ENGINEER POWER GENERATION (THERMAL)€¦ · impurities in water and steam. • Discuss the various...
Transcript of ENGINEER POWER GENERATION (THERMAL)€¦ · impurities in water and steam. • Discuss the various...
Engineer Power Generation (Thermal) i
Model Curriculum
ENGINEER POWER GENERATION
(THERMAL)
SECTOR:
SUB-SECTOR:
OCCUPATION:
REF ID:
NSQF LEVEL:
POWER
GENERATION
ENGINEER-GENERATION
PSS/Q1007, V1.0
6
Engineer Power Generation (Thermal) ii
Engineer Power Generation (Thermal) iii
TABLE OF CONTENTS
1. Curriculum 01
2. Trainer Prerequisites 12
3. Annexure: Assessment Criteria 13
Engineer Power Generation (Thermal) 1
Engineer Power Generation (Thermal) CURRICULUM / SYLLABUS
This program is aimed at training candidates for the job of a “Engineer Power Generation (Thermal)”,
in the “Power” Sector/Industry and aims at building the following key competencies amongst the
learner
Program Name Engineer Power Generation (Thermal)
Qualification Pack Name
& Reference ID. Engineer Power Generation (thermal) PSS/Q1007
Version No. 1.0 Version Update Date 17-05-2021
Pre-requisites to Training B.Tech/BE (Electrical/ Mechanical/Electronics & Communication
(Instrumentation)
Training Outcomes After completing this programme, participants will be able to:
• Gain familiarity with Power system: overview especially
Generation Sector. Understand basics of electricity terms used
while carrying activities related to testing, repair and
maintenance
• Perform Erection and Commissioning activities in thermal
power plant: Understand the erection and commissioning of
Power Generation Plants. In addition of the above the candidate
also able to perform material management, resource
mobilization, BOQ etc..
• Perform Operation and Maintenance activities in
thermal power plant: Understand operation and
maintenance of all the power plant equipment –BTG &
auxiliaries system and BoP ensuring healthy operation of all
system equipment.
• Use basic health and safety practices for power related
work: Understand procedure & practices to follow to
maintain healthy, safe & secure work environment covering
safety of self, others, assets, and the environment
• Work Effectively with others: Understand basic etiquette and
competencies to demonstrate in their behaviour and interaction
with others at workplace
Engineer Power Generation (Thermal) 2
This course encompasses 4 out of 4 National Occupational Standards (NOS) of “Engineer Power
Generation (Thermal)” Qualification Pack issued by “Power Sector Skill Council”.
Sr.
No. Module Key Learning Outcomes
Equipment
Required
1 Introduction Theory Duration
(hh:mm)
04:00
Practical Duration
(hh:mm)
00:00
Corresponding NOS Code
PSS/N1007
• Explain about Power sector
scenario including generation,
transmission, and distribution
scenario of India.
• Discuss elements of power
systems, transmission,
distribution and generations
• Discuss functions of Power
Generation Companies
• Discuss about generation from
generator to switchyard
2 Organizational context Theory Duration (hh:mm) 04:00 Practical Duration (hh:mm) 00:00 Corresponding NOS Code PSS/N1007
• Explain organization structure
and reporting levels in
Generation Company
• Discuss duties and
responsibilities of Engineer-
Power Generation
• Discuss relevant Legislation,
Electricity act 2003, CERC,SERC
• Interpret CEA Regulations 2010
3 Basics Of Electricity Theory Duration
(hh:mm)
08:00
Practical Duration
(hh:mm)
08:00
Corresponding NOS Code
PSS/N1007
• Explain basic fundamentals of
Electricity, Mechanics and C & I
• Explain the basic key
concepts of Voltage,
Current, Capacitance,
Resistance, KVA, KWh.
• Discuss Circuit connections,
voltage and current
relationship in star & delta
configuration
• Explain 3 phase and 1 phase
supply
Voltmeter,
Ammeter,
Wattmeter, basic
components,
Energy Meter (
single phase and
three phase),
Register,
Inductor,
Capacitor etc.
4 Constructional Features of Power Plant Theory Duration
(hh:mm)
64:00
Practical Duration
(hh:mm)
40:00
Corresponding NOS Code
• Describe the Boiler and
Turbine cycle as operational in
thermal power plant.
• Explain the difference of sub-
critical and super-critical boiler
installed in power plant and
their selection criteria.
• Discuss the steam generation
process and its utilisation in
turbine to generate power.
Engineer Power Generation (Thermal) 3
Sr.
