Module Descriptions for Mwright

7/29/2019 Module Descriptions for Mwright

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www.jti.edu.sa

Department of Mechanical Skills

Module Descriptions

Industrial Millwright Skills


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Module Descriptions

Industrial Millwright Skills

2009


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3Industrial Millwright Skills 2009 www.jti.edu.sa

Industrial Millwright Skills (IMWT)

Level 1

Sr. Module code Module Name Contact Hours

1 IMWT156 Material Science or Millwright 32

2 IMWT 157 Industrial Blue Print Reading 56

3 IMWT158 Measurement Techniques 32

4 IWLD126 Welding or Non-Welders 32

5 IMWT159 Rigging and Hoisting Equipment 1 56

6 IMWT160 Job Planning 32

7 ENGC102 English Communication 1 24

TOTAL HOURS 264

Level 2

Sr. Module Code Module Name Contact Hours

1 IMWT261 Machine Elements 144

2 IMCH254 Basic Lathe Work 32

3 IMWT262 Internal Combustion Engines 32

4 IMWT263 Rigging and Hoisting Equipment 2 32

5 ENGC203 English Communication 2 24

TOTAL HOURS 264Level 3


1IMWT365 Stationary Equipment

642 IMWT366 Machine Alignment 80

3 IMWT367 Rotating Equipment 96

4 TWRT304 Technical Report Writing 1 24

TOTAL HOURS 264

Level 4


1 IMWT469 Prime Movers 32

2 IMWT470 Hydraulics 48

3 IMWT471 Pneumatics 48

4 IMWT472 Lubrication 325 IMWT473 Vibration Analysis and Field Balancing 80

6 TWRT405 Technical Report Writing 2 24

TOTAL HOURS 264

Coop (15 Weeks)

Sr. Module Code Module NameEquivalent Contact

Hours

1 IMWT574 Cooperative Training Program 128

Degree Plan


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4 Industrial Millwright Skills 2009www.jti.edu.sa

Level 1 Contact Hours: 32Prerequisite

Department of Mechanical SkillsMaterial Science for MillwrightIMWT 156

Module Description

Objectives

Learning Outcomes

Contents

Students learn properties o dierent materials and their application to

dierent engineering requirements . They learn relative advantages anddisadvantages o dierent materials

To make students understand basic properties o materials and study o di-

erent materials,their properties and application so they know why certain

materials are suitable or particular engineering applications.

Student should be able to know the reason and application o materials or

dierent components o machines.

Introduction to materials

Types o materials

Metals, Ceramics ,Polymers

Composite materials

Ferrous materials (steel)

Advantages o having more

carbon steel

Low carbon steel

Carbon percentage

Properties

uses

Medium carbon steel

Carbon percentage

Properties

Uses

High carbon steel

Carbon percentage

Properties

Uses

High strength low alloy steel

Properties

Uses

Cast iron

Carbon percentage

PropertiesUses

Stainless steel

Chemical composition

Properties

Uses

Non errous materials uses and

properties

Aluminum

CopperBronze

Brass

Non metallic materials uses

and properties

Plastics

Thermoplastics

Wood

Mechanical testing

Non metallic reinorcing mate-

rials uses and properties

Glass

Limitations to the use o

glass

Ceramics

(Hardness test, Impact

test, Malleability, Ductility)

Material properties

Hardness test

Impact test

Malleability

Ductility

Application o errous materials

Non Ferrous materials

Alloys

Metallic Bearing materials

Non Metallic Bearing materials

Protective coating materials

and their applications

Synthetic materials (Thermo-

setting & Thermoplastics)

Serviceability o materials


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Material Science for Millwright IMWT 156

Pacing Schedule

Contact Hours Contents Skills Gained

4Physical and Mechanical properties o materials (Hard-

ness test, impact test, Malleability, ductility)

To understand properties o ma-

terials and their selection

4 Properties and application o errous materials Use and advantages

4 Application and types o non errous materials Use and advantages

4 AlloysImportance o alloys and their

selection or use

4 Special. Alloys Use in industry

4 Metallic and non metallic bearing materials Why bearings metal need specialproperties in machines

4 Protective coating materials and their applicationsCoating material selection as per

existing conditions .

4 Synthetic materials (Thermosetting and Thermoplastics) Application and use

Reerence:

Handout (In-house made manual)


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Department of Mechanical SkillsIndustrial Blueprint ReadingIMWT 157

Industrial Blueprint Reading enables the industrial maintenance technicians

to understand inormation to abricate, assemble and service industrialproducts rom the prints. Helps to solve industrial problems even in the

trouble shooting o mechanical systems

This course is developed to make the Industrial Millwright amiliar to read and

interpret detailed inormation to aid assembly and disassembly o the equip-

ment. It covers the eld related inormation associated in the trouble shoot-

ing, installation and undertakes repairs and maintenance o the equipment.

Students will be able to:

Read and interpret inormation rom a given print using orthographic

projection o machine componentsExtract inormation by using standard piping symbols and drawings

Understand assembly o mechanical systems

Convey dimensions on shop oor or machinery installation

Interpret and identiy mechanical power transmission elements

Identiy hydraulic and pneumatic components

Indicate lubricating points in the sectional drawings o the mechanical

system

1. Understanding and interpretation o blue prints o:

Belt drives (pulleys)

Chains and sprockets

Gear (Spur, Helical , Bevel, Worm and Worm Wheel )

Sectional views o coupling

Clutches

Brakes, Flywheels, and Sheaves

Bearing and their assemblies

Pipe drawing , anges, valves and piping lay out

Seal and o rings

Locking devices

Gear box and gear trains

2. Isometric drawings o steam piping

3. Understanding advanced pneumatics and hydraulic circuits

4. Thread joints, welded joints, anged joints and riveted joints5. Machining specication and surace quality

6. Understanding o steel structural drawings

7. Sheet metal development and truncated drawings.

8. Understanding installation drawings and oundation drawings o con-

veyor s and industrial equipment.

9. Application o ISO ts

10. Assembly drawings o dierent types o pumps and compressors

Module Description

Objectives

Learning Outcomes

Contents


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Industrial Blueprint Reading IMWT 157


4Revision o orthographic projection both in 1st angle and 3rd

angle o projection.To apply in the eld

4Read and interpret inormation rom a given prints using

orthographic projection.To apply in the eld

4From the given prints, missing to be completed and to prac-

tice sufcient exercises.

