PROFESSIONAL DIPLOMA IN INDUSTRIAL ELECTRICAL...
37
‘ SYLLABUS FOR PROFESSIONAL DIPLOMA IN INDUSTRIAL ELECTRICAL & ELECTRONICS ENGINEERING (PDIE)
Transcript of PROFESSIONAL DIPLOMA IN INDUSTRIAL ELECTRICAL...
‘
SYLLABUS
FOR
PROFESSIONAL DIPLOMA IN INDUSTRIAL ELECTRICAL & ELECTRONICS ENGINEERING
(PDIE)
COURSE SYLLABUS
FOR
PROFESSIONAL DIPLOMA IN INDUSTRIAL
ELECTRICAL AND ELECTRONIC ENGINEERING
1
CCEK – NSDC SKILL DEVELOPMENT TRAINING PROGRAM
SYLLABUS
FOR
PROFESSIONAL DIPLOMA IN INDUSTRIAL ELECTRICAL ENGINEERING (PDIE)
CENTRE FOR CONTINUING EDUCATION KERALA
Anathara Lane, Charachira, Kowdiar PO, Thiruvananthapuram Kerala, PIN– 695 003
CCEK - NSDC SKILL DEVELOPMENT TRAINING
PROGRAM
PROFESSIONAL DIPLOMA IN INDUSTRIAL ELECTRICAL ENGINEERING (PDIE)
CCEK – NSDC course package covers the following Qualification Packs and leads to the
following NSDC certifications. The students who successfully completed the course
programs are entitled to get NSDC certification after undergoing the assessment process
of NSDC as per the rules and regulations stipulated by NSDC from time to time.
SL NO
QUALIFICATIONS PACK
QUALIFICATIONS PACKCODE
1
Assistant Electrician
Brief Job Description: Assistant
electrician will be assisting level -4
electrician or superior in electrical work for
the installation, repair, and maintenance
of temporary LV electrical connections
at the construction sites and permanent
connections at residential and
commercial buildings. The individual will
be engaged in laying conduits for LV
single phase wiring with appropriate
selection and use of hand and power
tools efficiently
CON/Q0602
PROFESSIONAL DIPLOMA IN INDUSTRIAL
ELECTRICAL AND ELECTRONICS ENGINEERING
SL. NO.
EXAM EXAM CODE
MAX. MARK
INTERNAL TOTAL MARK
THEORY PAPERS
1 Industrial Electrical Engineering PDIFS
T001
100
50
150
2 Basic Electronics PDIE T002
100 50 150
PRACTICAL PAPERS
1 Industrial Electrical Engineering PDIE
L001
100 50 150
2 Basic Electronics PDIE L002
100 50 150
TOTAL MARKS
1
Total Examination Marks ( Theory Online + Practical Examination )
400
2
Total Internal Marks
200
3
Total Marks( Total Internal Marks + Total Examination Marks ) 600
SUBJECT WISE EXAMINATION DETAILS
COURSE NAME
COURSE
CODE ELIGIBILITY FEES DURATION
Professional Diploma in Industrial Electrical and Electronics Engineering
PDIE
SSLC 28000+ GST 480 Hrs.
COURSE DETAILS
EXAMINATION MARK CRITERIA FOR PRACTICAL EXAMINATION
PROCEDURE RESULT/OUTPUT VIVA VOCE TOTAL MARKS
40 40 20 100
INTERNAL MARK CRITERIA FOR EACH SUBJECT
ATTENDANCE GENERAL
PERFORMANCE PROJECTS/
ASSIGNMENTS TOTAL MARKS
5 5 40 50
INTERNAL MARK CRITERIA FOR PRACTICAL EXAMINATION
ATTENDANCE
GENERAL
LAB
TOTAL MARKS
PERFORMANCE
RECORDS/ASSIGNMENTS
5 5 40 50
ONLINE EXAMINATION NAME : Industrial Electrical & Electronics Engineering ONLINE EXAMINATION CODE : PDIE T001
SL No. SUBJECT SUB. CODE NO. OF
QUESTIONS
MARKS FOR EACH
QUESTION
MAXIMUM MARK
INTERNAL MARK
TOTAL MARK
1 Industrial Electrical T001 50 2 100 50 150
2 Basic Electronics T002 50 2 100 50 150
TOTAL 50 200 100 300
SUBJECT WISE EXAMINATION DETAILS
PROFESSIONAL DIPLOMA IN INDUSTRIAL ELECTRICAL AND ELECTRONIC ENGINEERING
SUBJECT – I ‘ELECTRICAL ENGINEERING’
THE ROLE OF HOUSE ELECTRICIAN
A house electrician install fuses and several other electrical components in the house and officer. The day to day activities of a house electrician includes
Read technical drawing before doing work.
