Haryana BSEH Senior Secondary NSQF Automotive study plan

Label the four-stroke cycle events and identify valve timing points on a cutaway engine diagram from memory

Measure cylinder bore taper and out-of-round with a bore gauge and record readings against the service limit

Demonstrate correct use of torque wrench, feeler gauge, micrometer and dial indicator, stating each tool's least count

List the personal protective equipment and fire-safety steps required before starting engine dismantling

Explain the purpose of each component in the valve train and cooling-lubrication interface of an overhauled head

Assemble a cylinder head in correct bolt-tightening sequence and state the torque stages used

Diagnose three common engine symptoms (blue smoke, low oil pressure, overheating) by mapping each to at least two probable causes

Describe the construction and working of carburettor, MPFI injector and CRDi injector and compare their fuel-metering principles

Identify the function of catalytic converter, EGR valve and PCV system in controlling emissions

Compare properties of petrol, diesel, CNG and an ethanol-blended fuel relevant to engine operation

Trace power flow through clutch, gearbox, propeller shaft and differential and label each stage on a drivetrain sketch

Explain the working of a synchromesh gearbox and name the parts that wear most often

Measure differential backlash and state the acceptable range and the effect of too much or too little

Describe the construction and bleeding procedure of a hydraulic brake system including the master cylinder

Compare disc and drum brakes and identify the checks used to judge pad and lining wear

Inspect steering linkages, tie-rod ends and ball joints and classify each finding as serviceable or rejectable

Explain wheel alignment angles (camber, caster, toe-in, kingpin inclination) and the handling fault each incorrect angle causes

Describe the working of a MacPherson strut and a leaf-spring suspension and name their wear points

Demonstrate safe jacking and axle-stand placement on a vehicle and state the checks made before working underneath

List the steps for wheel balancing and tyre rotation and state why each matters

Explain the construction and testing of a lead-acid battery, including specific gravity and load-test interpretation

Trace the charging circuit from alternator to battery and describe how a faulty regulator shows up as a symptom

Describe the starter motor circuit and use a multimeter to test for voltage drop across a cable

Read a simple wiring diagram and identify the effect of an open circuit, short to ground and high-resistance joint

Explain the role of ECU, sensors and actuators in a modern engine management system and name three commonly used sensors

Apply a structured diagnostic sequence (verify complaint, gather data, isolate, confirm repair) to three case-style faults

Interpret OBD trouble-code categories and state what a code does and does not prove about the fault

Describe the stages of vehicle body repair from dent removal through primer, putty, base coat and clear coat

Identify paint defects such as orange peel, runs and blistering and state one cause and one remedy for each

Explain how a vehicle inspection is documented, including what a roadworthiness check covers for brakes, lights and emissions

Compare BS-VI emission norms with earlier norms in terms of the pollutants regulated and the hardware added

Describe the working of an LPG or CNG kit and the safety checks required before and after installation

Draft a simple business plan for a two-bay auto workshop covering services, pricing, staff and break-even estimate

List the customer-handling and workplace communication practices expected of a technician

Explain the employability skills of punctuality, teamwork, record keeping and workplace ethics with one workshop example each

Complete a timed full-length mock test and score each domain separately to find weak areas

Re-perform the two weakest practical procedures from earlier weeks without referring to notes

Revise all service-limit and specification figures collected during the plan into one reference sheet

Explain your project work end to end: what was done, which tools were used, safety followed and the result measured

Draw up a final one-week revision schedule targeting the two lowest-scoring domains