND


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10.11 DEMONSTRATE ENTERING THE DRAWWORKS HOOKLOAD TARE WEIGHT.


FIRST

SECOND

10.12 DEMONSTRATE OPERATION OF THE DWZERO WOBFUNCTION DURING RUNNING IN THE HOLE OPERATIONS.


FIRST

SECOND

10.13 DEMONSTRATE OPERATION OF THE DWZERO WOBFUNCTION DURING DRILLING OPERATIONS.


FIRST

SECOND

10.14 DEMONSTRATE OPERATION OF THE DWZERO WOBFUNCTION DURING PULLING OUT OF THE HOLE OPERATIONS.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

10.15 DEMONSTRATE CHECKING THE DRAWWORKS TRAVEL LIMITS AND CROWN-O-MATIC ARE OPERATIONAL.


FIRST

SECOND

10.16 DEMONSTRATE OPERATING THE DRAWWORKS IN SLIP AND CUT MODE.


SECOND

10.17 DEMONSTRATE PERFORMING A DRAWWORKS BRAKE CALIBRATION TEST.


FIRST

SECOND

10.18 DEMONSTRATE TURNING ON THE TOP DRIVE AND CHECKING THE STATUS ON TD/RT/CHDISPLAY.


FIRST

SECOND

10.19 DEMONSTRATE SETTING THE TOP DRIVE MAKE-UP TORQUE LIMIT.


FIRST

SECOND

10.20DEMONSTRATE OPERATION OF THE TOP DRIVE TO SPIN IN AND MAKE UP TO A DRILLPIPE USING THE TORQUE

WRENCH IN MANUAL CLAMP MODE.


FIRST

SECOND

10.21 DEMONSTRATE OPERATION OF THE TOP DRIVE TO BREAK OUT AND SPIN OUT OF A DRILLPIPE USING THE


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TORQUE WRENCH IN MANUAL CLAMP MODE.


FIRST

SECOND

10.22 DEMONSTRATE SETTING THE TOP DRIVE DRILLING TORQUE LIMIT SETPOINT.


FIRST

SECOND

10.23 DEMONSTRATE SETTING THE TOP DRIVE SPEED LIMIT SETPOINT.


FIRST

SECOND

10.24 DEMONSTRATE OPERATION OF THE TOP DRIVE BRAKE ON FUNCTION.OBSERVATION DATE CANDIDATE WITNESS COMMENTS GRADE

FIRST

SECOND

10.25 DEMONSTRATE OPERATION OF THE TOP DRIVE BRAKEAUTO FUNCTION.


FIRST

SECOND

10.26 DEMONSTRATE OPERATION OF SOFTSPEED FUNCTION DURING A PERIOD OF ROTARY DRILLING.

OBSERVATION

DATE

CANDIDATE

WITNESS

COMMENTS

GRADE

FIRST

SECOND

10.27 DEMONSTRATE SETTING THE CATHEAD TONG LENGTH ON THE TD/RT/CHDISPLAY.


FIRST

SECOND

10.28 DEMONSTRATE SETTING THE CATHEAD TORQUE LIMIT ON THE TD/RT/CHDISPLAY.


FIRST

SECOND

10.29 DEMONSTRATE OPERATION OF CATHEADATO MAKE UP A ROTARY CONNECTION.


FIRST

SECOND

10.30 DEMONSTRATE OPERATION OF CATHEAD BTO BREAK OUT A ROTARY CONNECTION.


FIRST

SECOND

10.31 DEMONSTRATE SETTING THE ROTARY SUPPORT TABLE TORQUE SETPOINT.



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FIRST

SECOND

10.32 DEMONSTRATE SETTING THE ROTARY SUPPORT TABLE SPEED SETPOINT.


FIRST

SECOND

10.33 DEMONSTRATE OPERATING THE ROTARY SUPPORT TABLE IN FORWARD DIRECTION AT NORMAL 5RPM SPEED.


FIRST

SECOND

10.34 DEMONSTRATE OPERATING THE ROTARY SUPPORT TABLE IN REVERSE DIRECTION AT NORMAL 5RPM SPEED.


FIRST

SECOND

10.35DEMONSTRATE SELECTING THE RST SPEED OVERRIDE FUNCTION AND OPERATING THE ROTARY SUPPORT

TABLE IN FORWARD DIRECTION AT 15RPM SPEED.


