Maharashtra HSC Electrical Technology (Vocational) study plan

Derive and apply Ohm's law, series/parallel equivalent resistance, and power formulas to at least 20 numeric problems without reference notes

Explain the difference between AC and DC quantities, define RMS, average, peak and form factor, and compute each from a given waveform description

Draw and label the constructional parts of a single-phase transformer and state the function of core, windings, insulation and conservator

Calculate turns ratio, secondary voltage, and full-load currents for a single-phase transformer given kVA rating and voltages

Solve transformer efficiency and regulation problems at unity and 0.8 lagging power factor

Explain the production of a rotating magnetic field from a three-phase supply and relate synchronous speed to supply frequency and pole count

Compare squirrel-cage and slip-ring induction motors on construction, starting torque, and application

Compute slip, rotor frequency, and starting current ratio for a given induction motor nameplate data set

Describe the working principle, EMF equation and voltage regulation check of a DC generator

List the losses in a DC machine and classify them as constant, variable, or stray

Classify conducting, insulating, and magnetic materials by property and name one practical use for each in wiring or machine construction

Select correct conductor size and insulation type for given load current, run length, and installation environment

Describe the layout of a low-voltage distribution system from transformer to consumer premises, naming each stage

Distinguish HT and LT supply, state typical voltage levels, and explain the role of a distribution substation

Explain why power factor matters to a distribution utility and list three methods of power factor improvement

Describe the construction and working of a moving-coil and a moving-iron instrument and state which is used for AC and why

Extend the range of a voltmeter and an ammeter using series and shunt resistors and compute the required values

Explain the working of a dynamometer-type wattmeter and an induction energy meter, including the role of the braking magnet

Compute energy consumption in kWh and estimate a monthly bill from a meter reading for a mixed load

Interpret CT and PT ratios and compute primary current from a secondary reading

Plan a domestic wiring installation: count points, select circuit divisions, and choose MCB ratings for lighting and power circuits

Describe earthing systems (pipe, plate, and modern chemical earthing) and state the resistance value normally aimed for

Apply the principle of protection against electric shock: explain role of ELCB/RCCB, fuses, and MCB discrimination

State Indian Electricity Rules and IS code requirements for conductor colour code, minimum heights, and earth continuity

Outline a preventive maintenance schedule for a motor and a distribution board with the checks to be performed

Read and interpret standard electrical symbols on a wiring diagram and convert a schematic into a wiring layout

Prepare a material estimate (quantity and cost) for a given lighting and power circuit from a simple drawing

Describe safe workshop practice for handling tools, ladders, and live-line work, including lockout and tagout steps

Explain the procedure for testing insulation resistance and earth continuity with a megger and record results in a test format

Demonstrate correct jointing and termination practice for stranded and solid conductors in written procedure form

Explain the operation of a PN junction diode in forward and reverse bias and sketch the V-I characteristic

Describe half-wave and full-wave rectifier circuits and compare ripple, efficiency, and component count

Explain the working of a BJT as a switch and as an amplifier, and identify cutoff, active, and saturation regions

Describe the construction and use of an SCR or triac in a simple power control application

Identify the function of a relay, contactor, and limit switch in a motor control circuit and draw a simple start-stop ladder

Revise all ten domains using the error logs from weeks 1 to 7, re-solving every previously wrong numerical

Complete two full-length timed mock papers under exam conditions and score them

Rewrite condensed notes for the five highest-weight domains into a single revision sheet

Identify the three weakest sub-topics from mock results and close each gap with targeted practice

Confirm recall of key code values, standard voltages, and safety limits without reference material