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
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
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
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
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
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
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
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
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