MITO EV Auto L5 study plan

Map the MITO EV Auto L5 assessment domains to a personal gap list, ranking Automotive and Commercial road transport topics by current confidence

Define and write down the core high-voltage safety vocabulary used across Automotive and road transport work, including isolation, equipotential bonding, and live-work rules

Sketch the layout of a battery electric passenger car and a battery electric truck side by side, labeling pack, inverter, motor, charger, and thermal circuits

Build a 40-term glossary with your own one-line definitions and flag any term you cannot yet define precisely

Trace energy flow through a battery electric vehicle from charging inlet to wheel torque, writing each conversion step and its losses

Compare series, parallel, and series-parallel hybrid architectures and state where each is used in light vehicles

Explain the function of the BMS, contactors, pre-charge circuit, and service disconnect in a traction pack

Diagnose three written fault scenarios (no-start, reduced power, charging abort) by reasoning from symptoms to likely subsystem

Describe safe isolation and lockout procedure for a high-voltage vehicle, including verification of de-energization

List the inspection points and legal duties for an electric commercial vehicle before a daily run

Compare duty cycles of a city bus, a regional tractor unit, and a last-mile van, and state how each shapes battery sizing and charging strategy

Explain regenerative braking limits and how payload and gradient affect energy recovery in heavy vehicles

Work through range and energy-consumption calculations for a passenger car and a loaded truck using given consumption figures

Explain charging standards and connector types at a conceptual level and match them to depot, public, and home use cases

Identify the main failure modes of traction batteries and motors and state the early warning signs for each

Self-test on Domains 1 and 2 with 30 written questions and record every miss with the underlying concept

Map the extractives value chain from exploration through extraction and processing, naming the main equipment classes at each stage

Describe the operating environment of surface and underground mining and identify where electrification is being applied

Explain the hazards specific to mining sites: dust, confined space, ventilation, ground stability, and heavy mobile plant interaction

Compare diesel and electric haulage on ventilation demand, heat, and maintenance burden

Explain the purpose and basic operation of drilling equipment used in extractives and in gas operations

Describe gas handling fundamentals: pressure control, venting, flaring, and leak detection principles

Outline logistics planning for a remote site, covering fuel or energy supply, spares, and personnel rotation

Identify the safety controls that apply when electrical equipment operates in dust, gas, or explosive atmospheres

Trace the path of gas from wellhead to processing and name the main pressure and metering stages

Explain how electric drives and power supply are used on drilling rigs and in gas logistics, including redundancy needs

Analyze two incident scenarios involving ignition risk or loss of power at a remote site and state the control failures

Draft the questions you would ask a site manager before introducing electric equipment to a drilling or gas operation

Re-test all four domains with a timed 60-question mixed set and score each domain separately

Revisit every weak area flagged in weeks 4 and 7 and rewrite the underlying concept in your own words

Summarize the cross-cutting themes (high-voltage safety, hazardous atmospheres, duty cycle, logistics) in a single reference sheet

Set a final review schedule and list the specific facts you still need to verify before the exam