REE Board Exam study plan

Solve 60 DC circuit problems covering series/parallel reduction, KVL/KCL, mesh and nodal analysis, Thevenin/Norton equivalents, and superposition

Compute power, energy, and efficiency in resistive networks, including maximum power transfer

Draw and interpret circuit diagrams from a written description without using notes

Recall SI units, prefixes, and standard schematic symbols for electrical quantities

Analyze single-phase AC circuits using phasors and complex impedance, including RLC series and parallel resonance

Compute real, reactive, and apparent power, then size a power-factor correction capacitor bank

Solve balanced three-phase wye and delta problems for line and phase quantities

Solve transformer problems involving turns ratio, core and copper losses, efficiency, and voltage regulation

Solve algebra problems in quadratics, systems of equations, logarithms, exponents, and progressions

Apply trigonometric identities and solve triangle and periodic-function problems

Compute perimeters, areas, and volumes of standard and composite plane and solid figures

Convert between rectangular, polar, and exponential forms and perform complex-number arithmetic

Compute generated EMF, losses, efficiency, and voltage regulation for DC and AC generators

Analyze DC motor torque-speed behavior and induction motor slip and rotor frequency

Differentiate algebraic, trigonometric, exponential, and logarithmic functions and apply maxima-minima and related-rates techniques

Integrate standard forms and use definite integrals to obtain areas and volumes

Apply Newtonian mechanics to kinematics, force equilibrium, work-energy, and momentum problems

Solve fluid statics and dynamics problems involving pressure, buoyancy, continuity, and Bernoulli's equation

Compute heat transfer, thermal expansion, and ideal-gas quantities

Balance simple chemical equations and compute stoichiometric masses and moles

Solve separable and first-order linear differential equations and simple second-order linear equations

Compute measures of central tendency and dispersion and solve elementary probability problems

Compute axial stress, strain, torsional shear stress, and bending stress in simple members

Identify engineering material properties and the standard mechanical testing methods that measure them

Solve per-unit and short-circuit problems to obtain fault currents in simple radial systems

Select conductor sizes and protective device ratings using code-based ampacity and demand principles

Compute illumination levels, voltage drop, and load schedules for a simple installation

Solve simple-interest, compound-interest, annuity, and depreciation problems in engineering economy

Take two full-length timed mock exams under exam-day conditions with no notes

Re-solve every missed item unaided until the correct method is reproduced from scratch

Recite condensed notes and formula sheets for all three domains in a 90-minute review pass

Finalize a pacing plan that allocates exam minutes per item and per domain