FIRST

SECOND

10.36 DEMONSTRATE CHECKING THE STATUS OF THE TRIP TANK MOTOR ON THE MOTOR CONTROL CABINET DISPLAY.


FIRST

SECOND

10.37 DEMONSTRATE CHECKING THE STATUS OF THE TRIP TANK PUMP ON THE TRIP TANK DISPLAY.


FIRST

SECOND

10.38 DEMONSTRATE USING THE TRIP TANK PUMP TO CIRCULATE ACROSS THE WELL WHEN RUNNING IN THE HOLE.


FIRST

SECOND

10.39DEMONSTRATE USING THE TRIP TANK PUMP TO CIRCULATE ACROSS THE WELL WHEN PULLING OUT OF THE

HOLE.


FIRST

SECOND

10.40 DEMONSTRATE SELECTING THE MUD PUMP CHARGE PUMP ASSIGNMENTS ON THE MPSETUP SCREEN.


FIRST

SECOND

10.41 DEMONSTRATE CHECKING THE MUD PUMP DRIVE INFO AND MOTORS ON THE MUD PUMP STATUS DISPLAY.



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FIRST

SECOND

10.42 DEMONSTRATE STARTING AND SHUTTING OFF A SINGLE MUD PUMP USING THE MPSET SPEED CONTROL.


FIRST

SECOND

10.43 DEMONSTRATE STARTING AND SHUTTING OFF MULTIPLE MUD PUMPS USING THE MPSET SPEED CONTROL.


FIRST

SECOND

10.44 DEMONSTRATE OPERATING MULTIPLE MUD PUMPS USING THE MPSYNC FEATURE.


FIRST

SECOND

10.45 DEMONSTRATE OPERATING MULTIPLE MUD PUMPS AND USE OF THE MPSTOP-RESUME FEATURE.


FIRST

SECOND

10.46DEMONSTRATE SETTING THEACTIVE,AUXILIARY 1ANDAUXILIARY 2STROKES DATA IN THE DRILLING DISPLAY

AND EXPLAIN WHEN THE DATA SHOULD BE SET.


FIRST

SECOND

10.47 DEMONSTRATE SETTING THE STANDPIPE PRESSURE TO ZERO.


FIRST

SECOND

10.48 DEMONSTRATE SELECTING A DIFFERENT CAMERA ON THE CCTVSYSTEM.


FIRST

SECOND

10.49 DEMONSTRATE USING THE CAMERA ZOOM /PAN /TILT FEATURES OF THE CCTVSYSTEM.


FIRST

SECOND

10.50 DEMONSTRATE USING THE CAMERA WIPER OF THE CCTVSYSTEM.


FIRST

SECOND

AAddddiittiioonnaallOObbsseerrvvaattiioonnss::



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31/42







32/42





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SECTION 5. OPERATOR SKILLS ASSESSMENTS

5. OPERATOR SKILLS ASSESSMENT PAGE 33 OF 42 REV: 1.01 - NOV 2014

11.. LLAAYYIINNGGDDOOWWNNTTUUBBUULLAARRSSTTOOTTHHEECCAATTWWAALLKK

LOCATION /INSTALLATION: ASSESSMENT DATE:


THE CANDIDATE WILL BE ASSESSED WITH A COMBINATION OF OBSERVATION AND QUESTIONING.

QQUUEESSTTIIOONN:: RREESSPPOONNSSEE:: CCOORRRREECCTT IINNCCOORRRREECCTT

Q1.

Q2.

Q3.

Q4.

Q5.

OOBBSSEERRVVAATTIIOONNSSOOFFAALLAARRMMSSCCEENNAARRIIOOOORREEMMEERRGGEENNCCYYRREESSPPOONNSSEESSCCEENNAARRIIOOEENNCCOOUUNNTTEERREEDD::

ALARM SCENARIO: REACTION:

EMERGENCY RESPONSE SCENARIO: REACTION:

MMAANNDDAATTOORRYYDDIISSQQUUAALLIIFFIICCAATTIIOONN:: FAULTS TO BE RECORDED BY MARKING 'X'

UNSAFE MOUNT OR DISMOUNT OF CYBER STATION

EQUIPMENT NOT CONFIGURED CORRECTLY

UNSAFE OPERATION OF EQUIPMENT

ALARMS NOTACKNOWLEDGED

COLLISION OF EQUIPMENT

AAPPPPRRAAIISSAALLGGRRAADDEE::11 22 33 44

NEEDS IMPROVEMENT DEVELOPMENT REQUIRED ACHIEVES EXCEEDS

SUMMARY OFASSESSMENT AND RECOMMENDATIONS COMMENTS:

