HAMAD ITI TIRURKKAD

SPLIT UP SYLLABUS FOR ELECTRONICS MECHANIC

NSQF LEVEL 5

BY

SREEJITH P
TRADE INSTRUCTOR
ELECTRONICS MECHANIC
Anticipated volume of training/learning
required to complete the qualification
SL No. Course Element Notional Training
Hours

1 Professional Skill (Trade 2184

Practical)

2 Professional Knowledge 504

(Trade Theory

3 Workshop Calculation & 168

Science

4 Engineering Drawing 252

5 Employability Skills 110

6 Library & Extracurricular 142

activities

7 Project work 320

8 Revision & Examination 480

Total 4160
 Learning outcome
11. Perform basic workshop operations using suitable tools for
fitting, riveting, drilling etc observing suitable care & safety

MONTH ASSESSEMENT CRITERIA TASK ALLOTTED

(JOB) TIME IN
HOURS

11.1.1: Identify the tools when specification

is given
11.1 Identify stet different hand
tools
11.1. 2: Identifying tools for specific uses

11.2.1: Select proper tools for operation

11.2 Selection of proper tools for

operation and precautions in operation
11.2.2: Precaution while using hand tools

11.3 Care and maintenance of trade 11.3.1: Care and maintenance of trade tools
tools
11.4 Practice safety precautions 11.4.1: Practice safety precautions while
while working in fitting jobs working in fitting jobs

11.5 Workshop Practice on filing and 11.5.1: Practice on Filing

hacksawing

11.5.2: Practice on Hacksawing

11.6.1: Practice simple sheet metal works,

fitting and drilling and Making an open box
11.6 Practice simple sheet metal from metal sheet
works, fitting and drilling and Making an
open box from metal sheet
 Learning outcome
12. Select and perform electrical/ electronic measurement
of single range meters and calibrate the instrument.

MONTH ASSESSEMENT CRITERIA TASK ALLOTTED

(JOB) TIME IN
HOURS

12.1 Identify the phase and neutral 12.1.1: Test phase and neutral points using
and earth on power socket use test lamp
testers to monitor AC power

12.2 Construct a test lamp and use 12.2.1Construct a test lamp and use it to
it to check mains healthiness check mains healthiness.

12.3 Measure the voltage between 12.3.1: Measure the voltage between phase
phase and ground and rectify and ground.
earthing.

12.4 Identify and test different AC 12.4.1: Identify the different type of AC
mains cables. mains cables.

12.4.2: Test different AC mains cables.

12.5.1: Skin the cable insulation using a

12.5 Prepare terminations, skin the manual stripper
electrical wires / cables using wire
stripper and cutter 12.5.2: Skin the insulation of three or four
core cable.

12.5.3: Terminating wire end with crocodile

clip and banana plug.

12.5.4: Terminating skinned cable to two-

pin mains plug
MONTH ASSESSEMENT CRITERIA TASK ALLOTTED
(JOB) TIME IN
HOURS
12.6 Refer table and find current 12.6.1: Determine the current carrying
carrying capacity of wires. capacity of copper conductor by referring
Table 1.

12.7 Crimp the lugs to wire end. 12.7.1: Choose the wire

12.7.2: Collect the suitable size of Lug.

12.7.3: Crimping the lug.

12.8 Measure AC and DC Voltage using 12.8.1: Measure the AC voltage using
multi meter. multi meter.

12.8.2: Measure the DC voltage using

multi meter

12.9 Identify the type of meters by 12.9.1: - Identify the type of instrument
dial and scale marking / symbols. (AC/DC) and its function from the dial
markings.

12.9.2: Identify the type of instrument

(AC/DC) from the marking on the
terminals.

12.10 Demonstrate various analogue 12.10.1: Demonstrate various analogue

measuring instruments. measuring instruments.

12.11 Find the minimum and 12.11.1Find the minimum and maximum
maximum measurable range of the measurable range of the meter.
meter.

12.12.1: Carry out Mechanical zero setting

of a meter.

12.12 Carryout Mechanical Zero

setting of a meter.
12.12.2: Measure the voltage of dry cell &
lead acid battery using single range
voltmeter from the given lot.
MONTH ASSESSEMENT CRITERIA TASK ALLOTTED TIME
(JOB) IN HOURS

12.13.1: Check the Continuity of a 1.5

sqmm PVC wire.

