CAAB AME B2 Exam study plan

Solve 40 mixed arithmetic and algebra problems (fractions, ratio, proportion, powers, roots, transposition) without a calculator error

Convert and calculate values across aviation units (in/mm, lb/kg, °C/°F/K, psi/bar, US gal/L) to within 1% accuracy

Apply geometry and trigonometry (Pythagoras, sine/cosine rules, area and volume of common shapes) to 20 practical airframe-style problems

Build a one-page handwritten formula and unit-conversion sheet covering all Week 1 content and use it on a practice set

Calculate force, moment, and equilibrium conditions for 15 lever and beam problems, including centre of gravity of simple bodies

Explain and compute work, power, energy, efficiency, and momentum in mechanical and fluid systems

Describe pressure, temperature, and gas behaviour in aircraft systems, and solve 10 gas-law and hydraulics problems

Sketch and label the principles of refraction, reflection, fibre optics, and sound/noise attenuation used in aviation

Solve 25 DC circuit problems using Ohm's law, Kirchhoff's laws, series/parallel networks, and internal resistance

Calculate AC quantities (frequency, period, phase, impedance, power factor) for resistive, inductive, and capacitive circuits

Explain magnetism, electromagnetic induction, and the operating principle of transformers, generators, and DC/AC motors

Identify and describe aircraft electrical supply systems, relays, fuses, circuit breakers, and cable selection factors

Interpret simple electrical schematic symbols and trace current paths in a given circuit description

Describe the construction, characteristics, and failure modes of diodes, rectifiers, transistors, thyristors, and integrated circuits, and identify them from symbol descriptions

Explain operational amplifier and logic gate functions, and complete truth tables for AND, OR, NOT, NAND, NOR, and XOR combinations

Convert between binary, octal, decimal, and hexadecimal, and perform binary arithmetic including two's complement subtraction

Describe digital data buses, fibre-optic and ARINC-style architectures, and computer memory/CPU/microprocessor organisation at block level

Explain the layout, function, and failure indications of electronic instrument systems (EIS/EFIS, ADC, AHRS, display units)

Classify aircraft metallic materials and heat treatments, and state the properties, identification, and typical applications of each

Describe composite, ceramic, and non-metallic material construction, damage types, and inspection methods

Select and specify threaded fasteners, locking devices, rivets, and fittings for given joint descriptions, including correct torque practice

Match bearings, seals, springs, pipes, unions, and control cables to their function and inspection criteria

Explain corrosion mechanisms and the standard NDT methods (visual, dye penetrant, magnetic particle, eddy current, ultrasonic, radiographic) with their limits

Apply safety precautions, PPE, and hazardous-material handling rules to 10 written shop scenarios

Demonstrate correct use and care of precision measuring tools and torque equipment by writing a step-by-step procedure for each

Complete a simulated maintenance documentation exercise: aircraft log entries, task cards, certification, and defect recording

Sequence the standard maintenance and inspection procedures (servicing, ground handling, disassembly, inspection, repair, reassembly, test)

Describe welding, soldering, bonding, and EWIS inspection requirements at an awareness level

Explain lift, drag, thrust, and weight relationships, and describe how aerofoil shape, angle of attack, and speed affect them

Describe stability, control surfaces, and the effects of high-speed flight and structural limitations on aircraft

Identify the physical and cognitive performance limitations in human factors (vision, hearing, memory, attention, fatigue) and match them to maintenance-error scenarios

Apply the 'dirty dozen', SHEL model, and error-management/motivation practices to five realistic incident case descriptions

Outline the structure of ICAO, EASA, and national authorities, and state the privileges and responsibilities of the certifying staff/AME licence

Describe maintenance organisation approvals, continuing airworthiness requirements, and the role of acceptable means of compliance and guidance material

Explain aircraft documentation requirements, including certificates of registration and airworthiness, maintenance records, and MEL/CDL use

Complete two full-length timed mock examinations under exam conditions

Consolidate all error logs into a one-page revision sheet and re-test the weakest three topics