Install and maintain wiring and
lighting systems
Inspect electrical components, such
as
transformer and circuit breakers.
Identify electrical problesm with
a variety of testing devices
Repair or replace wiring, equioment or
fixture using hand tools and power
tools.
Follow state and local building
regula-tions.
Direct and train workers to install, maintain or repair electrical wiring equipment.
THE ROLE OF INDUSTRIAL ELECTRICIAN
An industrial electrician installs, services and
repairs wiring, conduits, fixtures and other
electrical devices and systems in a industrial
or commercial setting. Industrial electrician
may work in different industries. They often
work primarily either in maintenance or in
construction and their specific duties may
depend on the employer.
2
After Completing this subject the candidate will able to:
Interpret and prepare electrical drawing
Analyze and solve simple technical problems related to basic electric systems.
Assemble basic electrical circuit and equipment.
Install and trouble shoot basic electrical machines and associated control systems.
Test and troubleshoot electrical circuits.
Assemble and commission electrical circuits and equipments.
Commission and troubleshoot rotating electrical machines for a variety of residential, industrial and
commercial ap-plications.
Select and apply electrical cabling requirements and verify system grounding for a variety of residential,
industrial and commercial applications.
Analyze and troubleshoot a variety of control systems
found in industrial settings.
Apply knowledge of appropriate safety procedure and
standard shop practice to electrical engineering work
places.
Estimated Hours : 240 hrs.
SUBJECT TITLE ELECTRICAL ENGINEERING
TOTAL MARKS Subject Mark : 100 Internal Mark : 50
TOTAL HOURS 240 hours (Theory Session + Practical Session)
MODULES INCLUDED IN THIS SUBJECT
Sl. MODULE NAME
1 Tools
2 Fundamentals Of Electricity
3 Magnets and Electromagnetism
4 Electrical Machine
5 Power System
6 Electrical installations - Estimating
MODULE -1 TOOLS
BASIC HAND TOOLS
Screw drive
Wood saw
Tube cutter
Tube bendor
Tube bending tools
Pipe bender
POWER TOOLS
Drilling Machine
Cutting Machine
Welding
Hydraulic pipe bender
Knockout punch
MODULE - 1 TOOLS - LAB SESSION
HAND TOOLS & POWER TOOLS
Identify hand tools used in Electrical job
Select the proper hand tool for a job
Inspect the condition of the tool
Properly maintain hand tool
Use hand tools safely
Identify power tools used in instrumentation
Select the proper power tool for a job
Inspect the condition of a power tool
Safely use an electric cutter and electric grinder
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MODULE -2 FUNDAMENTALS OF ELECTRICITY
BASIC ELECTRICITY
Atoms and their structure Conductors and Insulators, Resistors Electric Current
Electromotive force
Potential Difference
Electric circuit
Circuit element
Resistance
Ohm’s Law & resistivity
Conductance
Electrical power
Electrical energy
Series resistive circuits
Parallel resistive circuits
Series and Parallel circuits
Kirchoff’s law (KVL & KCL)
Voltage divider circuit
Current divider circuit
Effect of temperature on resistance
Source transformation
FUNDAMENTALS OF ALTERNATING CURRENT
Alternating current, AC sign Wave
Comparison between AC and DC
Frequency, Time period
Amplitude
Impedance in AC circuit
Instantaneous value
Average value
Root mean square value
Form factor
Peak factor
Phase representation
Phase difference
A.C. circuit containing resistance only
A.C. circuit containing inductance only
A.C. circuit containing capacitance only
A.C. current through resistance and inductance (R-L circuit)
A.C. current through resistance and Capacitance (R-C circuit)
Power in A.C. circuit
Active power (P)
Reactive power (Q)
Apparent power (S)
R.L.C. series circuit
R.L.C. parallel circuit
THREE PHASE SYSTEMS
Advantages of poly phase system
Production of 3 phase voltage
Phase sequence
Connection of 3 phase winding
Star connected system
Relation between line voltage and phase voltage in star connection
Delta connected system
Relation between line voltage and phase voltage in delta connection
Relation between line current and phase current in delta connection
Balanced and unbalanced load
Measurement of power
MODULE - 2
FUNDAMENTALS OF
ELECTRICITY LAB SESSION
ELECTRIC CIRCUIT
To study About Open circuit.
