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General
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Chapter 1: General introduction
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Chapter 2: Personnal Protective Equipments(PPE's)
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Chapter 3: First Aid and Electrical Mains
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Chapter 4: 5S Concepts and Response to Emergencies
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Chapter 5: 5S Concepts and Response to Emergencies
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Chapter 6: Safety precautions
Tutors
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Skill Bahn
PROGRAM OVERVIEW
CURRICULUM
LESSON 1 - APPLY SAFE WORKING PRACTICES
LESSON 2 - PERFORM BASIC WORKSHOP OPERATIONS USING SUITABLE TOOLS FOR FITTING, REVERTING, DRILLING ETC OBSERVIING SUITABLE CARE
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Chapter 1: General introduction
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Chapter 2: Files
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Chapter 3: Riveting of tags and lugs
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Chapter 4: Cutting and bending of sheet metals
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Chapter 5: Chassis and cabinets
LESSON 3 - BASIC OF AC AND ELECTRICAL CABLES
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Chapter 1: Introduction
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Chapter 2: Circuit concepts
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Chapter 3: Basics of AC and DC
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Chapter 4: Insulators
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Chapter 5: Conductor
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Chapter 6: Introduction to cables
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Chapter 7: Classification of wires
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Chapter 8: Classification of cables
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Chapter 9: Precautions in using cables
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Chapter 10: Problems
LESSON 4 - SINGLE RANGE METER
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Chapter 1: Introduction to electrical and electronic measuring instruments"
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Chapter 2: Basic principle and parts of simple meters
LESSON 5 - CELLS AND BATTERIES
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Chapter 1: Chemical effect of electrical current
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Chapter 2: Secondary Cell
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Chapter 3: Preparation of electrolyte
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Chapter 4: Methods of charging batteries
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Chapter 5: Grouping of cells
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Chapter 6: Battery Charger
LESSON 6 - AC AND DC MEASUREMENTS
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Chapter 1: Introduction
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Chapter 2: Classification of Instruments
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Chapter 3: Forces necessary to work a meter
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Chapter 4: Moving coil instruments
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Chapter 5: Moving iron instruments
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Chapter 6: Multimeter
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Chapter 7: Use of CRO
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Chapter 8: Function generator and LCR meter
LESSON 7 - SOLDERING / DE - SOLDERING AND VARIOUS SWITCHES
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Chapter 1: Soldering and types of soldering guns
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Chapter 2: Soldering and desoldering stations
LESSON 8 - ACTIVE AND PASSIVE COMPONENTS
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Chapter 1: Ohm's Law
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Chapter 2: Resistor
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Chapter 3: Inductors
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Chapter 4: Self and mutaul inductance
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Chapter 5: Series and Parallel Combination
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Chapter 6: Capacitance
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Chapter 7: Specifications of capacitor
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Chapter 8: Capacitors in series and parallel connection
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Chapter 9: Concepts of time constant of a RC circuit
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Chapter 10: Magnetism
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Chapter 11: Direction of magnetic flux
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Chapter 12: Relay
LESSON 9 - POWER SUPPLY CIRCUITS
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Chapter 1: Semiconductor component number coding
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Chapter 2: Semiconductors
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Chapter 3: PN junction diode
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Chapter 4: Biasing of PN junction diode
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Chapter 5: Interpretation of diode specifications
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Chapter 6: Half wave rectifier
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Chapter 7: Full wave rectifier
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Chapter 8: Full wave bridge rectifier
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Chapter 9: Filters
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Chapter 10: Voltage regulators
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Chapter 11: Varactor diode
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Chapter 12: Tunnel diode
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Chapter 13: Principle of single phase transformers
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Chapter 14: EMF Equation and Transformer ratio
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Chapter 15: Construction of single phase transformer
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Chapter 16: Specifications and Cooling methods of transformer
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Chapter 17: Working of transformer on No load"
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Chapter 18: Working of transformer on load
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Chapter 19: Voltage regulation
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Chapter 20: Testing of transformers
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Chapter 21: Transformer losses
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Chapter 22: Efficiency
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Chapter 23: Auto transformer
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Chapter 24: 3-phase system
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Chapter 25: Three phase transformers
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Chapter 26: Assessment
LESSON 10 - COMPUTER HARDWARE, OS, MS OFFICE AND NETWORKING
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Chapter 1: Introduction to computer
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Chapter 2: Keyboards and Mouse
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Chapter 3: Printers
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Chapter 4: HDD, CDD, DVD
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Chapter 5: Ports and Post
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Chapter 6: Operating system
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Chapter 7: MS windows
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Chapter 8: MS word
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Chapter 9: MS excel
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Chapter 10: Power point
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Chapter 11: Concept of internet
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Chapter 12: Computer networks
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Chapter 13: Internet Protocol
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Chapter 14: Network types
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Chapter 15: OSI layers
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Chapter 16: Standards and specification of cables
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Chapter 17: Network components
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Chapter 18: Operating system
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Chapter 19: Search engine
LESSON 11 - IC REGULATORS