12.13 Check the continuity of wires, 12.13.2: Check the continuity of a multi
Meter Probes and Fuse etc. meter Probe.

12.13.3: Check the continuity of a glass

fuse wire.

12.14.1: Measure AC voltage using Clamp

meter.

12.14.2: Measure DC voltage using Clamp

12.14 Measure voltage and current meter.
using Clamp meter
12.14.3: Measure AC current using Clamp
meter.

12.14.4: Measure DC current using Clamp

meter

Learning outcome
13.Test &
service different
batteries used in
electronic
applications and
record the data
to estimate
repair cost.
13.1 Identify the +ve and -ve terminals 13.1..1 Checking battery terminals
of the battery

13.2 Identify the rated output voltage 13.2.1 Identify the rated output voltage
and Ah capacity of given battery and Ah capacity of given battery

13.3.1: Measuring the voltage of the

given battery using Analog Multi meter.
13.3 Measure the voltages of given
cells / battery using Analog / Digital Multi
meter

13.3..2: Measuring the voltage of the

given cells using Digital Multi meter

13.4.1: Check the battery type voltage

and current rating.

13.4 Maintain the Secondary Cells. 13.4.2: Inspection of the battery.

13.4.3: Battery Testing.

13.4.4: Battery Watering.

13.5 Measure the specific gravity of 13.5.1 Measure the specific gravity of
electrolyte using hydro meter electrolyte using hydro meter
13.6 Test a battery and verify whether 13.6.1: Test a battery and verify
the battery is ready for use or needs whether the battery is ready for use
recharging.
 Learning outcome
14. plan and execute soldering & de-
soldering of various electrical components
like switches, pcb & transformers for
electronic circuits.

MONTH ASSESSEMENT CRITERIA TASK ALLOTTED

(JOB) TIME IN
HOURS
14.1 Practice soldering on IC bases and 14.1.1 Practice soldering on IC bases and
PCBs PCBs

14.2 Practice de-soldering using pump 14.2.1: De-soldering using de-solder

and wick. pump method

14.3 Identify and use SPST, SPDT, DPST 14.3.1 Identify and use SPST, SPDT, DPST
DPDT, tumbler. push button, toggle, DPDT, tumbler. push button, toggle,
piano switches used in electronic piano switches used in electronic
industries industries

14.4 Make a panel board using different 14.4.1Make a panel board using different
types of switches for a given application types of switches for a given application
 Learning outcome
15.Test various electronic components using proper measuring
instruments and compare the data using standard parameter.

MONTH ASSESSEMENT CRITERIA TASK ALLOTTED TIME

(JOB) IN HOURS

15.1.1: Measurement of DC voltage using a

multi meter.
15.1 Use the multi meter to measure
the various functions (ACV, DCV, DCI, 15.1.2 Measurement of AC voltage using a
ACI, R) multi meter.

15.1.3 Measurement of resistance using a

multi meter

15.2 Identify the different types of 15.2.1: Identify the types of instruments
meter for measuring AC & DC (AC/DC) and their functions from the dial
parameters marking.

15.3.1: Identify the different controls on the

15.3 Identify the different controls CRO front panel.
on the CRO front Panel and Observe
the function of each control 15.3.2: Observe the function of each front
panel control in CRO.

15.4.1: To identify the respective functions and

adjustments of switches and knobs in an
oscilloscope.
15.4 Measure VDC, VAC, time
period using CRO sine wave
Parameters 15.4.2: Measurement of D.C. voltage.

15.4.3: Measurement of AC voltage.

15.4.4: Measurement of time period of a sine

wave.
MONTH ASSESSEMENT CRITERIA TASK ALLOTTED TIME IN
(JOB) HOURS

15.5.1: Identify the different controls

on the Function generator front Panel.

15.5 Identify the different controls

on the function generator front
panel and observe the function of 15.5.2: Identify the different rear
each controls panel connectors available in function
generator.

15.5.3: Observe the function of each

front panel control in function
generator

15.6 Identify the different types of 15.6.1: Identify the different types of
Active electronics components. Active electronics components by
referring to the pictorial
representation.

15.7.1: Measure the Resistor value

using Colour code.

15.7 Measure the resistor value by

colour code and verify the same by 15.7.2: Measure the resistor value by
measuring with Multi meter. multi meter.