Gain and apply inormation

rom a print

1 Assessment one

4To identiy on a working drawing title block and bill o mate-

rial is specied Better understanding is

achieved to extract inormation4

To read and interpret inormation rom the given print show-

ing sectional views o the machine parts.4

Introduction to piping drawing, piping drawing symbols o

pipe tting.Learn how to interpret the

inormation1 Assessment two

4To read and interpret inormation rom the given print o pip-

ing layout and piping connections.

4Assembly drawings o mechanical components using ortho-

graphic, isometric and sectional views.Helps to aid in assembly and

disassembly and trouble shoot-

ing4Use o tolerances and limits o ts prescribed or the mechani-

cal system particularly bearings and bushes

1 Assessment 3

4Symbols o Hydraulic and Pneumatic components and to

sketch Hydraulic and Pneumatic circuits To understand hydraulic circuit

and operation o the hydraulic

system. Apply to the mainte-

nance and repairs o the rotat-

ing equipment

4To read and interpret rom graphical diagrams o hydraulic

and pneumatic circuits.

4Detail drawings o power transmission elements such as

gears, spline joints, bearings and couplings

4To continue or practice with the given prints and to intro-

duce lubrication charts or routine maintenance

1 Final Examination

Reerence:

Industrial Blueprint Reading and relevant hand-outs to understand and read blueprints used in the eld.

Pacing Schedule


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Department of Mechanical SkillsMeasurement TechniquesIMWT 158

This module teaches and tells how to use measuring tools with reerence to

dierent rotating and stationary equipment maintenance and repair.

The students should be able to make measurements by precision measur-

ing tools or rotating and stationary equipments parts and to trace aults in

case measurements exceed manuacturers specications

Students should be able to take measurements or dierent equipments

parts and machines and thus can take the corrective tasks to prolong the

lie o equipment

To measure end play with dial indicator

To measure run out with dial indicator

How to take readings with dial indicator when measuring angular and

radial alignment readings

How to measure backlash with dial indicator

How to check roundness by dial indicator

Checking surace irregularity

Checking parallelism

Using straight edge to nd radial dierence between two machines

Feeler gauge unction and use in rough alignment and sot oot ness.

Measuring end gap o piston rings

Use o transer gauges

Checking cylinder bore by telescoping gauge

How to adjust or wear in micrometers by built in adjustment

Use o tensionometer to nd tension in belt

Checking alignment o Sheaves by straight edge

Measuring torque and conversion o metric units o torque into oot

pound

How to measure shim size.

Module Description

Objectives

Learning Outcomes

Contents


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Measurement Techniques IMWT 158


8

To measure end play with dial indicator

To measure run out with dial indicator

How to take readings with dial indicator when measuring

angular and radial alignment readings

How to nd out run out

and end play

6

How to measure backlash with dial indicator

How to check roundness by dial indicator

Checking surace irregularity

Checking parallelism

How to measure back-

lash.

6

Using straight edge to nd radial dierence between two

machines

Feeler gauge unction and use in rough alignment and sotoot ness.

Measuring end gap o piston rings

Use o transer gauges

Checking cylinder bore by telescoping gauge

How to make rough

alignment

6

How to adjust or wear in micrometers by built in adjustment

Use o tensionometer to nd tension in belt

Checking alignment o Sheaves by straight edge

How to calibrate mi-

crometer

6

Measuring torque and conversion o metric units o torque

into oot pound

How to measure shim size.

How to measure torque

in dierent units.

Reerence:

In House Made Module Measurement Techniques

Pacing Schedule


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Department of Mechanical SkillsWelding for Non-WeldersIWLD 126


5 Symbols or welding and blue print readingMillwright student will be able to recog-

nize the welding symbols and application

9

Shielded metal arc welding (basic)

Introduction

Fundamental o SMAW

Power sourceAdvantages and disadvantages

Practical application

Will be able to perorm SMAW

9

Oxyacetylene welding

Introduction

Saety precautions in oxyacetylene welding

Flame

Filler material


Will be able to perorm oxyacetylene

welding

9

Cutting torch

Setting


Advantages and disadvantages

Will be able to perorm gas cutting work

Reerence:

Handout (In-house made)

This course deals with basics o gas and arc welding

This course give basic hand skill and knowledge to perorm welding and

cutting.

This industrial millwrights students shall be able to:

Gas and Arc Welding.

Oxy- Acetylene Cutting

Gas Welding

Shielded Metal Arc Welding

Oxy-Acetylene Cutting

Cutting Torch

Symbols o Welding

Module Description

Objectives

Learning Outcomes

Contents

Pacing Schedule


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Rigging and HoistingEquipment 1

IMWT 159

Module Description

Objectives

Learning Outcomes

Contents

Pacing Schedule


16

Introduction to industrial rigging

Ropes and chains

End ttings and connectors

Should be able to make selection o

ropes, chains and ttings as per rigging

requirement

16

Slings

Equipment inspections

Derricks and crane

Should be able to identiy the crane and

derricks requirement as per plant or job

requirements.

12

Types o derricks

Types o cranesCrane hand signals

Rigging and moving loads

Should know dierent types o cranes

and derricks and their respective ap-plication and use

12

Estimating size, weight and center o gravity

Tying knots

Rigging and moving materials and equipment

Should be able to calculate weight o

dierent loads and how to move t

Reerence:

In House Made Manual Rigging And Hoisting Equipment 1

This module describes about basic rigging equipment and their use, opera-

tion and requirement .

To amiliarize students with basics o industrial rigging so he can carry out

rigging job saely.

Student will be able to use rigging equipment saely and can select proper

rigging equipment as per requirement.

Introduction to industrial rigging

Ropes and chains

End ttings and connectors

Slings

Equipment inspections

Derricks and cranes

Types o derricks

Types o cranes

Crane hand signals

Rigging and moving loads

Estimating size, weight and center o gravity

Tying knots

Rigging and moving materials and equipment


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Department of Mechanical SkillsJob PlanningIMWT 160


8 Importance o planningThe student will be able to understand the

importance o planning in day to day jobs

8 Planning stepsHow to ollow planning steps and write

sequence o steps.

8Identies task requirements

Identies material and tool requirementsTask requirements like tools and materials

8 Identies manpower requirementsHow to calculate manpower hrs and utilize

the manpower in best possible way

Reerence:

In House Made Manual Planning Strategy

This module teaches about how planning is carried out in industrial plants

concerning material, spare parts , tools ,consumables and man powerrequirements on individual

and organization level

Students should know all necessary planning steps beore carrying out job.