No. Module Key Learning Outcomes
Equipment
Required
PSS/N1007 • Describe the working principle
of major components of
thermal power plant.
• Explain about the specific uses
of various components
installed for power generation.
• Discuss with shape and size of
major parts of power plant.
• Describe the major equipment
other than Turbine and Boiler
needed for power generation.
• Discuss about the various
types of equipment available
and their selection and
contribution in power
generation and dispatch to the
grid.
• Explain about various systems
and equipment as support and
stand-by for safety of the
power plant for all known
sources of disturbances
• Discuss the stand alone
systems essential for power
generation but nor required to
run continuously or
simultaneous with boiler and
turbine.
• Explain about the various
components of the systems,
their location and effect on the
system.
• Describe about the
functioning of systems and
contribution in keeping the
plant in operation
continuously.
• Describe the overall plant
configuration and location of
various balance of plant
systems in thermal power
plant.
Engineer Power Generation (Thermal) 4
Sr.
No. Module Key Learning Outcomes
Equipment
Required
• Discuss the purchase function
in power plant.
• Discuss about the
procurement process for
component/consumables in
power station.
• Discuss about contracting
process for outsourcing the
job/package.
• Discuss about the activities of
stores in preserving and
issuance of materials.
• Discuss the building
configuration for smooth flow
of parts/consumables in
power plant stores.
5 Erection of Thermal Power Plant Theory Duration
(hh:mm)
40:00
Practical Duration
(hh:mm)
40:00
Corresponding NOS Code
PSS/N1007
• Discuss how the selection was
made for the site.
• Discuss the various tools and
tackles deployed for erection
and familiarise their use.
• Explain the process of
preparing schedule for the
project and methods to
monitor the progress.
• Describe the quantum of work
involved in erection of power
plant equipment.
• Explain civil work associated
with Main Package like Boiler,
Turbine Generator, Power
House structure etc.
• Explain civil work related to
ASP, CHP and Ash Pond.
• Discuss Misc civil works
associated with BOP (Balance of
Plants).
• Describe Switch yard with
associated civil foundations
• Explain the critical component
erection process and safety
associated with them.
• Describe the pre-requisite for
erection process.
Engineer Power Generation (Thermal) 5
Sr.
No. Module Key Learning Outcomes
Equipment
Required
• Explain the essentiality of close
monitoring of work and
precautions to be observed
during working at site.
• Discuss the scheduling of
activity to match with parts and
space availability for particular
erection work.
• Describe sequence of activities
for various components of
power plant.
• Discuss the erection procedure
of Turbine in power plant.
• Discuss various measurement
tools specific to turbine
erection.
• Explain the criticality of lifting
arrangement of heavy items
with precision.
• Discuss the erection procedure
of Generator and its auxiliaries.
• Explain about various parts of
Generator and sequence of
activities in erection.
• Discuss about the criticality in
insertion of Rotor in the Stator
shell and precautions needed
during insertion of rotor.
• Describe the erection sequence
of various auxiliaries of turbine
in power plant.
• Discuss about the various
auxiliary systems of turbine.
• Discuss about the safety aspect
and handling of materials
during erection.
• Discuss about the precautions
needed during erecting various
components.
• Discuss about the
interconnection of various
systems with Turbine.
• Explain the working principle of
various components of the coal
handling plant
Engineer Power Generation (Thermal) 6
Sr.
No. Module Key Learning Outcomes
Equipment
Required
• Describe the erection sequence
and various components of ash
handling system
• Describe the erection sequence
and various components of
switchyard
6 Commissioning Activities
in Power Plant
Theory Duration
(hh:mm)
40:00
Practical Duration
(hh:mm)
40:00
Corresponding NOS Code
PSS/N1007
• Explain the activities to be
checked for completion prior to
commissioning.
• Describe the sequence of
checking activities for giving
clearance before start-up.
• Describe the PERT chart of the
project and its monitoring for
timely completion.
• Explain the process and
equipment involved in the test.
• Discuss the method of checking
and identifying leakages during
the test.
• Check the readiness of
equipment/system for
commissioning.
• Discuss about the safety aspect
and precautions needed during
boiler commissioning.
• Discuss about the precautions
needed during trial run after
installation.
• Describe the sequence of
checking interlock and
protection before start-up.
• Discuss the safety aspect
required during
commissioning.
• Explain various electrical
systems provided in the power
plant.
• Discuss the various safety
precautions required
before/during commissioning.
• Discuss the sequence of
checking electrical systems to
make them available for use.