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Chapter 1: Integrated circuits
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Chapter 2: Integrated circuit (IC) voltage regulators
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Chapter 3: Transistor based voltage regulator
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Chapter 4: Regulated power supply using op-amp
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Chapter 5: IC 723 regulator
LESSON 12 - TRANSISTOR
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Chapter 1: Transistor
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Chapter 2: Types of transistors
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Chapter 3: Alpha, Beta and Gamma factors
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Chapter 4: Need for biasing
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Chapter 5: Interpretation of main parameters of a transistor
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Chapter 6: Characteristics of transistor
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Chapter 7: Transistor power rating and packaging styles and heat sink
LESSON 13 - AMPLIFIER
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Chapter 1: Different types of BJT biasing
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Chapter 2: Transistor configurations
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Chapter 3: Different types of BJT biasing
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Chapter 4: Need for bias stabilisation
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Chapter 5: Stability factor
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Chapter 6: Classification of amplifier
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Chapter 7: Single stage CE amplifier and CC amplifier
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Chapter 8: Emitter follower
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Chapter 9: RC coupled amplifier
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Chapter 10: Pushpull amplifier
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Chapter 11: Class C tuned power amplifier
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Chapter 12: Decibel and feedback amplifier
LESSON 14 - OSCILLATORS
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Chapter 1: Positive feedback and Requisites of oscillator
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Chapter 2: Colpitt’s oscillator
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Chapter 3: Hartley oscillator
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Chapter 4: Crystal oscillator
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Chapter 5: RC oscillator
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Chapter 6: Multivibrator
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Chapter 7: Emitter Coupled Multivibrators
LESSON 15 - WAVE SHAPPING CIRCUITS
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Chapter 1: Wave shaping circuit
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Chapter 2: Diode shunt clipper and clamper
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Chapter 3: Clampers
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Chapter 4: Peak clipper
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Chapter 5: Schmitt Trigger circuits
LESSON 16 - POWER ELECTRONIC COMPONENTS
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Chapter 1: Junction Field Effect Transistor (JFET
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Chapter 2: Characteristics of JFET
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Chapter 3: Silicon Controlled Rectifier (SCR)
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Chapter 4: DIAC and TRIAC
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Chapter 5: Unijunction Transistor (UJT)
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Chapter 6: Characteristics of UJT
LESSON 17 - MOSFET AND IGBT
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Chapter 1: MOSFET
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Chapter 2: EMOSFET
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Chapter 3: DMOSFET
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Chapter 4: Power MOSFET
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Chapter 5: IGBT
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Chapter 6: Comparison of FET and MOSFET
LESSON 18 - OPTOELECTRONICS
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Chapter 1: Light Emitting Diode (LED)
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Chapter 2: Infrared (IR) LED
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Chapter 3: Photodiode
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Chapter 4: Photo transistor
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Chapter 5: Optical sensor
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Chapter 6: Optocoupler
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Chapter 7: Opto Isolators
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Chapter 8: Laser Diode
LESSON 19 - BASIC GATES
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Chapter 1: Introduction to digital electronics
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Chapter 2: Difference between analog and digital signals
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Chapter 3: Logic families
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Chapter 4: Number systems and types
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Chapter 5: Number base conversions
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Chapter 6: Binary codes
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Chapter 7: ACSII Codes
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Chapter 8: Basic Logic gates
LESSON 20 - COMBINATIONAL CIRCUITS
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Chapter 1: Introduction of Combinational logic circuits
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Chapter 2: Adders and Subtractor
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Chapter 3: Magnitude Comparators
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Chapter 4: Encoders and Decoders
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Chapter 5: Multiplexers and demultiplexers
LESSON 21 - FLIP FLOPS
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Chapter 1: Sequential logic circuits
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Chapter 2: Latches
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Chapter 3: Flip-flops
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Chapter 4: Master slave flip-flops
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Chapter 5: Application of flip-flops
LESSON 22 - ELECTRONIC CIRCUIT SIMULATOR
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Chapter 1: Electronic simulation software
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Chapter 2: Clipper circuit
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Chapter 3: Biased negative clipper and biased positive clipper circuit
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Chapter 4: Clamper circuits
LESSON 23 - COUNTER AND SHIFT REGISTERS
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Chapter 1 : Counters
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Chapter 2: BCD to Decimal Decoder
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Chapter 3: Seven segment display and types
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Chapter 4: Shift Registers
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Chapter 5: Types of Shift registers
LESSON 24 - OP-AMP AND TIMER 555 APPLICATIONS
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Chapter 1: Operational amplifier
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Chapter 2: Block diagram of IC operational amplifier
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Chapter 3: Ideal operational amplifier
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Chapter 4: Inverting amplifier
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Chapter 5: Non-inverting amplifier
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Chapter 6: Summing and Difference amplifier
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Chapter 7: Voltage follower
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Chapter 8: Comparator
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Chapter 9: Integrator and Differentiator
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Chapter 10: Instrumentation amplifier
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Chapter 11: Zero cross detector
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Chapter 12: Other popular op-amps
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Chapter 13: IC 555 Timer
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Chapter 14: Monostable and Astable multivibrator using IC555
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Chapter 15: Voltage Controlled Oscillator (VCO)