Odisha CHSE +2 Vocational PDFM (RMPDFM) study plan

Define and differentiate PDFM and RMPDFM trade scope, listing at least 15 core processes, machines, and job types in your own words

Sketch the full production flow from raw material intake to finished product for two representative jobs and label every stage

Re-derive the key applied-science relationships used in the trade (unit conversion, area/volume, force, pressure, speed and feed ratios) and solve 20 numerical problems with at least 90% accuracy

Build a personal glossary of 60 trade terms with one-line definitions and SI units where applicable

List five open questions from your notes and flag them for resolution in week 2

Explain the working principle, main parts, and typical applications of each major machine or tool group in the trade, one paragraph each

Match 30 common tools and equipment to their correct use, and identify five common misuse cases and their consequences

Classify trade materials by composition, properties, and typical application, producing a comparison table of at least 12 materials

Draft a tool-room inventory checklist covering hand tools, measuring instruments, and consumables with expected condition standards

State the correct procedure for pre-use inspection of at least eight tools or equipment items

Sequence the steps of the four most common practical jobs in the trade and write each as a numbered work procedure with hold points

Identify the safety hazards in each of those four procedures and state the control measure for each hazard

Demonstrate correct donning, use, and removal of PPE for at least three job scenarios and record the sequence

Describe first-response actions for five trade-specific accident types (cuts, burns, electric shock, chemical contact, fire)

List the housekeeping and waste-segregation steps required at the end of a shift

Select the correct measuring instrument for 15 given measurement tasks and justify each choice by least count and range

Read and record measurements from instrument descriptions (vernier, micrometer, dial gauge, steel rule) with 10 practice readings each and zero reading errors

Interpret a dimensioned drawing by extracting all dimensions, tolerances, and surface-finish callouts into a flat list

Produce a neat freehand or instrument-drawn sketch of one trade component with correct dimensioning, title block, and projection

Explain the purpose of tolerance, allowance, and fit, and classify five given fits as clearance, interference, or transition

Apply a sampling inspection routine to a batch of 50 practice parts and record accept/reject decisions against stated limits

Calculate basic quality metrics (defect rate, percentage rejected, simple control-chart limits) from your inspection data

Read and explain the symbols and callouts on two schematic or layout drawings relevant to the trade

Write a short inspection report that states method, instrument, standard referenced, results, and conclusion

Identify which national or international standard applies to three given product characteristics and state why

Complete two integrated practice jobs end to end, timing each stage and noting where your procedure deviated from the written sheet

Recalculate the process parameters (speed, feed, depth, mixture ratio, or load as applicable) for those jobs from first principles and compare with your actual values

Solve 25 applied mathematics problems drawn from trade situations, showing every step

Diagnose three common faults in the trade, stating symptom, probable cause, check, and remedy

Update your week 3 procedure sheets with corrections found during practice

Draft a one-page business concept for a small enterprise in this trade covering service offered, customer, pricing basis, and startup needs

Prepare a simple cost sheet for one job, separating material, labour, overhead, and margin, and compute break-even output

Produce a typed technical document (report or quotation) using a word processor with a table, headings, and correct file naming

Build a spreadsheet that records inspection or job data and returns summary statistics using formulas

Write a workplace-conduct and environmental-responsibility checklist of 12 items covering waste, energy, emissions, and ethics

Consolidate all prior deliverables into an indexed revision file organized by the nine exam domains

Answer 100 mixed practice questions across the heaviest domains under timed conditions and log every wrong answer with the correct reasoning

Re-teach the five weakest topics aloud or in writing from memory, then verify against your notes

Re-perform one measurement and one inspection task cold, without notes, to confirm retention

Finalize a one-page exam-day strategy covering time allocation per domain and question-attempt order