• Discuss the requirement of the
process in cleaning main steam
lines.
Engineer Power Generation (Thermal) 7
Sr.
No. Module Key Learning Outcomes
Equipment
Required
• Explain the completion criteria
of each stage of steam blowing.
• Discuss the safety aspect and
precautions needed during
steam blowing activities.
• Explain the necessity of
following OEM's
recommendation for steam
blowing activities.
• Perform oil flushing of oil lines
prior to supplying oil to
bearings.
• Discuss the process of setting
governing system as per OEM's
chart.
• Describe the method of setting
governing system components
after oil flushing.
• Explain the interlock and
protection of Coal and Ash
handling plant.
• Discuss the sequence of start-
up/stopping of the coal and ash
handling plant
7 Operation of Power Plant
Theory Duration
(hh:mm)
40:00
Practical Duration
(hh:mm)
64:00
Corresponding NOS Code
PSS/N1008
• Discuss about the work permit
system of the power plant.
• Discuss about the safety
requirement during plant
operation.
• Discuss about indenting and
receiving consumables for
plant operation.
• Discuss about the requirement
at the time of unit start-up.
• Discuss about the process of
start-up of major equipment of
power plant.
• Discuss about the sequence of
activities during plant start-up.
• Explain the interlock and
protections checking before
starting any
equipment/system.
Engineer Power Generation (Thermal) 8
Sr.
No. Module Key Learning Outcomes
Equipment
Required
• Discuss about shut down and
cooling down of turbine and
boiler and their precautions.
• Describe important
parameters/conditions of
various equipment/system
during operation
of the unit.
• Describe the activities done
during shift and at the end of
shift.
• Explain the criticality of
chemical parameters of water
and steam used in thermal
power plant.
• Discuss about methods to
control the rise in steam and
water parameters.
• Describe blow down methods
and process to control
impurities in water and steam.
• Discuss the various impurities,
their effect and treatment
methods.
• Describe the various systems
associated with turbine that
must be started before rolling
of turbine.
• Discuss the operating
conditions and settings for
each system of the turbine.
• Perform the cold, warm and
hot start-up and their methods
and precautions.
• Discuss rate of loading of
turbine as per temperature
chart provided by OEM.
• Explain shutting down
procedure and cooling curves
supplied by OEM
• Describe the interlocks and
protections and sequence of
start-up of coal plant.
• Perform various checks during
operation of coal handling
plant.
Engineer Power Generation (Thermal) 9
Sr.
No. Module Key Learning Outcomes
Equipment
Required
• Describe the actions for each
emergency condition during
operation in power plant.
• Discuss about the various
possible abnormalities in
different systems/equipment in
thermal power plant.
• Explain the process of
identifying the fault condition
and remedial actions
envisaged for particular fault in
equipment/system.
8 Maintenance in Power Plant Theory Duration
(hh:mm)
35:00
Practical Duration
(hh:mm)
43:00
Corresponding NOS Code
PSS/N1008
• Explain the various
maintenance techniques being
followed in power plant.
• Discuss the meaning of
maintenance and its execution
policy.
• Discuss about the requirement
of maintenance and its
advantage in power plant.
• Explain applicability of
different tools in different
materials/conditions.
• Discuss the mechanism
causing failure of component/
equipment.
• Explain the boiler tube failure
reasons and method/
observation to pinpoint the
reason of failure to suitably
attend it.
• Discuss the resultant damage
of any mechanism and ways to
prevent repeat failures of
similar nature.
• Explain the process of studying
and confirming the reason of
every failure in the plant and
attending suitably for long
continuous operation of the
plant.
• Discuss precautions and safety
aspect to be followed during
maintenance.
Engineer Power Generation (Thermal) 10
Sr.
No. Module Key Learning Outcomes
Equipment
Required
• Describe the repair
requirement in boiler to avoid
costly replacement.
• Discuss about various welding
processes to join/repair tubes
in the boiler.
• Discuss about various welding
defects noticed during repair
process.
• Describe possible locations of
faults and remedial measures.
• Discuss about different types
of maintenance undertaken in
turbine.
• Discuss about the procedure
and sequence of activities
during turbine maintenance.
• Perform the maintenance
requirement of balance of
plants due their handling of
corrosive/erosive materials.
• Discuss about the specialised
use of technique/material to
avoid frequent failures of
components/equipment in
these systems.
