CIEC study plan
CIEC · Give each week a clear focus.
8 weeks · About 6 hours per week
Moisture and Building Science Fundamentals & Indoor Environmental Consulting (domains not enumerated in source)
Map the moisture-transport mechanisms (bulk, capillary, diffusion, air leakage, vapor) and write a one-paragraph plain-language explanation of each
Calculate dew point and condensation potential for three wall assemblies using psychrometric data you look up yourself
Sketch a pressure-boundary diagram for a simple residential building and label where air leakage drives moisture
Define the consultant's role versus the remediator's role and list three conflicts of interest to avoid
Your checkpoint
A two-page moisture-fundamentals cheat sheet with worked dew-point example and labeled pressure-boundary sketch
Moisture and Building Science Fundamentals & Contaminant Recognition and Sampling Strategy
Diagnose five written building scenarios (given as text descriptions) and rank likely moisture sources by probability
Match each common mold genus to its moisture niche and typical substrate from memory
Build a table linking moisture source to the sampling approach that would confirm or rule it out
Explain why surface sampling alone cannot establish a hidden reservoir
Your checkpoint
A 10-row diagnostic matrix mapping scenario to moisture source to sampling method, self-graded against notes
Indoor Air Quality Assessment and Investigation & Contaminant Recognition and Sampling Strategy
Draft a written IAQ investigation protocol from occupant interview through final report
Compare direct-read instruments, spore traps, and culture methods on cost, turnaround, and what each can and cannot prove
Write sampling objectives for three different complaint types (odor, dampness, irritation)
Identify chain-of-custody and blank requirements for a defensible sampling event
Your checkpoint
A complete investigation protocol outline with instrument and method selection rationale for three complaint types
Indoor Air Quality Assessment and Investigation & Contaminant Recognition and Sampling Strategy
Interpret written lab reports (spore counts, genus distribution, control comparisons) and state defensible conclusions
Practice distinguishing normal background from amplification using only text-described data
Explain when to recommend no further sampling versus additional investigation
Draft occupant communication language for inconclusive results
Your checkpoint
Three written lab-report interpretations with conclusions and occupant-facing summaries, timed under 20 minutes each
Remediation Design, Project Oversight, and Clearance & Indoor Environmental Consulting (domains not enumerated in source)
Write a remediation scope of work for a described crawlspace and a described HVAC contamination case
Specify containment, negative pressure, and PPE requirements appropriate to each project scale
Sequence remediation steps and identify hold points requiring consultant sign-off
Explain the difference between a visual clearance and a post-remediation verification with sampling
Your checkpoint
Two full scope-of-work documents with containment diagrams and a hold-point checklist
Remediation Design, Project Oversight, and Clearance & Professional Practice, Standards, and Ethics
Draft clearance criteria that are objective, measurable, and stated before work begins
Identify the ethical trap of serving as both remediator and clearance consultant and write your policy on it
Outline what a project oversight log must contain to withstand dispute
Prepare written responses to three client-pressure scenarios (rush clearance, skip containment, waive verification)
Your checkpoint
A one-page clearance-criteria template plus a written ethics position statement with three scenario responses
Professional Practice, Standards, and Ethics & Indoor Environmental Consulting (domains not enumerated in source)
List the standards and guidance documents governing IAQ and mold work and state what each does and does not cover
Define scope-of-work language that limits liability without misleading the client
Explain record retention, reporting timelines, and data-integrity expectations
Draft a client engagement letter outline covering scope, limitations, and deliverables
Your checkpoint
A standards cross-reference table plus a one-page engagement letter outline
Indoor Environmental Consulting (domains not enumerated in source) & Indoor Air Quality Assessment and Investigation & Moisture and Building Science Fundamentals & Contaminant Recognition and Sampling Strategy & Remediation Design, Project Oversight, and Clearance & Professional Practice, Standards, and Ethics
Synthesize all domains into a single end-to-end case narrative from complaint to clearance
Complete timed practice sets across every domain and log every missed concept
Re-drill only the missed concepts until each is explained aloud without notes
Build a one-page pre-exam reference card of formulas, criteria, and ethical rules
Your checkpoint
A written end-to-end case study plus a scored practice log showing at least 80 percent on re-drilled missed items
Milestones
Week 2: Can explain all five moisture-transport mechanisms and rank moisture sources in a fresh written scenario without notes
Week 4: Can interpret an unfamiliar written lab report and state a defensible conclusion in under 20 minutes
Week 6: Can produce objective clearance criteria and correctly resolve all three client-pressure ethics scenarios
Week 8: Scores at least 80 percent on re-drilled missed concepts and can narrate a full complaint-to-clearance case aloud