15.8 Identify resistors by their 15.8.1: Identify different types of

appearance and check Physical resistors.
defects.
MONTH ASSESSEMENT CRITERIA TASK ALLOTTED TIME
(JOB) IN HOURS

15.9 Identify the power rating of carbon 15.9.1 Identify the power rating of carbon
resistors by their size. resistors by their size.

15.10 Practice on measurement of

parameters in combinational electrical 15.10.1: Verify the characteristics of series
circuit by applying ohm’s law for and parallel combinational circuits.
different resistor values and voltage
sources

15.11.1: Measure the resistance in series

networks using Multi meter.

15.11.2: Measure the resistance in Parallel

networks using multi meter.
15.11 Measure the resistance, voltage,
current through series and parallel 15.11.3: Measure the voltage in series
connected network using Multi meter networks using multi meter.

15.11.4: Measure the resistance in Parallel

networks using multi meter

15.12 Identify different Inductors 15.12.1Identify different Inductors

15.13 Identify the different capacitors 15.13.1 identify the different capacitors

15.14 Identify and test the Circuit 15.14.1: Identify the terminals of MCB.
breaker and other protective devices.

15.14.2: Identify the terminals of ELCB

MONTH ASSESSEMENT CRITERIA TASK ALLOTTED TIME IN
(JOB) HOURS

15.15 Dismantle and identify the 15.15.1 : Identify the parts of a electro
different parts of a Relay. mechanical relay and draw its wiring
diagram.

15.16 Construct and test RC-time 15.16.1: construct and test RC-time
constant circuit. constant circuit.

15.17 Construct a RC differentiator 15.17.1: To test the RC differentiator

circuit and convert triangular wave into circuit
square wave
 Learning outcome
16.Assemble simple electronic power supply
circuit and test for functioning.
MONTH ASSESSEMENT CRITERIA TASK ALLOTTED TIME
(JOB) IN HOURS

16.1 Identify different types of diode, 16.1.1 Identify different types of diode,
diode modules and their specifications. diode modules and their specifications.

16.2.1: Identify Diode package and

terminals.
16.2 Test the given diode using Multi
meter.
16.2.2: Checking diodes using
ohmmeter/multi meter

16.3 Measure the voltage and current 16.3.1: Verify the Forward bias
through a diode in a circuit and verify its characteristics of a diode.
forward characteristics.

16.4 Identify different types of 16.4.1: Identify different types of

Transformers and test. transformers.
MONTH ASSESSEMENT CRITERIA TASK ALLOTTED TIME IN
(JOB) HOURS

16.5 Identify the Primary and Secondary 16.5.1: Identify the primary and
Transformer windings secondary winding of a transformer.

16.6.1: Construct and test a Half wave

rectifier.

16.6 Construct and test a Half-wave,

Full wave and Bridge rectifier circuit 16.6.2: Construct and test a Full wave
rectifier.

16.6.3: Construct and test a Bridge

rectifier.

16.7 Measure ripple voltage, ripple 16.7.1: Measure ripple voltage, ripple
frequency and ripple factor of rectifiers frequency and ripple factor of rectifiers
for different load and filter capacitors. for different load and filter capacitors

16.8 Identify and test Zener diode 16.8.1: Identify and test Zener diode

16.9 Construct and test Zener based 16.9.1: Identify the polarity of Zener
voltage regulator circuit diode and check its condition.

16.9.2: Use a Zener diode as a voltage

regulator.
MONTH ASSESSEMENT CRITERIA TASK ALLOTTED TIME IN
(JOB) HOURS

16.10 Construct and test a +12V fixed 16.10.1 Construct and test a +12V
voltage regulator. fixed voltage regulator.

16.11 Identify the different types of 16.11 Identify the different types of
fixed +ve and -ve regulator IC’s and the fixed +ve and -ve regulator IC’s and
different current ratings the different current ratings
 Learning outcome
17. Install, Configure, interconnect given computer
system(s) and demonstrate & utilize application packages
for different application.

MONTH ASSESSEMENT CRITERIA TASK ALLOTTED TIME IN

(JOB) HOURS

17.1 Identify various indicators, 17.1. 1: Identify different controls, ports

cables, connectors and ports on the and connectors on the system unit
computer cabinet. cabinet.