Student will be able to understand the importance, necessity o planning

and steps necessary concerning material , spare parts and necessary man-

power requirements beore carrying out job.

Importance o planning

Planning steps

Identies task requirements

Identies material and tool requirements

Identies manpower requirements

Module Description

Objectives

Learning Outcomes

Contents

Pacing Schedule


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13English Language Program 2009 www.jti.edu.sa

Department of Basic Skills

Level 1 Contact Hours: 24Prerequisite BSEL 406

English Communication 1 ENGC 102

Module Description

Objectives

Learning Outcomes

Contents

English Communication 1 is a module or level 1 students o specialization

program, as part o the English communicative competence requirementor their diploma. The module is built around a communicative compe-

tency-based program that ocuses on general English language skills and

workplace competencies.

To help students build on and enhance EL prociency achieved at level

4 o BSEL 406.

To help them achieve target language competencies required at work.

To help them learn and practice the same competencies or job suc-

cess.

At the end o the course the students will be able to:Illustrate points and express preerences.

Listen to and speak about job saety and team work.

Participate eectively in meetings.

Tell about cause and eect.

Express disapproval, make counter-argument, conclude, compare and

contrast statements

Understanding Company Benets

Employees Rights

Job Saety

Teamwork

Meetings and Minutes

Tools and Supplies

Unions and Employment Contracts

Using Business Machines

Sel-Employment


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14 English Language Program 2009www.jti.edu.sa

Level 1 Contact Hours: 24Prerequisite BSEL 406

Department of Basic SkillsEnglish Communication 1ENGC 102

Pacing Schedule


3Understanding Company

Benets

Illustrating points and express preerences using appro-

priate words and phrases

3 Employees RightsDescribing events chronologically and telling about past

situations using past perect tense

Quiz 1

3 Job SaetyPredicting consequences using past simple present and

past

3 Teamwork Telling about tasks and predicting consequences using

causative verbs

Midterm

3 Meetings and Minutes

Expressing indierence and disapproval and indicat-

ing order and sequence using unreal conditional with

would and could

3Tools and Supplies & Unions

and Employment Contracts

Persuading and explaining using could have , would

have and however

Quiz 2

3 Using Business MachinesTalking about the uture and inerring using passive

simple uture

3 Sel-employmentConcluding, comparing and contrasting using might

have, as---as.

Final Examination

Reerence: Put English to Work , Level 5 by Sandra Linn


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Machine Elements IMWT 261

This module covers almost all machine elements which are parts o ma-

chines like asteners, shats and attachments, bearings, belts , pulleys,chains ,sprockets, gears, cams, couplings, seals and packings.

To give students understanding o all machine elements so that they can

know the unction and use o each element in a machine . Also it covers the

maintenance and construction o each element

so student can assemble each element in a correct way during assembly

and disassembly o machines.

Student will be able to take care o maintenance o all rotating and station-

ary equipment in a correct way because o his knowledge o each part o

machine

Fasteners unction , types and their proper selection , torquing tech-

niques, identiying astener material strength, thread types and other

properties.

Shats and attachments( shat types , pins ,keys, shoulders, splines)

Bearings unctions, types, sizing, installation and removal procedures,

use o pullers. and induction heater

Belts types , material, adjusting tension, deection, troubleshooting

belt problems,

and belt alignment.

Pulleys unction, movable xed and combined pulleys, basic pulley

physics.

Chains and sprockets types, terminology o chains, alignment o

sprockets, adjustment and chains repair.

Function o gears, types, advantages and disadvantages o each type

(spur, helical, bevel, worm and hypoid gears).

Cams unctions and types ,Couplings unction ,Mechanical couplings

types

Magnetic couplings ,Hydraulic couplings

Seals unctions ,Mechanical seals ,Gland packings

Labyrinth seal , Lip seals ,Gland packing seals procedure and mainte-

nance ,

Mechanical seals installation and care

Module Description

Objectives

Learning Outcomes

Contents


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Department of Mechanical SkillsMachine ElementsIMWT 261


24

Fasteners unction , types and their proper selection, torquing

techniques, identiying astener material strength, thread types

and other properties.

How to work with

asteners.

6Shats and attachments( shat types , pins ,keys, shoulders,

splines)

How to x shat with

other components.

24Bearings unctions, types, sizing, installation and removal proce-

dures ,use o pullers. and induction heater

How to remove and x

bearings.

12Belts types , material, adjusting tension, deection, trouble-

shooting belt problems, and belt alignment.

How to x and align

belts.

6 Pulleys unction, movable xed and combined pulleys, basicpulley physics.

How to maintain pul-leys.

6Chains and sprockets types, terminology o chains, alignment o

sprockets, adjustment and chains repair.

How to maintain and

repair chains

24Function o gears, types, advantages and disadvantages o each

type(spur, helical, bevel, worm and hypoid gears).

How to overhaul and

x gears.

12Cams unctions and types ,Couplings unction Mechanical cou-

plings types. Magnetic couplings ,Hydraulic couplings.

How to maintain cams

and couplings.

30

Seals unctions ,Mechanical seals ,Gland packing Labyrinth seal,

Lip seals ,Gland packing seals procedure and maintenance,

Mechanical seals installation and care

How to x and repair

seals.

Reerence:In House Made Manual Machine Elements

Pacing Schedule


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Basic Lathe Work IMCH 254

Pacing Schedule

Contact Hour/s Contents Skills Gained

2

Lathe Machine,

Operating o Lathe

Machine and produc-

ing parts by using other

machines also.

Parts names o Lathe Machine

Saety on Lathe

10 O hand tool grinding

5 Material cutting by Band Saw and Power Saw

5 Lathe exercise containing acing, turning

5Lathe exercise containing acing, turning, center drilling, drill-

ing, counter boring and counter sinking

5Taper turning, boring , counter boring and polishing exerciseon lathe machine

Practical Examination

Reerence:

In-house prepared manual or Lathe work

This module is designed to amiliarize industrial millwrights with the basic

lathe work.

To module develops hands-on skills to do dierent kinds o lathe opera-

tions.