• Discuss about preventive
maintenance and breakdown
maintenance as these mostly
have standbys and not needed
for round the clock operation
9 Use basic Health & Safety practices for power related work Theory Duration
(hh:mm)
24:00
Practical Duration
(hh:mm)
24:00
Corresponding NOS Code
PSS/N 2001
• Discuss general health issues
and precautions at workplace
• Discuss the clauses of CEA
Gazette Notification
• Explain legislature, provision,
rules and guidelines for
ensuring safety in power sector
• Mention the hazards
associated with erection and
commissioning of power plant
equipment
• Mention hazards associated
with operation and
maintenance of power plant
equipment
Helmet, Gloves,
rubber mat,
ladder, neon
tester, Personal
Protective
Equipment
Engineer Power Generation (Thermal) 11
Sr.
No. Module Key Learning Outcomes
Equipment
Required
• Differentiate between hazards
and risk and their prevention
at worksite
• Describe factors causing
accidents and prevention of
accidents at workplace
• Explain causes of Electric
shocks
• Mention the effects of current
on human body
• Discuss the procedure to be
followed for reporting
accidents
• Describe the importance of
work permit system and
creation of safety zone
• Discuss best practices for
working safely in power
transmission network
• Explain the importance of
using PPE
• Name safety equipment used
at heights
• Discuss safety measures to be
taken while working with
electrical equipment
• Discuss electric and fire safety
at workplace
• Mention various types of fire
extinguisher
• Execute correct selection and
use of fire extinguisher
• Describe Basic Rules of First
Aid
• Discuss first aid and its impact
for saving lives in case of
Electrocution
• Discuss handling and storage
of oils, greases and paints
• Discuss ways to store material
and equipment
10 Work effectively with others Theory Duration
(hh:mm)
16:00
• Work effectively in a team.
• Demonstrate good
interpersonal
relation, discipline
behaviour, developing a
Engineer Power Generation (Thermal) 12
Sr.
No. Module Key Learning Outcomes
Equipment
Required
Practical Duration
(hh:mm)
16:00
Corresponding NOS Code PSS/N 1336
positive attitude and building
self-confidence.
• Receive information and
instruction from supervisor and
fellow workers, pass on
information
• Assist others to maximize
effectiveness
• Escalation of problem
• Demonstrate responsible,
disciplined behaviour at
workplace
• Display appropriate
communication etiquette while
working
• Discuss basic Computer
application
Total Duration
Theory Duration
275:00
Practical Duration
275:00
Unique Equipment Required:
Thermo Vision Camera, Transformer Oil test Kit, Megger, Tan
∂ test Kit, Ratio Tester, first aid kit etc.
Grand Total Course Duration: 550Hours, 0 Minutes
(This syllabus/ curriculum has been approved by POWER SECTOR SKILL COUNCIL)
Engineer Power Generation (Thermal) 13
Trainer Prerequisites for Job role: “Engineer- Power Generation (Thermal)” mapped to
Qualification Pack: “PSSC/Q1007, v1.0”
Sr.
No. Area Details
1 Description To deliver accredited training service, mapping to the curriculum detailed
above, in accordance with the Qualification Pack “PSS/Q1007”
2 Personal
Attributes
Aptitude for conducting training, with relevant work experience. So, that
competent candidate is produced at end of the training who are employable.
Strong communication skills, interpersonal skills, ability to work as part of a
team, a passion for quality and for developing others; well-organised and
focused, eager to learn and keep oneself updated with the latest in the
mentioned field.
3 Minimum
Educational
Qualifications
B.Tech/BE in Electrical/ Mechanical/Electronics & Communication
Instrumentation Engineering
4a Domain
Certification
Certified for Job Role: “Engineer Power Generation (Thermal)” mapped to QP:
“PSS/Q1007 v1.0”., Minimum accepted score as per PSSC guidelines- 80% for
Trainer and 90% for Master Trainer
4b Platform
Certification
Recommended that the Trainer is certified for the Job Role: “Trainer”,
mapped to the Qualification Pack: “MEP/Q2601”. Minimum accepted score
as per SSC guidelines – 80% for Trainer and 90% for Master Trainer
5 Experience Engineer B.Tech/BE in Electrical/ Mechanical/Electronics & Communication
Instrumentation Engineering with at least 2-year relevant experience in
power Generation either in the Power Generation utility or with the
turnkey /EPC contractors of the power generation companies carrying out
the work of erection of power generation stations etc.