17.2 Demonstrate various parts of 17.2.1: Identification of various drives

the system unit and motherboard and secondary storage devices in a PC.
components.

17.3.1: Identify the major components,

Controls and Ports seen on the
17.3 Identify various computer processing unit cabinet.
peripherals and connect it to the
system.
17.3.2: Identify the I/O devices
connected to PC.

17.3.3: Disconnecting the devices from

the motherboard.

17.4 Replace the CMOS battery and 17.4.1: Identifying the battery and type.
extend a memory module.
17.4.2: Remove the battery.

17.4.3: Replace the battery and Replace

and Extend the RAM.
MONTH ASSESSEMENT CRITERIA TASK ALLOTTED TIME IN
(JOB) HOURS

17.5.1: Test the SMPS.

17.5 Test and Replace the SMPS

17.5.2: Install/replace the SMPS.

17.6.1: To remove the CD/DVD and HDD

from the processing unit cabinet chassis.

17.6.2: To remove the drives from the

17.6 Replace the given DVD and drive cage.
HDD on the system.
17.6.3: To assemble HDD into the
computer cabinet.

17.6.4: To reassemble the drive cage into

the processing unit cabinet/ chassis.

17.7 Dismantle and assemble the 17.7.1: Dismantle and assemble

desktop computer system.

17.8.1: Install a Deskjet 6500 series

Printer on Windows.

17.8. 2: Perform a Self - Test on Printer.

17.8 Install a Printer driver

software and test for print outs.
17.8.3: Manage Print Queue.

17.9 Explore different 17.9.1: Create a word document and

menu/tool/format/status bars of identify its components.
MS word and practice the options
17.9.2: Create a Resume of a Candidate.
MONTH ASSESSEMENT CRITERIA TASK ALLOTTED TIME IN
(JOB) HOURS

17.10 Prepare power point 17.10.1 Prepare power point

presentation on any three known presentation on any three known topics
topics with various design, with various design, animation and
animation and visual effects. visual effects.
 Learning outcome
18.Construct, test and verify the input/
output characteristics of various analogue
circuits.

MONTH ASSESSMENT CRITERIA TASK ALLOTTED TIME IN

(JOB) HOURS

18.1 Identify different transistors with 18.1.1: Identification of transistor by

respect to different package type, B-E-C different package type, pin
pins, power, switching transistor. configuration, power rating, type of
transistor.

18.2 Test the condition of a given 18.2.1: Testing transistor using

transistor using Ohmmeter. analogue multi meter

18.3.1: Measurement and plotting of

input characteristics (VBE versus IB ) of
given transistor as CE amplifier.
18.3 Measure and Plot input and output
characteristics of a transistor CE amplifier
18.3.2: Measurement and plotting of
output characteristics of given
transistor as CE amplifier.

18.4 Construct and test a transistor-based 18.4.1: Construction and testing of

switching circuit. transistor-based switching circuit
MONTH ASSESSMENT CRITERIA TASK ALLOTTED TIME IN
(JOB) HOURS

18.5 Construct and test a CE amplifier 18.5.1: Construction and testing of the
with and without emitter bypass effect of bypass capacitor in CE
capacitors. amplifier.

18.6.1: Construction and testing of 2

18.6 Construct and a two-stage test RC- stage RC coupled amplifier.
coupled Amplifier.

18.7 Construct and test a Common Base 18.7.1: Construction and

amplifier. measurement of Ai, Av, in CB
amplifier.

18.8 Construct and test a Common 18.8.1: Construction and

Collector/Emitter Follower amplifier. measurement of current gain and
voltage gain of emitter follower.

18.9 Construct and test a Darlington 18.9.1Measurement of current gain

amplifier. and voltage gain.

18.10 Construct and test RC phase-shift 18.10.1: Construction and testing of

oscillator circuits. RC phase shift oscillator circuit using
transistor.

18.11 Demonstrate Astable, Monostable 18.11.1: Construction and testing of

and Bi stable, multi vibrator circuits using astable multi vibrator using
transistors. transistors.

18.11.2: Construction and testing of

monostable / One shot multi vibrator
using transistors.