By the end o this course the student will be able to:

Identiy parts and unctions o lathe machine

Observe saety precautions in the operation o the lathe machine

Perorm straight and taper turning

Perorm acing and chamering in the work piece

Perorm drilling and boring and counter boring operations

Demonstrate correct method o polishing

Parts o lathe machine and manipulation

Saety on lathe machine

Facing and straight turning

Taper turning using compound rest method

Lathe exercises

Drilling exercises

Boring and counter boring

Polishing in the lathe

Module Description

Objectives

Learning Outcomes

Contents


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Department of Mechanical SkillsI.C. EngineIMWT 262

This course teaches the undamental principles o internal combustion

engine and its parts.Industrial millwright will practice assembly /disassembly as per service

manual o dierent types o engines.

To develop concept o working principle o internal combustion engines,

their maintenance, and trouble shooting and overhauling procedure as per

service manual.

Ater the training course the industrial millwright student will be able to

To explain working principle o internal combustion engine

To recognize dierent part o internal combustion engine

Understand the maintenance procedures o engine

Classiy engine as per uel type

Classiy as per ignition

Classiy as per number o cylinder

Classiy as per combustion

Main engine components

Cylinder head , studs and

gaskets

Burning and corrosion

Valves and valve stems

Valve seat and guides

Camshat and valve train com-

ponents

Valve train operating mecha-

nism

Camshat

Cam shat gear

Camshat location

Camshat drive system

Engine block

Cylinder bores and liners

Piston and piston rings

Piston ring material

Piston ring clearances

Connecting rods

Crank shat

Crankshat lubrication

Bearings and clearances

I.C.Engine systems

Air intake

Fuel system

Lubrication system

Cooling system

Exhaust system

Electrical system

Assembly and disassembly as

per service manual

Start up and troubleshooting.

Module Description

Objectives

Learning Outcomes

Contents


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I.C. Engine IMWT 262


8Internal Combustion Engine construction and

working principle.Will be able to identiy parts

8Internal Combustion Engine assembly and disas-

sembly.

How to repair IC engines as per

standard procedure .

8 Internal Combustion Engine trouble shooting.Will be able to troubleshoot the

deects.

8Internal Combustion Engine preventive and break-

down maintenance

Reerence:

In house made manual IC Engines

Pacing Schedule


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Department of Mechanical SkillsRigging and HoistingEquipments 2

IMWT 263


4Bridge cranes

Boom cranes

Know the dierence between bridge

cranes and boom cranes

4Crane inspections

Heavy liting procedure

How to perorm crane inspections and

ollow liting procedure.

8

Capacity charts

Load balancing

Crawler crane job

How to read capacity charts and

do load balancing. Understanding

crawler crane

application.

8

Material handling denition

Scope o material handling

Material handling equipment and their selection

How to ollow best procedures in

material handling

8Saety and operation o Rigging and Hoisting

Equipment.How to ollow saety rules

Reerence:

In House Made Manual Rigging And Hoisting Equipment 2

This manual describes the sae and cost eective operation, inspection,

maintenance, and repair requirements or cranes, hoists, ork trucks, slings,rigging hardware and hoisting equipment. From time to time, liting is

perormed with equipment other than cranes, hoists, and ork trucks. When

using any equipment or material handling, ollow the equipment manuac-

turers instructions.

To enable students to understand how dierent rigging ,hoisting , material

handling equipment operate and how to maintain and operate them.

Students should be able to operate and maintain rigging ,hoisting , mate-

rial handling equipment

Bridge cranes

Boom cranes

Crane inspections

Heavy liting procedure

Capacity charts

Load balancing

Crawler crane job

Material handling denition

Scope o material handling

Material handling equipment and their selection

Saety and operation o Rigging and Hoisting Equipment.

Module Description

Objectives

Learning Outcomes

Contents

Pacing Schedule


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21English Language Program 2009 www.jti.edu.sa

Department of Basic Skills

Level 2 Contact Hours: 24Prerequisite ENGC 102

English Communication 2 ENGC 203

English Communication 2 is a module or level 2 students o specialization

program that builds on English Communication 1 as part o the commu-nicative competence requirement or their diploma. The module is built

around a communicative competency-based program that ocuses on com-

munication skills and workplace competencies.

To consolidate the students communicative competence achieved at

level 1 o the skill program.

To develop language skills, document literacy, critical thinking and

problem solving in workplace situations.

To develop purposeul use o language in realistic contexts and com-

municative competence.

At the end o the course the students will be able to:

Check assumptions, express values and understand social systems

Express wishes and conrming conjectures

Summarize, bargain and predict things

Analyze and express values and judgments , negotiate and talk about

causes and eects.

Career Planning and Sel-Assessment

Taxes and Tax Forma

Rights, Responsibilities and Benets.

Perormance Reviews

Health Problems on the Job

Emergency Procedures

Scheduling and Budgeting

Using Computers

Job Promotions

Module Description

Objectives

Learning Outcomes

Contents


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Level 2 Contact Hours: 24Prerequisite ENGC 102

Department of Basic SkillsEnglish Communication 2ENGC 203


3Career Planning and Sel-Assess-

ment

Checking assumptions, expressing values and ana-

lyzing using tag questions and appropriate noun

clauses

3 Taxes and Tax ormsParaphrasing and conrming conjectures using past

subjunctive and direct speech

Quiz 1

3 Rights and ResponsibilitiesSummarizing, bargaining and predicting using

uture perect and uture conditional

3 Perormance ReviewsReporting inormation and complimenting using

passive simple uture and passive present perect

Midterm

3 Health Problems on the JobPredicting and analyzing using uture perect con-

tinuous.

3Emergency Procedures

Expressing values, requesting inormation and

predicting consequences using present continuous

conditional and embedded questions.

Quiz 2

3 Scheduling and BudgetingCompromising and negotiating using clauses with

although and unless..

3Using Computers and Job Pro-

motions

Talking about possibility, cause and eect and ex-

pressing judgment using causative and past unreal

conditional

Final Examination

Reerence: Put English to Work Level 6 by Sally Gearhart

Pacing Schedule


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Stationary Equipment IMWT 365

This module covers heat exchangers, boilers, piping, piping accessories,

valves and steam traps,tanks and storage vessels.saety guards and rails .

To enable students to know the unction o heat exchangers, boilers, piping,

piping accessories, valves and steam traps ,tanks and storage vessels.saety

guards and rails .

Also to know the construction o these equipments, common problems,

do troubleshooting and repair these equipment

Students will be able to maintain and repair stationary equipment

Types o heat exchanger construction, including tube and shell and

plate type.Heat exchanger ow-through design types, including parallel ow,

counter ow and cross ow.

Heat Exchangers pressure testing and maintenance

Cooling Towers

Boiler introduction

Boiler Construction and design

Boiler Operation and Maintenance

Piping types, unction and material

Piping sizing, schedule numbers.

