WBBSE Madhyamik Power (Vocational) study plan

State Ohm's law, series and parallel resistance rules, and compute branch current, voltage drop and total resistance for at least ten mixed circuits by hand

Identify the parts of a domestic single-phase installation (service entry, main switch, MCB, distribution board, earthing conductor) and explain the purpose of each in writing

Demonstrate safe isolation procedure: prove dead with a tester, lock off, and state the correct sequence for earthing before touching conductors

Draw from memory the wiring layout of a one-lamp-one-switch circuit and a two-way stair-light circuit, labelling live, neutral and earth conductors

Calculate cable current-carrying capacity, voltage drop and protective device rating for three given load scenarios and select a suitable conductor size

Explain the difference between earthing and neutral, and describe why a fuse or MCB must not be bypassed, using one worked fault example

Solve five numerical problems on power, energy and cost of electricity consumption in kWh

List the first-aid steps for electric shock and the correct use of a fire extinguisher class on an electrical fire

Describe the construction and working principle of a DC motor and a single-phase induction motor, and state where each is used in a workshop

Draw and label the parts of a transformer (core, windings, insulation, cooling) and explain how turns ratio relates to voltage and current

Solve six numerical problems on transformer turns ratio, efficiency and losses

Compare star and delta connection of a three-phase motor in terms of phase and line voltage and current

State the routine checks and likely causes of overheating, vibration and bearing noise in a motor

Trace the path of electricity from a generating station through transmission and distribution to a domestic consumer and label each voltage stage

Explain why high voltage is used for transmission and calculate line losses for two given transmission voltages at the same power

Distinguish between a feeder, a distributor and a service main, and between radial and ring distribution systems

Describe the function of a substation, a distribution transformer and a circuit breaker in the network

Identify the symbols and terminal behaviour of a diode, thyristor, TRIAC, BJT and MOSFET, and state one power application of each

Explain half-wave and full-wave rectification and sketch the input and output waveforms for each

Describe how a TRIAC dimmer or a PWM-controlled DC drive regulates power to a load

Solve four problems on rectifier average output voltage and on a simple transistor switch

Compare solar photovoltaic, wind and small hydro sources on availability, cost and suitability for West Bengal conditions, in a written table

Calculate the daily energy output of a given solar panel array using panel rating, peak sun hours and a derating factor

List five practical energy-conservation measures in a home or workshop and estimate the monthly saving in units for each

Demonstrate correct use of a multimeter to measure voltage, current and resistance, and of a clamp meter and megger, and state the safety precaution for each

Identify the common hand tools and their correct use in electrical workshop practice, including wire stripper, crimping tool and soldering iron

Draft a simple project proposal for a small electrical or solar installation, stating objective, components, estimated cost and safety plan

Prepare a short employability profile listing the electrical skills acquired, a sample job application letter and answers to three common interview questions

Explain the basic requirements for a small electrical service enterprise, including licensing, insurance and record keeping

Revise safety rules and first aid from week 1 and answer 20 mixed safety questions without notes

Attempt two full-length mock papers under timed conditions and score each against the marking scheme

Re-solve every question missed in the mocks and write the correct reasoning in one line each

Recite from memory the key formulas for circuits, transformers, rectifiers and energy cost, and check them against the formula sheet

Review the week 1-7 deliverables and close any gap flagged in the self-check lists