18.11.3: Construction and testing of

Bi stable multi vibrator using
transistors
MONTH ASSESSMENT CRITERIA TASK ALLOTTED TIME IN
(JOB) HOURS

18.14.1: Construction and testing of

positive shunt clipper circuit using
discrete components.
18.14 Construct and test shunt clipper

18.14.2: Construction and testing of

negative shunt clipper
18.15.1: Construction and testing of
series negative clipper circuit using
discrete components.
18.15 Construct and test series and dual
clipper circuit using diodes.
18.15.2: Construction and testing of
series positive clipper.

18.15.3: Construction and testing of

dual Clipper Circuit using discrete
components.

18.16.1: Construction and testing of

positive clamper circuit using discrete
components.

18.16 Construct and test clamper circuit

using diodes. 18.16.2: Construction and testing of
negative clamper circuit using discrete
components.
 Learning outcome
19.Plan and construct different power
electronic circuits and analyse the circuit
functioning.

MONTH ASSESSMENT CRITERIA TASK ALLOTTED TIME

(JOB) IN HOURS

19.1.1: Identification of leads of given FETs

and its specifications using Data manual.

19.1.2: Identifications of UJT by its code

number.

19.1 Identify different power electronic 19.1.3: Identification and specifications of

components, their specification and SCR by its code number.
terminals.

19.1.4: Identification of leads of given TRIAC

and its specifications using data manual.

19.1.5: Identification of leads of given DIAC

and its specifications using data manual.
MONTH ASSESSMENT CRITERIA TASK ALLOTTED TIME IN
(JOB) HOURS

19.2 Construct and test a FET Amplifier. 19.2.1: Construction and testing of FET
amplifier.

19.3 Construct and test a circuit of SCR 19.3.1 Construct and test a circuit of
using UJT triggering. SCR using UJT triggering.

19.4 Construct a simple dimmer circuit 19.4.1: Construction and testing of

using TRIAC. lamp dimmer using TRIAC and DIAC.

19.5 Construct UJT based free running 19.5.1 Construct UJT based free
oscillator. running oscillator.

19.6 Identify various power MOSFETs by 19.6.1: Identification of the given

its number and test by using multi meter. MOSFET by its number and testing with
a multi meter.

19.7 Identify IGBTs by their numbers and 19.7.1: Identification of IGBTs by their
test by using multi meter. number, pin configuration of type.

19.7.2: Testing of IGBT using multi

meter.

19.8 Construct IGBT test circuit with a 19.8.1: Construction and testing of
small load. IGBT test circuit.
 Learning outcome
20.Plan and construct different power
electronic circuits and analyse the circuit
functioning.

MONTH ASSESSMENT CRITERIA TASK ALLOTTED TIME

(JOB) IN HOURS

20.1 Test LEDs with DC supply and 20.1.1 Test LEDs with DC supply and
measure voltage drop and current using measure voltage drop and current
multi meter. using multi meter.
 Learning outcome
21.Assemble, test and troubleshoot various digital
circuits.

MONTH ASSESSMENT CRITERIA TASK ALLOTTED TIME

(JOB) IN HOURS

21.1 Identify different logic gates (AND, OR, 21.1.1 Identify different logic gates (AND,
NAND, NOR, EX-OR, EX- NOR, NOT ICs) by OR, NAND, NOR, EX-OR, EX- NOR, NOT ICs)
the number printed on them. by the number printed on them.

21.2 Verify the truth tables of all logic gate 21.2.1: Construction and AND gate using
ICs. IC 7408 and verification of its truth table.

21.2.2: Construction of OR gate using IC

7432 and verification of its Truth table.

21.2.3: Construction of NOT gate using IC

7404 and verification of its Truth table.

21.2.4: Construction of NAND gate using

IC 7400 and verification of its Truth table.

21.2.5: Construction of NOR gate using IC

7402 and verification of its Truth table.

21.2.6: Construction of EX-OR gate using

IC 7486 and verification of its Truth table.

21.3.1: Construction of AND gate circuit

using NAND gate IC 7400 and verification
21.3 Construct and verify the truth table of of its truth table.
all the gates using NAND and NOR gates.

21.3.2: Construction of OR gate circuit

using NAND gate and verification of its
truth table.
MONTH ASSESSMENT CRITERIA TASK ALLOTTED TIME
(JOB) IN HOURS

21.3.3: Construction of NOT gate circuit

using NAND gate and verification of its truth
table.