Filters ,strainers and pipe supports

Pipe ttings Pipe repair

Hose pipes ,Tubes

Valves unction Valves types (gate valves, globe valves, needle valves,

ball valves, diaphragm valves, check valves, buttery valves) Valves

parts, assembly/disassembly , trouble shooting and repair.

Steam traps (mechanical types, thermostatic type and thermodynam-

ic). Repair and trouble shooting.

Maintenance o tanks and storage vessels

Install saety guards and rails

Module Description

Objectives

Learning Outcomes

Contents


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Department of Mechanical SkillsStationary EquipmentIMWT 365


8

Types o heat exchanger construction, including tube and shell

and plate type.

Heat exchanger ow-through design types, including parallel

ow, counter ow and cross ow.

Heat Exchangers pressure testing and maintenance

Cooling Towers

How to pressure test,

troubleshoot and repair

heat exchangers

6

Boiler introduction

Boiler Construction and design

Boiler Operation and Maintenance

Understand basic princi-

ples o Steam Boiler.

6

Piping types, unction and material

Piping sizing, schedule numbers.

Filters ,strainers and pipe supports

Pipe ttings Pipe repair

Hose pipes .Tubes

How to repair and as-

semble piping and its

components

18

Valves unction Valves types (gate valves, globe valves, needle

valves, ball valves, diaphragm valves, check valves, buttery

valves) Valves parts, assembly/disassembly , trouble shooting

and repair.

Steam traps (mechanical types, thermostatic type and thermo-

dynamic). Repair and trouble shooting.

To understand the dier-

ence between dierent

types o valves and to

troubleshoot and repair.

6Steam traps (mechanical types, thermostatic type and thermo-

dynamic). Repair and trouble shooting.

To trouble shoot and

repair.

10 Maintenance o tanks and storage vessels

How to pressure test,

clean , repair tanks and

storage vessels etc.

10 Install saety guards and railsHow to x guards and

rails

Reerence:

In House Made Manual Stationary Equipment

Pacing Schedule


26/45




Machine Alignment IMWT 366

This module covers all aspects o shat alignment undamentals . It gives

methods and procedures or ace and rim , reverse indicator and laseralignment. It also explains about sot ootness, sag and thermal actors so

student can do the job in the best possible way as per specications

To understand basics o shat alignment . Will be able to understand rough

alignment, ace and rim alignment, sot ootness, sag and selection o mov-

able and removable units. This module also provides understanding o the

reverse indicator method, vertical pump alignment and laser alignment.

Should be able to perorm alignment by ace and rim and reverse indicator

method taking into consideration sag and sot ootness.

He should also be capable to do laser alignment

Importance o shat alignment

Radial and angular alignment

Rough alignment

Movable and stationary units

Face and rim alignment method

Rim and ace alignment by ormula

Rim and ace alignment by graph

Showing position o alignment xture, movable and stationary units

Display o radial and angular misalignment by graph

Factors to be taken into considerations or addition and removal o

shims

Trigonometric study o ace and rim method

Splitting o angular and radial shims needed to be added or removed.

Final calculation o shims required to be added or removed .

How to calculate sag

Sot ootness and correction

Taking into consideration o thermal expansion in shat alignment

Reverse indicator alignment

Reverse indicator alignment by ormula

Reverse indicator alignment by graph

Reverse indicator alignment with thermal expansion allowance

Vertical pump alignment

Vertical pump alignment by graph

Vertical pump alignment by ormula

Laser alignment principle

Laser alignment parts and method

Module Description

Objectives

Learning Outcomes

Contents


27/45



Department of Mechanical SkillsMachine AlignmentIMWT 366


20

Importance o shat alignment

Radial and angular alignment

Rough alignment

Movable and stationary units

To make the student real-

ize importance o machine

alignment

20

Face and rim alignment method

Rim and ace alignment by ormula

Rim and ace alignment by graph

Showing position o alignment xture, movable and

stationary units

To make alignment by ace

and rim method.

10

Display o radial and angular misalignment by graph

Factors to be taken into considerations or addition and

removal o shims

Trigonometric study o ace and rim method

Splitting o angular and radial shims needed to be added

or removed. Final calculation o shims required to be

added or removed .

How to calculate sag

Sot ootness and correction o sotootness

To make alignment by

graphical ace and rim

method.

To remove sot ootness.

How to remove error due

to sag.

10

Taking into consideration o thermal expansion in shat

alignment

Reverse indicator alignment

Reverse indicator alignment by ormula

Reverse indicator alignment by graphReverse indicator alignment with thermal expansion al-

lowance

How to do alignment by

reverse indicator method.

10

Vertical pump alignment

Vertical pump alignment by graph

Vertical pump alignment by ormula

How to make alignment o

vertical pump.

10Laser alignment principle

Laser alignment parts and method

How to make laser align-

ment.

Reerence:

In House Made Manual Machine Alignment

Pacing Schedule


28/45




Rotating Equipment IMWT 367

This course covers the allowing rotating equipments:

Fundamentals o pump and their maintenance

Gearbox maintenance

Fundamental o Compressor, an and their blower maintenance

Start up and Commissioning

Saety measures lock out procedures

This course develops hands on skill to ollow service manuals on trouble

shooting and their remedial action to rectiy aults.

Industrial millwrights students shall be able to perorm:

Pump maintenance

Gearbox maintenance

Compressor an and blower maintenance

Pumps

Introduction

Types o Pumps

Centriugal pumps

Introduction

Parts o Centriugal Pumps

Single and double volutes

Impellar classication

Single and double suction impellers

Centriugal pump classication by ow

Radial, axial, and mixed ow

Multistage centriugal pumps

Centriugal pump components

Centriugal pump operation

Cavitations

Net positive suction head.