To study About Closed circuit
To study the properties of series circuit
To study the properties of parallel circuit
Wire size measurement
Identification of polarities
Current measurement through given load
Measure current and voltage
Verify Ohm’s Law
Verify Kirchhoff’s current law
Verify Kirchhoff’s voltage law
Measurement of power
MODULE -3 MAGNETS AND ELECTROMAGNETISM
ELECTROSTASTICS
Columb’s law
Electric Field
Electric Flux
Electric Field Strength
Electric Flux density
Electric potential
MAGNETIC CIRCUITS
Magnet and magnetism
Magnetic materials
Classification of magnets
Magnetic induction
Magnetic field
Magnetic flux
Magnetic flux density
Permeability
Relative permeability
Magnetic field intensity
Magneto motive force
Reluctance
Permeance
Comparison between magnetic and electric circuits
Magnetization curve
Magnetic hysteresis
Magnetic circuit
Composite magnetic circuit
Leakage and fringing in magnetic circuit
Leakage factor
Fringing flux
Diamagnetic materials
Paramagnetic materials
Ferromagnetic materials
ELECTRO MAGNETIC INDUCTION
Introduction Faraday's laws of electromagnetic induction Lenz's Law Induced EMF Dynamically induced EMF Fleming’s right hand rule (Generator rule) Fleming’s left hand rule (Motor rule) Statically induced EMF Self-inductance Mutually induced EMF mutual inductance (M) Co-efficient of coupling
RELAY
Principle of operation Constructional details
MEASURING INSTRUMENTS
Classification of Measuring Instruments Functions of Instruments and Measurement systems Indicating Instruments Deflecting force Controlling force Galvanometer D'Arsonval Galvanometer Ammeters and Voltmeters Permanent Magnet Moving Coil [PMMC] Ammeters and Voltmeters Extension of Range as Ammeter Extension of Range as voltmeter Attraction type moving iron ammeter and voltmeter Watt meter Electrodynamometer watt meter Induction watt meter Energy meters [Watt-hour meters] Single phase Induction type watthour meter
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MODULE - 3 MAGNETS AND ELECTROMAGNETISM LAB SESSION
Identify Magnetic & non-magnetic materials Identify the Poles of magnets Attraction and repulsion between poles of magnets Magnetize materials by stroking Identify the field around a current carrying coil Identify the field around a coil carrying current Relate the direction of current and the poles of a magnet Make a solenoid, Familiarization of relay A lamp controlled by a relay Familiarization of Measuring instruments Measure energy in single phase circuit using Wattmeter Measure frequency by frequency meter
Determine the resistance, impedance and inductance of a choke coil Familiarization of Multimeter Measure AC voltage using Multimeter Measure AC current using Multimeter Measure Resistance range using Multimeter Polarity Test using Multimeter Continuity Test using Multimeter
MODULE -4 ELECTRICAL MACHINE
DC Machine
Introduction
Principle of DC generator
Constructional details of dc machine
EMF equation
Type of dc machine
Separately excited dc generator
Self-excited dc generator
DC Motor
Type of dc motor
Application of dc motor
Induction motor
Introduction
Constructional details of induction motor
Stator
Rotor
Concept of rotating magnetic field
Principle of induction motor
Slip of induction motor
Type of induction motor
Synchronous generator
Introduction
Construction
Principle of operation
EMF equation
Transformer
Principle of operation
Concept of ideal transformer
EMF equation
Voltage transformation ratio and current ratio
Construction of transformer
Core type
Shell type
Autotransformer
Construction and working
Application of autotransformer
