LEED Green Associate study plan

Map all credit categories and list every prerequisite in each, from memory

Distinguish prerequisites from credits and state the penalty for an unmet prerequisite

Sequence the certification timeline from project registration through design and construction review to final certification

Name the roles of at least five team members (owner, architect, commissioning authority, contractor, LEED specialist) and describe when each engages

Identify three concrete credit synergies that arise from an early integrative design charrette

Differentiate fundamental commissioning, enhanced commissioning, retro-commissioning, and ongoing commissioning and state when each applies

Explain the intent of building-level and tenant-level energy metering and how metered data supports performance tracking

Compare whole-building energy simulation against prescriptive compliance paths and describe the tradeoffs of each

Describe how renewable energy procurement and green power purchasing are treated differently within the rating system

Explain refrigerant selection criteria in terms of ozone depletion and global warming potential

Interpret a utility bill dataset to spot a likely commissioning or operations problem

Rank the waste management hierarchy and apply it to a construction demolition scenario

Distinguish a credit-specific life cycle assessment from a whole-building life cycle assessment

Compare environmental product declarations, material ingredient reporting, and material reuse documentation as submittal evidence

Explain how recycled content and certified wood sourcing are verified and what documentation a contractor must produce

Contrast indoor fixture efficiency, outdoor irrigation reduction, and cooling tower water use strategies

Justify the value of water metering and submetering for leak detection and performance verification

Evaluate ventilation and source-control strategies against dilution and filtration approaches

Differentiate daylight access, quality views, thermal comfort, and acoustic performance requirements

Categorize low-emitting material product types and the emissions criteria that apply to each

Explain how density, proximity to transit, and diverse use mix influence transportation credit eligibility

Identify sensitive land types and explain why developing them is discouraged

Compare bicycle storage, shower facilities, and preferred parking as alternative transportation strategies

Draft a construction activity pollution prevention plan covering erosion, sedimentation, and dust control

Explain how a site assessment informs open space, rainwater management, and heat island decisions

Describe light pollution reduction strategies and the measurements used to verify them

Explain how surrounding community context and public outreach shape project decisions and credit outcomes

Summarize tenant design and construction guidelines and lease language as tools for occupant-facing credits

Re-answer every missed question from weeks 1 through 5 and explain in writing why the correct answer is correct

Build cross-domain synergy maps for at least five credit pairs that span two categories

Rank your remaining weak areas by frequency of error rather than by personal preference

Re-time and re-attempt the single domain with the highest miss rate

Complete two full-length timed practice exams under simulated test conditions with no notes or pauses

Reduce average miss rate by at least 10 percentage points between exam one and exam two

Drill recall of prerequisite names, credit intents, and point thresholds until retrieval is automatic

Rehearse the flag-and-return strategy so no question consumes more than 90 seconds on first pass

Review all accumulated flashcards and error logs in spaced intervals across the week

Recite every prerequisite and its category from memory without prompts

Practice parsing ambiguous or distractor-heavy question stems by isolating the operative keyword

Confirm exam registration logistics and simulate exam-day timing, breaks, and materials