NCIDQ IDFX study plan
NCIDQ IDFX · Give each week a clear focus.
8 weeks · About 6 hours per week
Building Systems, Construction, and Interior Materials
Build a one-page matrix mapping each major construction assembly type (wood light frame, steel frame, concrete, masonry, curtain wall) to its typical interior implications
Explain in writing how structural, mechanical, plumbing, and electrical rough-in constrain partition layout and ceiling height
Classify 20 common interior finish materials by substrate, wear layer, and typical application
Summarize fire-resistance-rated assembly concepts, including what a rating applies to and how it is interrupted
Your checkpoint
A 10-page personal reference packet on construction assemblies and finish materials, self-quizzed to 80% recall
Building Systems, Construction, and Interior Materials & Codes, Standards, and Regulations
Trace the fire and life-safety code path from occupancy classification to means-of-egress requirements for three sample project types
Differentiate the roles of building code, fire code, accessibility standards, and referenced standards in a single compliance narrative
Calculate occupant load and required egress width for two worked examples
Identify which code provisions commonly drive interior partition, door, and finish decisions
Your checkpoint
Two fully worked egress calculations with annotated code logic, plus a one-page code hierarchy diagram
Codes, Standards, and Regulations
Apply accessibility requirements to a restroom, a circulation path, and a door assembly using dimensional reasoning
Compare accessibility approaches across the major reference standards without relying on rote memorization
Explain how occupancy separation, travel distance, and dead-end limits interact in a layout decision
List the code topics most likely to appear on the exam and rate personal confidence on each
Your checkpoint
A self-scored confidence inventory of code topics with a written remediation list for the three weakest areas
Space Planning and Conceptual Design
Convert a written program into an adjacency matrix and bubble diagram for a mid-size office or clinic
Produce two alternative blocking options and defend each with circulation, daylight, and efficiency criteria
Apply net-to-gross and circulation factor reasoning to estimate area requirements
Evaluate furniture, clearances, and ergonomic dimensions against planning assumptions
Your checkpoint
A complete programming-to-blocking package for one case study, including adjacency matrix, two options, and a written recommendation
Space Planning and Conceptual Design & Programming and Site Analysis
Perform a site analysis that connects orientation, climate, access, and views to interior planning decisions
Interview a mock client and translate stated needs into measurable space criteria
Test a plan against universal design and inclusive-use principles
Identify how existing-building conditions and adaptive reuse constraints alter a space plan
Your checkpoint
A mock client interview summary plus a site-and-program analysis brief of at least three pages
Lighting, Acoustics, and Indoor Environmental Quality
Calculate illuminance needs and select luminaire types for three different space functions
Explain color rendering, color temperature, glare, and control strategies in lighting design decisions
Apply acoustic fundamentals including absorption, background noise, sound isolation, and speech privacy to a plan
Identify indoor air quality strategies including ventilation, source control, and finish emissions
Your checkpoint
A lighting and acoustic strategy sheet for one room type, with calculations and product-category reasoning
Design Communication and Documentation & Professional Practice and Project Coordination
Assemble a drawing set outline showing plan, elevation, detail, and schedule relationships across design phases
Differentiate the purpose and content of schematic, design development, and construction documents
Map the standard division of responsibilities among owner, architect, consultant, and contractor
Outline a project delivery sequence including bidding, submittals, and construction administration basics
Your checkpoint
A one-page phase-and-deliverables map plus a responsibilities matrix, both checked against sample exam-style scenarios
Programming and Site Analysis & Space Planning and Conceptual Design & Building Systems, Construction, and Interior Materials & Codes, Standards, and Regulations & Lighting, Acoustics, and Indoor Environmental Quality & Design Communication and Documentation & Professional Practice and Project Coordination
Complete two full-length timed practice exams under exam conditions
Categorize every missed item by domain and error type (knowledge gap, misread, calculation, judgment)
Re-drill the three weakest domains using targeted review of personal notes
Finalize a one-page formula and concept sheet for last-day review
Your checkpoint
A scored error log from both practice exams with a written remediation summary and final formula sheet
Milestones
Week 2: Can complete an occupant load and egress width calculation from scratch without notes and explain each step aloud
Week 4: Can produce a defensible blocking plan from a written program in under 45 minutes
Week 6: Scores at least 70% on self-made quizzes covering domains 1 through 5 combined
Week 8: Scores at least 75% on both timed practice exams with no single domain below 60%