PRC EPLE study plan

Build a one-page formula sheet covering DC circuit laws (Ohm, Kirchhoff, series/parallel, power) and solve 20 practice problems using only that sheet

Derive and explain in writing the transient behavior of RC and RL circuits, then compute time constants for 8 given component sets

Draw phasor diagrams for single-phase AC series and parallel RLC circuits and calculate impedance, current, and phase angle for 10 cases

Set up a spaced-repetition deck seeded with 40 core electronics terms and formulas, reviewed daily

Analyze three-phase star and delta loads and compute line/phase voltages, currents, and total power for 10 unbalanced and balanced scenarios

Explain the operating principle of transformers and calculate turns ratio, reflected impedance, and efficiency for 8 worked examples

Compare DC machines, induction motors, and synchronous machines by construction, torque-speed behavior, and starting methods in a written summary

Solve 15 mixed problems on magnetic circuits and electromechanical energy conversion

Design and analyze half-wave, full-wave, and bridge rectifier circuits including ripple factor and filter capacitor sizing for 6 load specifications

Explain BJT and MOSFET operating regions and bias a common-emitter and common-source amplifier, calculating Q-point and gain

Analyze op-amp configurations (inverting, non-inverting, summing, integrator) and compute output for 12 input scenarios

Build a truth-table and Karnaugh-map workflow and simplify 10 Boolean expressions to minimal forms

Explain digital building blocks (flip-flops, counters, registers, multiplexers) and trace the timing diagram for a 4-bit counter design

Describe measurement instruments (multimeter, oscilloscope, bridge methods) and state the correct instrument and range for 12 measurement tasks

Calculate error, uncertainty, and resolution for given instrument specifications and distinguish accuracy from precision

Identify electrical safety hazards and state protective measures (earthing, RCD, isolation, lockout) for 8 scenarios

Map the PRC professional qualification framework for electronics engineers, listing the responsible authorities, exam tiers, and validity periods in a structured outline

Summarize the registration and licensing process step by step, including eligibility, application documents, and renewal conditions

List the core legal duties, scope of practice, and prohibited acts for a registered electronics engineer and match each to a practical scenario

Compile a glossary of 30 regulatory terms with definitions in the exam's language

Explain continuing professional development requirements: minimum hours, categories of acceptable activities, record-keeping, and audit consequences

Draft a personal 12-month CPD plan that satisfies the stated hour and category requirements

Describe disciplinary and accountability mechanisms, including grounds for suspension or revocation and appeal routes

Compare the engineer's professional and legal responsibilities toward employers, clients, the public, and the state in a written analysis

Integrate engineering decisions with regulatory constraints by resolving 8 case scenarios where code compliance, safety, and professional ethics intersect

Review all Domain 1 formula sheets and re-solve the 15 problems most often missed in the Week 4 mock

Write concise model answers to 10 short-answer regulatory questions under timed conditions

Identify remaining knowledge gaps and rank them by exam weight

Complete two full-length timed mock exams under exam conditions and score both

Review every incorrect answer and write a corrected explanation for each

Recite from memory the registration, licensing, and CPD requirements without notes

Finalize an exam-day strategy covering time allocation, question order, and handling of uncertain items