Starters 2 point starter 3 point starter
4 point starter Autotransformer starter Direct-on-line(DOL) starter Star- delta starter Soft starter Rheostat control starter for rotor wound motor
MODULE - 4 ELECTRICAL MACHINE - LAB SESSION
Familiarization of Electrical Machines
Assembling and Dismantling of DC Machines
Assembling and Dismantling of Induction motor
Familiarization of Generator
Familiarization of Types of Transformers
Familiarize about Construction of Transformer
Verification of Outputs of Transformers
Load test on single phase transformer
Test using CT and PT
Familiarization of Auto Transformers
Familiarize of Types Of Starters
Testing Of Induction Machines
Testing of Capacitor
Testing of Winding
MODULE -5 POWER SYSTEM
Introduction
Structure Power system
Generation of electric power
Type of generating station
Typical power transmission system
Power system network
Substations
Concept of HVDC transmission system
Underground cable system
Protection switchgears
Circuit breakers
Air-break Isolator
Oil- break Isolator
Fuse
Protective Relays
MODULE - 5 POWER SYATEM - LAB SESSION
To study about Electrical symbols.
Familiarize Transmission Conductors
Familiarize Tee joint
Familiarize Married Joint
Familiarize Brittania Joint
To study About Short circuit.
Familiarization of Protection Devices
Familiarization of Protection switchgears
MODULE - 6 ELECTRICAL INSTALLATIONS – ESTIMATING
IE rules
Installation plan
Load calculation Selection of switch gears and principle of operation.
Circuit breakers
MCCBs
Switch
Fuse unit
MCB
ELCB
Wiring systems
Selection wire size
Calculation of length of wire
Light sources
Incandescent lamps
Fluorescent lamps
Compact
fluorescent lamps
Vapor lamps
LED Preparation of material list Earthing of systems Standard schematic drawing Symbols
Types of wiring systems
Electrical and electronic connectors
Cables
Type of Cable
Cable Glands
Cable termination
Tools used for termination,
Types of terminal blocks
Soldering and desoldering
Inverters & UPS
Principle of operation
Type of UPS
Characteristics
Cells and batteries
Primary Cells
Lead-acid batteries
Nickel-Cadmium battery
Lithium battery
Testing and commissioning of installation
Continuity test
Polarity test in single phase wiring
Insulation resistance
Earth resistance tests.
submission of completion test reports
Safety measures
Personal protection equipment
Safety symbols
Colour codes
MODULE - 6 ELECTRICAL INSTALLATIONS ESTIMATING
LAB SESSION
To study about IE Rules
Familiarize Methods of Wiring
One Lamp Controlled by One Switch wiring
Fluorescent Lamp wiring
Staircase Wiring
Two Lamp Controlled by Two Switch wiring
Godown Wiring
Residential House Wiring
Single Phase DB setting
Three Phase DB setting
Insulation Test using Megger
Earth leakage Test using Megger
Familiarize Types of cables
Fault finding of the Underground cable
Fixing the gland to the cable.
PROFESSIONAL DIPLOMA IN INDUSTRIAL ELECTRICAL AND ELECTRONIC ENGINEERING
SUBJECT – II ‘ELECTRONICS ENGINEERING’
THE ROLE OF ELECTRONIC SERVICE TECHNICIAN
The Electronic Service Technician con-
ducts, maintains, tests and repairs electri-
cal / electronic systems and components.
The position applies knowledge of electri-
cal / electronic principles in determining
equipment malfunctions and applies skills in restoring equipment to operation. An elec-tronic service technician also maintains company required performance and mainte-nance records for identified equipments.
After Completing this subject the candidate will able to: Install, maintain and repair household and business electronic equipment such
as television and stereo equipments, photocopiers etc.