Centriugal pump protections

Priming

Assembly /disassembly procedure as per service manual

Trouble shooting and repair

Positive displacement pumps

Introduction

Parts o positive displacement pump

Principle o positive displacement pumps

Module Description

Objectives

Learning Outcomes

Contents


29/45



Department of Mechanical SkillsRotating EquipmentIMWT 367

Reciprocating pumps

Single and double acting pumps

Single and multistage pumps

Diaphragm pump



Rotary pumps

Rotary moving vane pump

Screw pump

Gear pump

Lobe pump



Positive displacement pump protections

Gearbox maintenance

Gear box and its types

High speed gear box

Reduction gear box

Compound trains

Service actor

Gear ailure modes

Gear box maintenance and overhauling procedure

Compressor an and blower maintenance

Air compressors

Types o Compressors

1. Dynamic compressors and positive displacement compressors

Ejector

Centriugal compressors

Axial compressors



2. Positive displacement compressorsA. Rotary compressors

Vane compressor

Liquid ring compressor

Screw compressor

Lobe compressor



Contents


30/45





B. Reciprocating compressor

Single acting compressor

Double acting compressor

Free piston compressor

Labyrinth compressor

Diaphragm compressor



Start up and Commissioning

Pre start up checks

Running checks pressure, temperature , vibration and temperature

Start up and commissioning procedures ,operation and precautions

Start up and commissioning o pumps

Start up and commissioning o compressors

Start up and commissioning o electric motors

Preliminary checks beore starting and running equipment

Lock out and saety procedures

Dierent procedures and methods used or lockout and saety

Forms o energy that you must lock out include electrical, mechanical,

potential such as in suspended loads, hydraulic, pneumatic, thermal,

and chemical.

Tagging

Contents


31/45



Department of Mechanical SkillsRotating EquipmentIMWT 367

Contact hours Contents Skill gained

24

Fundamentals o pump and their maintenance

Types o pumps

Dynamic pumps

Centriugal pumps

Parts and unctions

Assembly and disassembly as per manual

Measurement o clearances

Positive displacement pumps

Reciprocating pumps

Gear pumps

Screw pumpsAssembly and disassembly as per manual

Troubleshooting and repair

Identiy the parts o pumps

and know their unctions

How to assemble and disas-

semble them

How to troubleshoot pumps

12

Gearbox maintenance

Gear box and its types

High speed gear box

Reduction gear box

Compound trains

Service actor

Gear ailure modes

Gear box maintenance and overhauling procedure

This industrial millwright

student will be amiliar with

dierent types o gear boxes,

their components. Will be able

to perorm maintenance and

overhauling o gear boxes.

12

Air compressor an and blower

Air compressors1.Dynamic compressors and positive displace-

ment compressors

Ejector

Centriugal compressors

Axial compressors

2. Positive displacement compressor.

A. Rotary compressors

Vane compressor

Liquid ring compressor

Screw compressor

Lobe compressor

B. Reciprocating compressor

Single acting compressor

Double acting compressor

Free piston compressor

Labyrinth compressor

Diaphragm compressor

The industrial millwright

student will be amiliar with air

compressor and its dierent

types and major components.

Will be able to make main-

tenance and overhauling o

compressors

Pacing Schedule


32/45





Contact hours Contents Skill gained

12

Fan and blower

Axial an

Centriugal an

Dierent types o an blades

a. orward b. backward c. straight

Dierent types o an ow

Radial ow impellers

Mixed ow impellers

Cross ow impeller.

The millwright student will be

amiliar with dierent types

o an,blower and their major

parts. Will be able to make

maintenance and overhauling

o ans and blower.

18

Start up and commissioning o pumps

Start up and commissioning o compressors

Start up and commissioning o electric motors

Preliminary checks beore starting and running

equipment

Students will know how to take

care beore and ater startup

18

Lock out and saety procedures

Dierent procedures and methods used or lockout

and saety

How to ollow saety proce-

dures beore starting equip-

ment

Reerence:

In house made manual Rotating Equipment

Pacing Schedule


33/45



Department of Basic SkillsTechnical ReportWriting 1

TRWT 304


3Introduction to Technical

Report WritingLearning the basics o paragraph writing

3 Precaution InstructionsSequencing precautionary instructions ollowing the rules

o writing

Quiz 1

4 Operational InstructionsWriting operational instructions using the imperative orm

o verb

Midterm

5 Progress ReportsAbility to write reports on jobs completed and not complet-

ed using present perect and past simple verb ormsQuiz 2

5 Accident ReportsWriting short reports on causes and consequences o ac-

cidents using past tense verb orms

4 Industrial Visit ReportsReporting industrial visit experiences using past tense verb

orms

Final Examination

Reerence: Technical Report Writing 1 (In-house made)

Technical Report Writing 1, is oered to students to improve their English

language prociency in writing short technical reports which is part o theirdiploma requirement. The module integrates dierent methods o report

writing with the basic mechanics organized writing.

To consolidate and extend the writing skills they have learned

in ENGC 203.

To help technical student write short reports involving technical

expression.

Ater completing this module the student will be able to:

use writing as a means o communication in work environments

write short reports involving technical expression

organize inormation using the mechanics o writing

Introduction to Technical Report Writing

Precaution Instructions

Operational Instructions

Progress Reports

Accident Reports

Industrial Visit Reports

Module Description

Objectives

Learning Outcomes

Contents

Pacing Schedule


34/45




Prime Movers IMWT 469

Module Description

Objectives

Learning Outcomes

Contents

This module covers basic concepts o prime movers, construction and their

application.

To enable students to assemble , disassemble electric motors and perorm

maintenance on steam turbines and gas turbines

Students will be able to perorm day to day maintenance o electric motors,

steam and gas turbines.

Electric Motors

Torque, work, power and riction.

Resistance, capacitance, inductance, power, current concepts and their

units.Ohms law, series and parallel circuits.

DC Motor, construction and principles

AC Motor , construction and principles

Assembly and disassembly o electric motors

Repair and maintenance o electric motors.

Steam and gas turbine maintenance

Blading, impulse and reaction

Seals; rotor gland, balancing piston, oil deector seals

Rotor installation

Rotor turning gear, rigid coupling

Rotor grounding device

Bearing

Thrust bearing locating mechanism.

Journal bearing centering.

Thrust end pedestal assembly.

Turbine control and lubricating system.

Main oil pump and governing impeller.

Main governor and transormer and speed changer.

Load limiter.

Exhaust system controller.

Valves and servomotors.

Turbine protection


35/45



Department of Mechanical SkillsPrime MoversIMWT 469


8 Know basic terms and laws o electricityUnderstanding o electricity prin-

ciples

8

Dierent types o motors and components o mo-

tor

Application o dierent types o motors

Motors assembly and disassembly

Motors maintenance

Will know how to assemble,

disassemble motors and perorm

preventive maintenance

4

Steam and gas turbine

Blading ; impulse and reaction.

Seals , rotor gland, balancing piston,

oil deector seals.

Rotor installation

Rotor turning gear. Rigid coupling.

Rotor grounding device

The millwright student

will be amiliar with

Steam turbine and its major parts.

