Haryana BSEH Secondary NSQF Power study materials
Haryana BSEH Secondary NSQF Power study resources

Haryana BSEH Secondary NSQF Power study plan

Haryana BSEH Secondary NSQF Power · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Occupational Health, Safety and Environment (Electrical Safety) & Basic Electrical Principles and Units

  • Define current, voltage, resistance and power and state the SI unit and symbol for each

  • Convert between mA/A, mV/V, kW/W and mJ/J without a calculator error

  • List the five main electric-shock hazards (contact, arc flash, step potential, static, induced) and describe one control for each

  • Explain the purpose of earthing, RCD/ELCB and MCB in protecting a person, and state typical tripping thresholds

  • Apply the safe-isolation sequence (identify, isolate, lock/tag, prove dead, earth) to a described low-voltage job

Your checkpoint

A one-page formula-and-units sheet plus a 10-step safe-isolation checklist, both hand-written from memory and self-checked

Week 2

Basic Electrical Principles and Units & Wiring Systems, Installation and Protection Devices

  • Calculate resistance from voltage and current using Ohm's law in three rearranged forms

  • Compute power, energy and cost for a domestic load over a 30-day billing cycle

  • Distinguish series and parallel circuits and calculate equivalent resistance for simple two- and three-resistor networks

  • Identify the parts of a domestic wiring circuit: service entry, main switch, distribution board, sub-circuits, points

  • Select the correct conductor size and MCB rating for a stated load, justifying the choice

Your checkpoint

A solved problem set of 15 numericals (Ohm's law, power, energy cost, series/parallel) with working shown and answers checked

Week 3

Wiring Systems, Installation and Protection Devices & Occupational Health, Safety and Environment (Electrical Safety)

  • Describe the wiring systems used in Indian domestic and light-commercial work (PVC conduit concealed, surface, casing-capping, batten) and state where each is appropriate

  • Draw a single-line diagram of a two-room installation with lighting and socket sub-circuits

  • Explain the difference between MCB, MCCB, fuse, RCCB and ELCB and match each to a protective role

  • Wire and test a one-way and a two-way (staircase) lighting circuit on a practice board

  • State IE rules/IS code expectations for conductor colour code, earth continuity and minimum socket height

Your checkpoint

A labelled wiring diagram of a two-room installation with a component schedule (MCB ratings, cable sizes, earth points) and a written test procedure for it

Week 4

Electrical Materials, Tools and Measuring Instruments & Occupational Health, Safety and Environment (Electrical Safety)

  • Name and state the use of at least 15 hand tools and 8 measuring instruments used by an electrician

  • Demonstrate correct use of a digital multimeter for voltage, continuity and resistance measurement, including range and probe discipline

  • Explain insulation resistance testing with a megger and state a typical acceptable value for a low-voltage installation

  • Write a risk assessment for a live-board working task using a hazard-control hierarchy

  • Describe first aid for electric shock and burns, including CPR sequence and when not to touch a casualty

Your checkpoint

A tool-and-instrument inventory table (tool, purpose, safety precaution) plus a completed risk-assessment form for one practical task

Week 5

Generation, Transmission and Distribution Basics & Power Sector Overview and Career Pathways

  • Trace the path of electricity from generator to a domestic consumer and name the voltage levels at each stage

  • Distinguish transmission from distribution and explain why high voltage is used for bulk transfer

  • Describe the roles of a state transmission utility, DISCOM, load dispatch centre and regulator in the Indian power sector

  • List at least eight career roles in the sector (lineman, substation attendant, wireman, metering technician, solar installer, O&M technician) with entry-level qualification and typical progression

  • Explain the difference between a feeder, a distributor and a service main

Your checkpoint

A hand-drawn generation-to-consumer single-line diagram with voltage levels annotated, plus a career-pathway table of eight roles

Week 6

Generation, Transmission and Distribution Basics & Electrical Machines and Transformers (Introductory)

  • Explain the working principle of a transformer and why it works only on AC

  • Use the turns ratio to calculate secondary voltage and current for a stated transformer

  • Distinguish core and shell construction and state why laminations reduce loss

  • Describe the construction and starting of a three-phase induction motor and a single-phase motor used in domestic pumps

  • Identify the parts of a distribution transformer and state the function of conservator, breather and Buchholz relay

Your checkpoint

A transformer and motor summary sheet with five worked turns-ratio problems and a labelled sketch of a distribution transformer

Week 7

Electrical Machines and Transformers (Introductory) & Power Sector Overview and Career Pathways

  • Explain why a transformer cannot be started on DC and what happens if it is

  • Compare DC and AC motors on construction, starting and application

  • Describe the safety and maintenance checks carried out on a motor and a transformer in service

  • Outline the growth areas in the sector: rooftop solar, smart metering, EV charging, and the skills each demands

  • Map your own next step to a specific certification or apprenticeship route with eligibility stated

Your checkpoint

A two-page personal career action plan naming one target role, the certification or apprenticeship required, and a 12-month step list

Week 8

Employability Skills and Workplace Communication & Occupational Health, Safety and Environment (Electrical Safety) & Basic Electrical Principles and Units

  • Write a clear technical report of a fault-finding exercise in under 200 words with a stated conclusion

  • Practise a mock interview answer for 'describe a safety procedure you follow' using a structured example

  • Complete two full timed mock tests covering all eight domains and score each by domain

  • Re-study only the two weakest domains identified by the mock scores

  • Recite the formula sheet, colour code and isolation sequence from memory

Your checkpoint

Two scored mock tests with a domain-wise error log and a one-page revision sheet limited to the weakest areas

Milestones

Week 2: Solve 12 of 15 numericals correctly unaided; any unit-conversion error triggers a redo of the units sheet before proceeding

Week 4: Perform a multimeter continuity and voltage check and an insulation resistance test on a practice board under supervision, with zero procedural safety misses

Week 6: Score at least 70% on a self-made 25-question test drawn from domains 5, 6 and 7 combined

Week 8: Score at least 75% on both timed mocks with no domain below 60%, and have the career action plan and error log complete