21.3.4: Construction of NOR gate circuit

using NAND gate and verification of its truth
table.

21.3.5: Construction of EX-OR gate circuit

using NAND gate and verification of its truth
table.

21.3.6: Construction of AND gate using NOR

gate IC 7402 and verification of its truth
table.

21.3.7: Construction of OR gate using NOR

gate IC 7402 and verification of its truth
table.
21.3 Construct and verify the truth table of
all the gates using NAND and NOR gates.

21.3.8: Construction of NOT gate using NOR

gate IC 7402 and verification of its truth
table.

21.3.9: Construction of NAND gate using

NOR gate IC 7402 and verification of its
truth table.

21.3.10: Construction of EX-OR gate using

NOR gate IC 7402 and verification of its
truth table.
MONTH ASSESSMENT CRITERIA TASK ALLOTTED TIME
(JOB) IN HOURS

21.4 Use digital IC tester to test various 21.4.1 Use digital IC tester to test various
digital ICs (TTL and CMOS. digital ICs (TTL and CMOS.

21.5 Construct Half Adder circuit using ICs 21.5.1: Construction of Half Adder circuit
and verify the truth table. and verification of truth table.

21.6 Construct Full adder with two Half 21.6.1: Construction of Full Adder using
adder circuit using ICs and verify the truth two Half Adder circuits and verification of
table. truth table.

21.7 Construct and test a 2 to 4 Decoder. 21.7.1: Construction of 2 to 4 decoder

circuit and verification of truth table.

21.8 Construct and test a 4 to 2 Encoder. 21.8.1: Construction of 4 to 2 Encoder

circuit and verification of its truth table.

21.9 Construct and test a 4 to 1 Multiplexer. 21.9.1: Construction and testing of 4 to 1

multiplexer circuit using IC 74LS151.

21.10 Construct and test a 1 to 4 21.10.1: Construction and testing of 1 to 4

Demultiplexer. Demultiplexer circuit using IC74LS138.

21.11 Identify different Flip-Flop ICs by the 21.11.1Identify different Flip-Flop ICs by
number printed on them. the number printed on them.
MONTH ASSESSMENT CRITERIA TASK ALLOTTED TIME
(JOB) IN HOURS

21.12 Construct and test R-S Flip-flop using 21.12.1: Construction and testing of R-S
IC 7400 with clock and without clock pulse. Flip-Flop without clock pulse using IC
7400.

21.13 Construct and test a four-bit 21.13.1: Construction and testing of

asynchronous binary counter using IC 7493. asynchronous binary counter using IC7493
(4-bit ripple counter).

21.14 Construct and test 7493 as a modulus 21.14.1 Construct and test 7493 as a
- 12 counter. modulus - 12 counter.

21.15 Construct and test synchronous 21.15.1 Construct and test synchronous
Decade counter. Decade counter.

21.16 Identify and test common anode and 21.16.1: Testing the seven segment - LED
common cathode seven segment LED display and identify the type.
display using multi meter.
 Learning outcome
22.Simulate and analyse the analogue and
digital circuits using Electronic simulator
software.

MONTH ASSESSMENT CRITERIA TASK ALLOTTED TIME

(JOB) IN HOURS

22.1.1: Construction of EX-OR gate using

simulation software

22.1.2: Construction of a single stage

transistor amplifier circuit using
22.1 Prepare simple digital and electronic simulation software.
circuits using the software.

22.1.3: Construction of electronic lamp

dimmer circuit using simulation software
 Learning outcome
23.Construct and test different circuits using
ICs 741operational amplifiers & ICs 555
linear integrated circuits and execute the
result.

MONTH ASSESSMENT CRITERIA TASK ALLOTTED TIME IN

(JOB) HOURS

23.1.1: Construction and testing of an

inverting amplifier.
23.1 Construct and test various Op-Amp
circuits Inverting, Non-inverting, Summing 23.1.2: Construction and testing of a
Amplifiers. non-inverting amplifier using IC LM324.

23.2 Construct and test Differentiator and 23.2.1: Construction and testing of a
integrator. differentiator circuit.

23.2.2: Construction and testing of an

integrator circuit.

23.3 Construct and test Astable multi vibrator 23.3.1: Construction and testing of an
circuit using IC 555 astable Multi vibrator using IC 555.