Inspect and test electronic equipment, components and assembles using multimeters, circuit testers, oscilloscopes, logic probes and other electronic test
in-struments, tools and equipment.
Diagnose and locate circuit component and equipment faults.
Adjust, allign, replace or repair electronic equipment, assemblies and
components by following equipment manuals and schematics and by using
soldering tools and other hand and power tools.
Estimated Hours : 240 hrs.
SUBJECT TITLE ELECTRONICS ENGINEERING
TOTAL MARKS Subject Mark : 100 Internal Mark : 50
TOTAL HOURS 240 hours (Theory Session + Practical Session)
MODULES INCLUDED IN THIS SUBJECT
SL
MODULES
NO
BASIC ELECTRONICS 1
SEMICONDUCTORS 2
TRANSISTORS 3
DIGITAL ELECTRONICS 4
APPLICATION 5
MODULE -1 BASIC ELECTRONICS
ELCTRON THEORY
Atomic structure
Electron
Proton
Neutron
Atomic Number
Mass Number
Electron Theory of Matter
Conductors and Insulators
Energy Band Diagram
ELECTRONICS COMPONENT
Active components
Diode
Transistors
Integrated Circuits
Led
Passive Components
Resistors
Capacitors
Inductors
Transformers
MODULE - 1 BASIC ELECTRONICS- LAB SESSION
BASIC ELECTRONIC
Familiarization of Breadboard
Familiarization of IC
Familiarization of resistance colour code & measurement
Resistance measurement
Checking of capacitor
Capacitance measurement
Voltage in series circuit
Voltage in parallel circuit
Current measurement
Voltage measurement
MODULE -2 SEMICONDUCTORS
SEMICONDUCTOR BASICS
Types of Semiconductors
Doping
PN junction Diode
VI Characteristics of Diode
LED
Zener Diode
VI Characteristics of Zener Diode
MODULE - 2 SEMICONDUCTORS - LAB SESSION
Identification of various types of diodes
Testing diodes
Clipping circuit
Clamping circuit
VI characteristics of diode
Zener voltage regulator
VI characteristics of Zener diode
Brightness control of LED using potentiometer
MODULE -3 TRANSISTORS
Working of Transisitors
Bipolar Junction Transistors(BJT)
Types of BJT
VI Characteristics of BJT
Field Effect Transistor(FET)
Types of FET
Uni-Junction Transistor(UJT)
Silicon Controlled Rectifier(SCR)
Transistor as a switch
MODULE - 3 TRANSISTORS - LAB SESSION
Familiarization of transistors
Testing transistors
V-I characteristics of Transistor
Transistor as an Amplifier
Transistor as Switch
Emitter follower
Different Configuration of Transistor
MODULE -4 DIGITAL ELECTRONICS
Numbering System
Conversion
Basic Gates
Universal Gates
Boolean Algebra
De Morgan’s Theorem
Logic Gate Realization
MODULE - 4 DIGITAL ELECTRONICS - LAB SESSION
Familiarization of various logic gate IC
Familiarization of Trainer kit
Identification of Logic gates
Checking OR gate
Checking AND gate
Checking NOT gate
Checking NOR gate
Checking NAND gate
Checking XOR gate
Checking XNOR gate
MODULE -5 APPLICATIONS
RECTIFIERS
Half Wave Rectifier
Full Wave Rectifier
Centre-tapped Full wave Rectifier
Bridge Rectifier
AMPLIFIERS
Principle of electronic amplifiers
Characteristics of an amplifier
Gain
Input Resistance
Output Resistance
Classification of Amplifiers
OSCILLATORS
Principle of Oscillators
RC Oscillators
LC Oscillators
MODULE - 5 APPLICATION - LAB SESSION
Familiarization of Function Generator
Familiarization of Cathode Ray Oscilloscope
Familiarization of Soldering Iron
Familiarization of De soldering Pump
Soldering Practice
Study of half wave rectifier
Study of full wave rectifier
Study of bridge rectifier
RC Coupled Amplifier
Single stage amplifier
Multi stage amplifier
RC Oscillator
LC Oscillator