Engineer Power Generation (Thermal) 14
Annexure: Assessment Criteria
Assessment Criteria
Job Role Engineer Power Generation (Thermal)
Qualification Pack PSSC/Q1007, v1.0
Sector Skill Council Power
Guidelines for Assessment 1. Criteria for assessment for each Qualification Pack will be created by the Sector Skill Council. Each Performance Criteria (PC) will be assigned marks proportional to its importance in NOS. SSC will also lay down proportion of marks for Theory and Skills Practical for each PC. 2. The assessment for the theory part will be based on knowledge bank of questions created by the SSC. 3. Assessment will be conducted for all compulsory NOS, and where applicable, on the selected elective/option NOS/set of NOS. 4. Individual assessment agencies will create unique question papers for theory part for each candidate at each examination/training center (as per assessment criteria below). 5. Individual assessment agencies will create unique evaluations for skill practical for every student at each examination/training center based on this criterion. 6. To pass the Qualification Pack, every trainee should score a minimum of 70% of aggregate marks to successfully clear the assessment. 7. In case of unsuccessful completion, the trainee may seek reassessment on the Qualification Pack.
Engineer Power Generation (Thermal) 15
Compulsory NOS Total Marks: 400
Marks Allocation
Assessment Outcomes Assessment Criteria for Outcomes Total
Marks Out Of Theory
Skills Practical
1. PSS/N1007 Conduct Thermal power plant – Erection and commissioning
PC1. get familiarize with overall thermal power plant working principle
100
9 3 6
PC2. Illustrate concept of thermal power plant location /site selection, plant layout & single line diagram etc.
9 3 6
PC3. plan, monitor and progress of erection and commissioning of BTG & and auxiliaries, coal handling, water treatment, fuel & ash handling etc.
9 3 6
PC4. apply the concept of modern technologies of thermal power plant operation- super critical & sub critical plants
6 2 4
PC5. plan, monitor and progress of erection and commissioning of switchyard, transformer, O/H line, U/G cables etc.
PC6.
8 2 6
PC7. differentiate various types of motor, valves and pumps, bearings, pulverization systems etc.
6 3 3
PC8. plan, monitor and progress of proper protection and earthing of equipment for healthy operation
8 2 6
PC9. review installation of protection devices- earth fault, surge protection, over/under voltage protection etc. to all the critical system
6 3 3
PC10. coordinate and manage all logistics, material planning and handling related issues
8 2 6
PC11. undertake installation of temporary construction power supply 8 2 6
PC12. undertake testing or inspection on pre & post commissioning of all the system
8 2 6
PC13. possess operational familiarity with tools and tackles 5 1 4
PC14. take responsibility for mobilizing resources 5 1 4
PC15. undertake co-ordinating with management and also monitoring individual worker/helper
5 1 4
Total 100 30 70
Engineer Power Generation (Thermal) 16
2. PSS/N1008 Conduct operation and maintenance activities in thermal power plant
PC1. get familiarize with overall plant system and control room
100
4 2 2
PC2. oversee all sub systems of the thermal power plant
4 2 2
PC3. undertake regular inspection of boiler, turbine and alternator and other critical equipment for proper operation & maintenance
4 2 2
PC4. review operation process of various critical equipments 6 2 4
PC5. carry out overhauling process of boiler 6 2 4
PC6. perform starting and shut down process of thermal plant
6 2 4
PC7. ensure maintenance of auxiliary system as and when required 6 2 4
PC8. review fault detection and correction of running plant system 4 1 3
PC9. check all the intersections & joints(termination) in the line or cable
4 1 3
PC10. monitor running parameter of BTG and auxiliaries system as per design standard
4 1 3
PC11. monitor working condition of power transformer (overloading/ underloading)
4 1 3
PC12. undertake performance monitoring of critical system such as BTG and BOP systems
4 1 3
PC13. carry out preventive, breakdown, routine maintenance and overhauling
4 1 3
PC14. manage manpower for maintenance 4 1 3
PC15. test the system parameter to know abnormal condition of the system 4 1 3
PC16. test the healthiness of connected equipment 4 1 3
PC17. maintain log of system condition( parameters) 4 1 3
PC18. undertake software upgradation and testing 4 1 3
PC19. carry out repair and replacement of faulty/ unhealthy equipment 4 1 3
PC20. troubleshoot faulty system 4 1 3
Engineer Power Generation (Thermal) 17
PC21. upgrade or modify the existing unhealthy equipment/system 4 1 3
PC22. carry out general routine repair work 4 1 3
PC23. implement technical changes in
equipment/system 4 1 3
Total 100 30 70
3. PSS/N2001 Use basic health and safety practices for power related work
PC1. use protective clothing/equipment for specific tasks and work conditions.