Will be able to perorm mainte-

nance, overhauling activities

4

Rotor installation

Rotor turning gear. Rigid coupling.

Rotor grounding device.

Bearing

Thrust, bearing locating mechanism.

Journal bearing centering.

Thrust end pedestal assembly

8

Turbine control and lubricating system.

Main oil pump and governing impeller.

Main governor and transormer and speed

changer.

Load limiter.

Exhaust system controller.

Turbine steam valves

Main stop valve

Throttle valve

Governing valve

Reerence:

In house made manual Prime Movers

Pacing Schedule


36/45




Hydraulics IMWT 470

This module covers basic concept o hydraulic system. It also covers descrip-

tion o hydraulic system , components, trouble shooting and maintenance.This subject also teaches about reading circuit diagrams.

The object o hydraulics skill program to develop concepts about hydraulics

principles and understanding o hydraulics system components.

Ater completing this module student will be able to under stand hydraulics

circuits, components and system. This will enable them to trouble shoot and

also maintain o hydraulic system

Fundamental physical principles o hydraulics

Hydraulic uid

Components o a hydraulic system

Graphic and circuit symbols

Design and representation o a hydraulic system

Components o the power supply section

All type o hydraulic valves

Hydraulic cylinders

Hydraulics motors

Uses o accessories

Module Description

Objectives

Learning Outcomes

Contents


37/45



Department of Mechanical SkillsHydraulicsIMWT 470


16

Fundamental physical principles o hydraulics

Pressure and pressure transmission

Power transmission and displacement transmission

Pressure transer and ow rate

Continuity equation and pressure measurement

Measurement o ow rate, type o ow

Friction, heat, pressure drop, energy and energy

power, cavitations and throttle points

Physical principles o hydraulics

4

Hydraulic fuid

Tasks or hydraulic uids

Types o hydraulic uidsviscosity

Using dierent rules to calculate

the characteristicsand requirements

4

Components o hydraulic system

Power supply section

Hydraulic uid

Valves

Cylinder (linear actuators)

Motor (rotary actuator)

Understanding the characteris-

tics o power supply and uses o

hydraulics equipments

8

Graphic and circuit symbols

Pumps and motor

Direction control valve

Methods o actuation

Pressure valve

Flow control valves

Combination o hydraulic devices

Knowing the dierence be-

tween AC & DC supplies and the

eect o dierent loads

16

Design and representation o hydraulic system

Signal control section

Hydraulic power section

Position sketch

Circuit diagram

Function diagram

Function chart

Uses o components o power supply section

Fundamentals and solutions

Understanding the circuit

diagram, unction and unction

chart

Reerence:

Hydraulics Basic Level TP 501 Text Book

Pacing Schedule


38/45




Pnuematics IMWT 471

This module covers basic concept o pneumatics system. It also covers

description o pneumatics system , components, trouble shooting andmaintenance. This subject also teaches about reading pneumatics circuit

diagrams.

The object o pneumatics skill program to develop concepts about pneu-

matics principle and understanding o pneumatics system components.

Ater completing this module student will be able to understand pneumat-

ics circuits, components and pneumatics system. This will enable them to

trouble shoot and also maintenance o pneumatics system

Characteristics and applications o pneumatics

Components o a pneumatic system

Symbols and standards in pneumatics

Methods or the development o pneumatic systems

Development o single actuator circuits

Development o multiple actuator circuits

Trouble-shooting o pneumatic systems

Fundamentals o pneumatic

Air generation and distribution

Actuators and output devices

All types o pneumatics valves and system

Module Description

Objectives

Learning Outcomes

Contents


39/45



Department of Mechanical SkillsPnuematicsIMWT 471


8

Characteristics and applications o pneumatics

Pneumatics in review

Pneumatics and control system development Structure

and signal ow o Pneumatics systems

Pneumatics and control system

and structure & signal ow

4

Components o a pneumatic system


Valves

Processing elements (processors)

Power components systems

Components o pneumatics

4

Symbols and standards in pneumatics

Symbols and descriptions o pneumatics components

Saety requirements or pneumatic system

Pneumatics symbols

4

Methods or the development o pneumatic

systems

Development o pneumatic systems

Control chain

Design o the circuit diagram

Circuit layout

Designation o individual elements

The lie cycle o pneumatic system

Pneumatics design, circuit dia-

gram and layout

4

Development o single actuator circuits

Direct control o a pneumatic cylinder

Direct control o a pneumatic single acting cylinder

Direct control o a pneumatic double acting cylinder

Speed control o a single acting cylinder

Speed control o a double acting cylinder

Pressure dependent control

Time delay valve

Control o speed and pressure

o a pneumatics single and

double acting cylinders

4

Development o multiple actuator circuits

Control o multiple actuators

Single elimination by reversing valves

Co-ordinate motion

Single overlap

Understanding the actuator

circuit

4Trouble-shooting o pneumatic systemsDocumentation

The causes and eects o malunctions

maintenance

Understanding the documenta-

tion o pneumatic systems

Pacing Schedule


40/45




Pnuematics IMWT 471


4

Fundamentals o pneumatic

Fundamentals o pneumatics

Characteristics o air

Physical undamental and air

characteristics

4


Air preparation

Air compressors

Reservoirs

Air dryers

Air distribution

Service unit

Knowledge about air genera-

tion and distribution system

4

Actuators and output devices

Single-acting cylinders

Double-acting cylinders

Motors indicator

Understanding about pneumat-

ic actuators and out put devices

4

All types o pneumatics valves and system

Conguration and construction

2/2-way valve

3/2- way valve

4/2- way valve

4/3- way valve

5/2- way valve

5/3- way valve

Reliable operation o valves

Non-return valve

Flow control valve

Pressure valve

Combinational valves

Selection and comparison o working and control

media

Control system development

Modern pneumatics drives

Understanding about all type o

pneumatic valves, pneumatics

devices and systems

Reerence:

Pneumatics Basic Level TP101 Text Book By FESTO

Pacing Schedule


41/45



Department of Mechanical SkillsLubricationIMWT 472

This course teaches the undamental principles o lubrication, general

recommendations orselection o the appropriate lubricants by which industrial millwright will

be amiliar with dierent procedures o lubrication or dierent rotating

and stationary equipments.

This course to demonstrate the importance o lubrication and its applica-

tion, avoid plant and equipment breakdown., reduce maintenance cost

and increase equipment lie.

