HVAC Excellence AC study plan

Map every Employment Ready objective (safety, tools, refrigerant handling, electrical fundamentals, customer relations) into a personal checklist with a confidence rating 1-5 per item

Demonstrate safe refrigerant cylinder handling and recovery setup by writing a step-by-step procedure from memory and checking it against EPA Section 608 rules

Explain the refrigeration cycle (compression, condensation, metering, evaporation) aloud in under three minutes without notes

Solve ten basic electrical problems using Ohm's Law and power formulas, showing work

Diagnose five simulated no-cooling scenarios by listing the sequence of checks (airflow, charge, superheat/subcooling, electrical) before touching a gauge

Practice brazing and nitrogen purge procedures on paper: sequence the steps and identify the two most common contamination mistakes

Identify the entry requirements and scope differences among the specialty certifications (residential A/C, light commercial, heat pump, gas heat)

Calculate superheat and subcooling for eight given pressure/temperature data sets

Build a comparison table of Specialty certification exam scopes, prerequisites, and typical field tasks for each specialty track

Explain heat pump defrost cycles, reversing valve operation, and auxiliary heat staging in writing

Outline combustion analysis steps for gas heating: draft, CO, manifold pressure, and heat exchanger inspection

List the five most common code and safety violations tested in specialty exams and the correct practice for each

Complete a timed 40-question self-made practice set drawn from your own notes across Domains 1-2 and score it honestly

Review every missed item and write the correct reasoning in your own words

Summarize the difference in depth and scope between Specialty and Professional Level certifications

Draft a list of Professional Level topics you have not yet studied and rank them by risk

Work through commercial refrigeration and light commercial system topics: walk-in coolers, parallel racks, and defrost controls

Explain psychrometrics: dry bulb, wet bulb, dew point, and how to plot a basic process on a psychrometric chart

Describe load calculation inputs for a residential retrofit and identify which inputs most affect sizing

Practice interpreting wiring diagrams and ladder schematics by tracing three circuits

Distinguish Master Specialist scope from Professional Level: advanced controls, commissioning, and system design review

Explain VRF/VRV and variable-speed compressor control strategies in writing

Outline commissioning documentation: start-up sheets, airflow verification, charge verification, and customer handoff

Identify building automation and economizer control sequences commonly tested at the master level

Summarize the Educator Credentialing exam scope: instructional methods, lab safety oversight, assessment design, and program accreditation awareness

Draft a 20-minute lesson outline teaching superheat measurement to an entry-level student, including a lab safety brief

Compare Master Specialist and Educator pathways and list the evidence each requires

Explain how to write performance-based assessments with measurable pass criteria

Run two full timed mock exams covering all five domains and record per-domain scores

Re-teach your three weakest objectives aloud as if instructing a student, then correct any gaps

Review the error log from Weeks 4 and 8 and confirm every prior miss is now explainable

Finalize a one-page formula and safety reference sheet you can recreate from memory