EEVVIIDDEENNCCEEPPRROOVVIIDDEEDD:: EDRS WORK GUIDELINES TRICCARD TASK RISKASSESSMENT

AASSSSEESSSSMMEENNTTRREESSUULLTT PPAASSSS FFAAIILL

DDEECCLLAARRAATTIIOONN::AASSSSEESSSSMMEENNTTCCOOMMPPLLEETTEE::

THE ASSESSMENT HAS BEEN DISCUSSED AND AGREEMENT WAS REACHED WITH THE CANDIDATE ON THE RESULTS,COMMENTS ANDRECOMMENDATIONS MADE.

ASSESSOR NAME: ASSESSOR POSITION:

ASSESSOR SIGNATURE: DATE:

DDEECCLLAARRAATTIIOONN::AAGGRREEEEMMEENNTT::

THE ASSESSMENT HAS BEEN DISCUSSED ANDIAM IN AGREEMENT WITH THE RESULT AND COMMENTS.



ANYALTERATIONTOTHISFORMMAYINVALIDATETEST


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22.. PPIICCKKIINNGGUUPPTTUUBBUULLAARRSSFFRROOMMTTHHEECCAATTWWAALLKK





Q1.

Q2.

Q3.

Q4.

Q5.

























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33.. PPUULLLLOOUUTTOOFFTTHHEEHHOOLLEETTOOTTHHEEDDEERRRRIICCKK





Q1.

Q2.

Q3.

Q4.

Q5.

























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44 RRUUNNIINNTTHHEEHHOOLLEEFFRROOMMTTHHEEDDEERRRRIICCKK





Q1.

Q2.

Q3.

Q4.

Q5.

























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55.. DDRRIILLLLIINNGGAANNDDCCOONNNNEECCTTIIOONNOOPPEERRAATTIIOONNSS





Q1.

Q2.

Q3.

Q4.

Q5.

























38/42








Q1.

Q2.

Q3.

Q4.

Q5.

























39/42


SECTION 6. CYBER OPERATOR CONFIRMATION - RECORD OF COMPLETION

6. RECORD OF COMPLETION PAGE 39 OF 42

REV: 1.01 - NOV 2014






THE CANDIDATE HAS DEMONSTRATED THEIR ABILITY BY SATISFACTORILY COMPLETING THEREQUIREMENTS OF THE CYBER STATION OPERATOR COMPETENCY AND HAS SUCCESSFULLYDEMONSTRATED PROFICIENCY AT OPERATING THE CYBER STATION WHILE PERFORMING THELOCATION /INSTALLATION SPECIFIC OPERATOR SKILLSASSESSMENTS OF:

LLAAYYIINNGGDDOOWWNNTTUUBBUULLAARRSSTTOOTTHHEECCAATTWWAALLKK

PPIICCKKIINNGGUUPPTTUUBBUULLAARRSSFFRROOMMTTHHEECCAATTWWAALLKK

PPUULLLLOOUUTTOOFFTTHHEEHHOOLLEETTOOTTHHEEDDEERRRRIICCKK

RRUUNNIINNTTHHEEHHOOLLEEFFRROOMMTTHHEEDDEERRRRIICCKK

DDRRIILLLLIINNGGAANNDDCCOONNNNEECCTTIIOONNOOPPEERRAATTIIOONNSS

WWIITTNNEESSSSDDEECCLLAARRAATTIIOONN::CCOONNFFIIRRMMAATTIIOONNCCOOAACCHHIINNGGCCOOMMPPLLEETTEE::ICONFIRM THAT THE CANDIDATE HAS SUCCESSFULLY COMPLETED THECYBER STATION OPERATOR COACHING AND OPERATOR SKILLS

ASSESSMENTS,THE SUMMARIES AND RESULTS HAVE BEEN DISCUSSED AND AGREEMENT WAS REACHED WITH THE CANDIDATE ON ALLRESULTS,COMMENTS AND RECOMMENDATIONS.



CCAANNDDIIDDAATTEEDDEECCLLAARRAATTIIOONN::AAGGRREEEEMMEENNTT::THE SUMMARIES OF COACHING AND ASSESSMENTS HAVE BEEN DISCUSSED ANDIAM IN AGREEMENT WITH THE RESULTS,COMMENTS ANDRECOMMENDATIONS MADE.



