Tutors

Skill Bahn

PROGRAM OVERVIEW

CURRICULUM

  LESSON 1 - D.C. MACHINES

  • General
  • Chapter 1: D.C. Generator
  • Chapter 2: Construction of D.C. generator
  • Chapter 3: Types of D.C. Generator

  LESSON 2 - ARMATURE REACTION AND COMMUTATION

  • Chapter 1: Armature reaction and Commutation
  • Chapter 2: Parallel operation of D.C. generator
  • Chapter 3: Load characteristics of DC generator
  • Chapter 4: Application, losses and efficiency of DC generator

  LESSON 3 - D.C. MOTOR

  • Chapter 1: D.C. Motor
  • Chapter 2: Starter of D.C. motor
  • Chapter 3: Characteristics of D.C. motor
  • Chapter 4: Losses, Efficiency, and routine and maintenance of DC motors

  LESSON 4 - METHODS OF SPEED CONTROL AND WINDING TERMS

  • Chapter 1: Speed control of D.C. motors
  • Chapter 2: Lap and wave winding and related terms

  LESSON 5 - THREE PHASE INDUCTION MOTOR

  • Chapter 1: Three phase induction motor
  • Chapter 2: Slip and torque
  • Chapter 3: Starting of 3 phase induction motor
  • Chapter 4: Basic contactor circuit, parts and their functions

  LESSON 6 - METHODS OF SPEED CONTROL

  • Chapter 1: Single phasing prevention
  • Chapter 2: No load and blocked rotor test
  • Chapter 3: Losses and efficiency
  • Chapter 4: Various methods of speed control
  • Chapter 5: Braking system of motor
  • Chapter 6: Maintenance and repair

  LESSON 7 - THREE PHASE WINDING IN A.C. MACHINES

  • Chapter 1: Winding and related terms

  LESSON 8 - SINGLE PHASE AC MOTORS

  • Chapter 1: Single phase induction motors
  • Chapter 2: Classification of single phase induction motor
  • Chapter 3: Stepper motor
  • Chapter 4: Reluctance, Hyteresis, Repulsion and A.C series motor
  • Chapter 5: Universal motor

   LESSON 9 - TROUBLESHOOTING OF SINGLE PHASE A.C. INDUCTION MOTORS

  • Chapter 1: Trouble shooting of single phase induction motor

  LESSON 10 - ALTERNATOR

  • Chapter 1: Alternators
  • Chapter 2: Voltage regulation and parallel operation of alternators
  • Chapter 3: Excitation and power factor

   LESSON 11 - SYNCHRONOUS MOTOR

  • Chapter 1: Synchronous motor
  • Chapter 2: Excitation and method of power factor improvement
  • Chapter 3: Advantages, disadvantages and applications of synchoronous machines

  LESSON 12 - ROTARY CONVERTER AND MG SET

  • Chapter 1: Rotary converter and MG set

   LESSON 13 - ELECTRONIC COMPONENT

  • Chapter 1: Resistors
  • Chapter 2: Classification and specification of resistors
  • Chapter 3: Color coding of resistors
  • Chapter 4: Resistors connected in series and parallel
  • Chapter 5: Comparison of carbon and wire wound resistors
  • Chapter 6: Active and Passive components
  • Chapter 7: Introduction to semiconductors
  • Chapter 8: Semiconductors

  LESSON 14 - PN JUNCTION DIODE AND TRANSISTOR

  • Chapter 1: PN junction diode
  • Chapter 2: Biasing of PN junction diode
  • Chapter 3: Interpretation of diode specifications
  • Chapter 4: Half wave rectifier
  • Chapter 5: Full wave rectifier
  • Chapter 6: Full wave bridge rectifier
  • Chapter 7: Filters
  • Chapter 8: Transistor
  • Chapter 9: Types of transistors
  • Chapter 10: Characteristics of transistor
  • Chapter 11: Transistor configurations

   LESSON 15 - POWER ELECTRONIC DEVICES AND DIGITAL ELECTRONICS

  • Chapter 1: Junction Field Effect Transistor (JFET)
  • Chapter 2: Unijunction Transistor (UJT)
  • Chapter 3: IC voltage regulators
  • Chapter 4: Introduction to digital electronics
  • Chapter 5: Number system
  • Chapter 6: Logic gates
  • Chapter 7: Introduction to combinational circuits
  • Chapter 8: Adders and subtractors
  • Chapter 9: Encoders and Decoders
  • Chapter 10: Multiplexer and Demultiplexer

  LESSON 16 - OSCILLOSCOPE AND POWER ELECTRONIC COMPONENTS

  • Chapter 1: Oscilloscope
  • Chapter 2: Silicon Controlled Rectifier (SCR)
  • Chapter 3: DIAC and TRIAC
  • Chapter 4: IGBT
  • Chapter 5: Multivibrator

  LESSON 17 - PANEL AND CONTROL CIRCUIT

  • Chapter 1: Panel and control circuit
  • Chapter 2: Various control elements

  LESSON 18 - WIRING ACCESSORIES

  • Chapter 1: Wiring accessories

  LESSON 19 - AC/DC DRIVES

  • Chapter 1: Introduction to electrical drives
  • Chapter 2: Introduction to D.C. drives
  • Chapter 3: Introduction to A.C. drives
  • Chapter 4: Speed control of induction motor

  LESSON 20 - VOLTAGE STABILIZER

  • Chapter 1: Voltage stabilizer
  • Chapter 2: UPS
  • Chapter 3: Preventive and breakdown maintenance

   LESSON 21 - THERMAL AND HYDRO ELECTRIC POWER STATION

  • Chapter 1: Sources of energy
  • Chapter 2: Introduction to thermal power station
  • Chapter 3: Line diagram for thermal power station
  • Chapter 4: Main controls of thermal power station
  • Chapter 5: Introduction to hydroelectric power station
  • Chapter 6: Classification of hydroelectric power station
  • Chapter 7: Working of surge tank, forebay, spill ways and headworks
  • Chapter 8: Main controls and maintenance

  LESSON 22 - NON CONVENTIONAL SOURCES OF ENERGY

  • Chapter 1: Solar power generation
  • Chapter 2: Wind power generation
  • Chapter 3: Tidal power generation
  • Chapter 4: Bio-mass power generation

  LESSON 23 - TRANSMISSION AND DISTRIBUTION

  • Chapter 1: Transmission
  • Chapter 2: Distribution system
  • Chapter 3: Conductor materials and line insulators
  • Chapter 4: Overhead lines
  • Chapter 5: Methods of joining aluminum conductors

   LESSON 24 - SAFETY PRECAUTIONS AND IE RULES PERTAINING TO DOMESTIC SERVICE CONNECTIONS

  • Chapter 1: Safety precautions and IE rules
  • Chapter 2: Various substations
  • Chapter 3: Equipments for substation
  • Chapter 4: Various terms in domestic service

  LESSON 25 - RELAY AND CIRCUIT BREAKERS

  • Chapter 1: Protective relaying and Classification
  • Chapter 2: Electromagnetic relay
  • Chapter 3: Thermal relays
  • Chapter 4: Over current relays
  • Chapter 5: Directional relay
  • Chapter 6: Distance relays
  • Chapter 7: Differential relay
  • Chapter 8: Static and microprocessor based over current relays
  • Chapter 9: Circuit breakers