Ater the training course the industrial millwright student will be able to

Understand the eects o riction

Interpret the cause o ailures o lubricantsSelect the right lubricant or specic purpose

Learn the properties o oils and greases

Apply prescribed schedules o lubrication

Test viscosity o the oil

Prepare oil sample report or the purpose o oil analysis

Practice petroleum products storage and handling rules

Lubricating oil: types, properties and handling

Friction and wear

Dierent types o lubrication

Types o oil

Application

Handling ,dispensing and storage

Lubricating oil: equipment and procedure

Lubricating equipment

Maintaining a crankcase lubrication system

Maintaining a splash system

Maintaining a circulating or pressure system

Lubricating grease: types, applications and equipment

Lubricating greases/ applications

Handling , storage and equipments

Lubricating bearing, journal and anti riction bearings

Lubricating wire ropes, chains, rails and slides

Module Description

Objectives

Learning Outcomes

Contents


42/45




Lubrication IMWT 472


2

What is riction?

Wear and Tear

Eect o riction,

How to minimize riction?

What is the purpose o Lubrication

Students learn im-

portant aspects o

lubrication which

are signicant to

their eld o indus-

trial maintenance

2Lubrication problems which is generally arise in the rotating equip-

ment particularly bearing ailures

2 Functions and Properties o good Lubricant

2 To explain viscosity and viscosity index

2How lubricants are specied? Their classication and their appro-priate selection.

2 Classication o Greases and their Properties

2 Storage and Handling o Lubrications

2 Natural Lubricants and Synthetic Lubricants

2 Frequency o Lubrication and to Monitor Lubrications schedule

2

Describing Viscosity

Checking o Viscosity

Units o Viscosity

2 Testing presence o water in the oil

2 Fluid lm, boundary lubrication

2 SAE Classication o oils

2 Inspection o oils and need o Analysis o oil

2 How to prepare sample report or oil analysis

2 To learn general rules o petroleum storage and their handling

Reerence:

In house prepared Handbook

Pacing Schedule


43/45



Department of Mechanical SkillsVibration Analysis andField Balancing

IMWT 473

This module explains how jobs are carried out under dierent maintenance

strategies and their advantages and disadvantages. It also describes aboutVibration Measurement and Analysis which is an important subject in main-

taining the reliability and efciency o plant machinery due to high running

costs in cases o unexpected shutdowns o machinery and plant. The aim o

this module is to amiliarize the students with basic concepts o vibration,

its causes, and consequences should the vibration continue and be allowed

to increase. Also it teaches students about terminology used in vibration

and the use o various terms in nding the severity o vibration, aults and

machine aults diagnosis through spectrum analysis , phase and time wave-

orm. Finally it discusses eld balancing procedure.

The objectives are to make students ready to nd severity o vibration (ma-chine running condition) and diagnose problems.

Also how to carry out eld balancing.

Students will be able to monitor condition o machine and diagnose prob-

lems and aults. They can also carry out eld balancing

Maintenance Strategy

1. Preventive maintenance

2. Run to ailure maintenance

3. Predictive maintenance

4. Proactive maintenance

Vibration Analysis and Field Balancing

Understanding The Basic Theory Behind Vibration Analysis

Vibration Characteristics

Stress Failures vs. Fatigue Failures

General Equipment Amplitude Guidelines

Transducers

Fast Fourier Transormation Plot (Spectrum)

Time Domain Plot

The Relationship Between The Time Domain And The Fast

Fourier Transormation

Study o Common Faults Developed In Machines

Diagnostic Charts

Machine Balancing

Types O Imbalance and Balancing Units

Balancing Machines

Field Balancing By

Four Run Machine Balancing

Three Point Balancing Procedure

Single Plane Method

Module Description

Objectives

Learning Outcomes

Contents


44/45




Vibration Analysis andField Balancing

IMWT 473


10

Preventive maintenance

Run to ailure maintenance

Predictive maintenance

Proactive maintenance

Students will understand the

nature o job which they will be

asked to do . This will help them

to do the job in better way

15

Understanding The Basic Theory Behind Vibration

Analysis

Vibration Characteristics

Will develop concept to do his job

better way

10 Stress Failures vs. Fatigue Failures

He will be able to select suitable

vibration parameter to nd sever-

ity o vibration as per machine

speed

10

General Equipment Amplitude Guidelines Transducers

Fast Fourier Transormation Plot (Spectrum)

Time Domain Plot

Select the limit or vibration se-

verity and understand spectrum

15

The Relationship Between The Time Domain/spectrum

and The Fast Fourier Transormation

Study o Common Faults Developed In Machines

Diagnostic Charts

Make use o spectrum and time

domain to analyse ault

10

Machine Balancing Types O Imbalance and Balancing

Units

Balancing Machines

Know the basics o balancing

10

Field Balancing ByFour Run Machine Balancing

Three Point Balancing Procedure

Single Plane Method

Can do eld balancing

Reerence:

Handout (In-house made) Vibration Analysis Handbook

Pacing Schedule


45/45

Level 4 Contact Hours: 24Prerequisite TRWT 304

Department of Basic SkillsTechnical ReportWriting 2

TRWT 405

Pacing Schedule


4 Making Descriptive RequisitionsMaking ofcial requests in writing or materials

needed at work.

3 Curriculum Vitae Writing CVs in response to job ads

Quiz 1

4 Letter Writing Writing ormal cover letters or dierent jobs

Midterm

4 Cooperative Training ReportWriting relevant reports on cooperative training to

department heads

Quiz 2

5 Filling out Requisition Forms Ability to make dierent requisitions by lling outspecic orms

4Filling out Work-related and General

Forms

Ability to ll out dierent orms - an ability required

in real lie situations

Fi l E i ti

Technical Report Writing 2, is oered to students to enhance and build on

their prociency in writing short technical reports which they learnt atlevel 3. The module integrates less- controlled methods o report writing

with practicing the skill o lling out various orms required at workplace.

To consolidate and extend the report writing skills they have learned in

TRWT 304.

To help technical student write resumes, more work related reports,

and ll out orms involving technical and general vocabulary.

Ater completing this module the student will be able to:

use writing as a means o communication in work environments

ll out orms and write short reports involving technical expression

write resumes and work related reports

Making Descriptive Requisitions

Curriculum Vitae

Letter Writing

Cooperative Training Report

Filling out Requisition Forms

Filling Work -Related and General Forms

Module Description

Objectives

Learning Outcomes

Contents

Documents

Module Descriptions for Mwright