SSEENNIIOORRRREEPPRREESSEENNTTAATTIIVVEEDDEECCLLAARRAATTIIOONN::AACCKKNNOOWWLLEEDDGGEECCOOAACCHHIINNGGCCOOMMPPLLEETTEE::IACKNOWLEDGE THAT THE CANDIDATE HAS COMPLETED THE OPERATOR SKILLSASSESSMENTS AND CONFIRM THAT THE CANDIDATEHAS COMPLETED THE REQUIREMENTS OF THECYBER STATION OPERATOR COMPETENCY.




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SECTION 6. CYBER OPERATOR CONFIRMATION - RECORD OF COMPLETION

6. RECORD OF COMPLETION PAGE 40 OF 42

REV: 1.01 - NOV 2014



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SECTION 7. DEFINITIONS AND ABBREVIATIONS

7. DEFINITIONS AND ABBREVIATIONS PAGE 41 OF 42

REV: 1.01 - NOV 2014

Operator The person assigned the responsibility ofphysically operating and maintaining theequipment.

2P Double Push

AAC Amps ACACK AcknowledgeACL AC side Line ReactorACS Anti-Collision SystemAD Auto DrillerADC Amps DCAUX AuxiliaryAW Auxiliary WellCCS Cyberbase Control SystemCCTV Closed Circuit TelevisionCCW Counter ClockwiseCH Cathead(s)COC Cyber Operator Confirmation

CP Charge PumpCSOC Cyber Station Operator CompetencyCW ClockwiseDAN Data Acquisition NetworkDAU Data Acquisition UnitDB Dynamic BrakingDC Drillers CabinDCDA Drilling Control and Data AcquisitionDCI Drilling Control InterfaceDCR Drilling Control RoomDDS Drilling Data ServerDPLS Drilling Power Limiting System

DRAM Dynamic Random Access MemoryDW DrawworksE&I Electrical and InstrumentationEDRS Enhanced Drilling Reporting SystemEMC Electromagnetic CompatibilityESC EscapeESD Emergency Shut DownF&G Fire and GasFC Frequency ConverterFDS Functional Design SpecificationGPM Gallons Per MinuteGUI Graphical User Interface

HMI Human Machine InterfaceHOK Pneumatic / Hydraulic / Hook-up DrwgHP HorsepowerHPU Hydraulic Power UnitHz HertzI/O Input / OutputIBOP Internal Blow Out PreventerIDS Integrated Drilling SystemiFIX Intellution FixSCADA / HMI SoftwareIGBT Insulated Gate Bipolar TransistorIP Internet ProtocolJS JoystickKPI Key Performance IndicatorsKW KilowattLCD Liquid Crystal DisplayLCP Local Control PanelLED Light Emitting Diode

LER Local Equipment RoomLIR Local Instrument RoomLPM Litre Per MinuteLPB Lighted Push Button

Mbps Megabit Per SecondMC Mechanical CompletionMCC Motor Control CentreMCR Mechanical Completion RecordMMI Man-Machine InterfaceMP Mud PumpMW Main WellNOV National Oilwell VarcoOSM Optical Switch ModuleP PushP+C Push and ConfirmPC Pre-CommissioningPCR Pre-Commissioning Record

P&ID Piping & Instrument DiagramPH Pipe HandlerPHE Plate Heat ExchangerPL Punch ListPLC Programmable Logic ControllerPSI Pounds Per Square InchPTZ Pan / Tilt / ZoomPUR PolyurethanePWM Pulse Width ModulationRIO Remote Input / OutputROC Record of CompletionROP Rate of Penetration

RST Rotary Support TableRWI Rig Work InstructionsSBC Single Board ComputerSCADA Supervisory Control and Data AcquisitionSCS Supervisory Control System (PLC, SBC)Sdi Smart Drilling InstrumentationSPM Strokes Per MinuteSQL Structured Query LanguageSTP StandpipeSVM Space Vector ModulationTCP Transmission Control ProtocolTD Top Drive

TDCR Total Drilling Control RoomTDOC Technical DocumentTDPH Top Drive Pipe HandlerTFT LCD Thin Film Transistor LCDTHD Total Harmonic DistortionTRA Task Risk AssessmentTRIC Toolbox Talk Risk Identification CardTT Trip TankUDP User Datagram ProtocolUPS Uninterruptible Power SupplyVAR Volt-Amp ReactiveVFD Variable Frequency DriveVSDS Variable Speed Drive SystemWG Work GuidelinesWOB Weight On Bit


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Cyber Driller Competency - Task Elements 14-11-11

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