100
3 0 3
PC2. state the name and location of people responsible for health and safety in the workplace
2 0 2
PC3. state the names and location of documents that refer to health and safety in the workplace
2 0 2
PC4. identify job-site hazardous work and state possible causes of risk or accident in the workplace
3 1 2
PC5. follow electrical safe working procedures such as Tag out/Lock out and display PTW (Permit To Work),
3 1 2
PC6. follow warning signs (danger, out of service, etc.) while working with electrical systems
3 1 2
PC7. use standard safe working practices when working at heights, confined areas and trenches
3 1 2
PC8. test any electrical equipment and system using insulated testing devices before touching them
3 1 2
PC9. ensure positive isolation of electrical equipment & system as per given standards
3 1 2
PC10. recognize any abnormalities in electrical equipment or system installed alarm annunciation and/or noticing parameters from gauge/ indicator installed
3 1 2
PC11. carry out safe working practices while dealing with hazards to ensure the safety of self and others
3 1 2
PC12. state methods of accident prevention in the work environment of the job role
2 0 2
PC13. state location of general health and safety equipment in the workplace 2 0 2
PC14. inspect for faults, set up and safely use of scaffolds and elevated platforms and ladder
2 0 2
Engineer Power Generation (Thermal) 18
PC15. lift, carry and transport heavy objects & tools safely using correct procedures from storage to workplace and vice versa
2 1 1
PC16. inspect Grid station and its equipment routinely for any signs of oil and water leakage
2 0 2
PC17. store flammable materials and machine lubricating oil safely and correctly
2 0 2
PC18. check that the emission and pollution control devices are working properly in line with environmental policy standards
3 1 2
PC19. apply good housekeeping practices at all times 3 1 2
PC20. identify common hazard signs displayed in various areas 2 0 2
PC21. retrieve and/or point out documents that refer to health and safety in the workplace
2 0 2
PC22. inform relevant authorities about any abnormal situation/behavior of any equipment/system promptly
3 0 3
PC23. use the various appropriate fire extinguishers on different types of fires correctly
2 1 1
PC24. distinguish types of fire 3 1 2
PC25. demonstrate rescue techniques applied during fire hazard 3 1 2
PC26. demonstrate good housekeeping in order to prevent fire hazards 3 1 2
PC27. demonstrate the correct use of a fire extinguisher 3 1 2
PC28. demonstrate how to free a person from electrocution 3 1 2
PC29. administer appropriate first aid to victims where required e.g. in case of bleeding, burns, choking, electric shock, poisoning etc.
3 0 3
PC30. demonstrate basic techniques of bandaging 3 1 2
PC31. respond promptly and appropriately to an accident situation or medical emergency in real or simulated environments
3 1 2
PC32. perform and organize loss minimization or rescue activity 3 1 2
Engineer Power Generation (Thermal) 19
during an accident in real or simulated environments
PC33. administer first aid to victims in case of a heart attack or cardiac arrest due to electric shock, before the arrival of emergency services in real or simulated cases
3 1 2
PC34. demonstrate the artificial respiration and the CPR Process 3 1 2
PC35. participate in emergency procedures Emergency procedures: raising alarm, safe/efficient, evacuation, correct means of escape, correct assembly point, roll call, correct return to work
3 1 2
PC36. complete a written accident/incident report or dictate a report to another person, and send report to person responsible
3 1 2
PC37. demonstrate correct method to move injured people and others during an emergency
3 1 2
Total 100 24 76
4. PSS/N1336 Work effectively with others
PC1. accurately receive information and instructions from the supervisor and fellow workers, getting clarification where required
100
10 3 7
PC2. accurately pass on information to authorized persons who require it and within agreed timescale and confirm its receipt
10 3 7
PC3. give information to others clearly, at a pace and in a manner that helps them to understand
10 3 7
PC4. display helpful behavior by assisting others in performing tasks in a positive manner, where required and possible
10 3 7
PC5. consult with and assist others to maximize effectiveness and efficiency in carrying out tasks
10 3 7
PC6. display appropriate communication etiquette while working 10 3 7
PC7. display active listening skills while interacting with others at work 10 3 7
PC8. use appropriate tone, pitch and language to convey politeness, assertiveness, care and professionalism
10 3 7
Engineer Power Generation (Thermal) 20
PC9. demonstrate responsible and disciplined behaviors at the workplace
10 3 7
PC10. escalate grievances and problems to appropriate authority as per procedure to resolve them and avoid conflict
10 3 7
Total 100 30 70