Iran Nezam Architecture Design Exam study plan
Iran Nezam Architecture Design Exam · Give each week a clear focus.
8 weeks · About 7 hours per week
Architectural Design and Spatial Composition
Map the spatial-composition syllabus into a one-page concept tree covering parti types, circulation, hierarchy, and proportion systems
Redraw from memory six canonical plan types (linear, courtyard, clustered, radial, grid, free-form) and annotate circulation and hierarchy on each
Solve ten short design-scenario prompts by sketching a parti and writing a 60-word justification for each
Build a personal checklist linking each composition principle to a scoring criterion you can self-apply
Your checkpoint
A 12-page sketch-and-annotation workbook containing six redrawn plan types, ten parti solutions with written justifications, and the one-page concept tree
Architectural Design and Spatial Composition & Architectural Drawing, Graphic Representation, and Digital Tools
Convert three of last week's parti sketches into scaled plans and one section each, keeping line weights and annotation legible
Practice hand-lettering dimension strings and room labels to a consistent drafting standard for 45 minutes daily
Compare hand drafting and CAD output for the same small plan and list the conventions each must preserve
Draft a 150-word design-intent statement for one scheme that names composition moves explicitly
Your checkpoint
One complete hand-drafted sheet (plan, section, notes, dimension strings) for a small building plus a written design-intent statement
Building Technology, Structures, and Construction Materials
Assemble a material-property reference table for concrete, steel, brick, stone, timber, and gypsum board covering strength, thermal behavior, and typical use
Classify structural systems (moment frame, braced frame, shear wall, load-bearing masonry, space frame) and match each to a building type
Trace load paths on three simple plans and mark where lateral resistance is provided
Solve fifteen numeric problems on span-to-depth ratios, section modulus, and simple beam reactions
Your checkpoint
A two-page structural and materials cheat sheet plus a worked problem set of fifteen solved numeric exercises with load-path diagrams
Building Technology, Structures, and Construction Materials & Building Services and Environmental Systems (mechanical, electrical, plumbing)
Diagram HVAC, plumbing, and electrical distribution schematics for a mid-rise building and identify shaft and ceiling-void requirements
Calculate required lighting levels and egress illumination for four room types from standard Illuminance targets
Size a simple drainage stack and water supply branch using standard fixture-unit methods
Locate coordination conflicts between structural and service zones on one section and propose resolutions
Your checkpoint
A coordinated building section overlay showing structure, ducts, pipes, and conduit with a written conflict-resolution log of at least five items
Building Codes, Regulations, and Professional Practice
Outline the code-review sequence for a typical project from zoning envelope through occupancy and egress
Compute occupant load, required egress width, and travel distance for three building scenarios
Summarize professional-practice duties: contracts, liability, supervision stages, and permit documentation
Draft a one-page compliance checklist covering fire, accessibility, and envelope limits
Your checkpoint
A completed mock code-compliance report for one building with occupant-load calculations, egress widths, and a signed-off checklist
Urban Design and Site Planning & Climatology and Sustainable/Low-Energy Design
Analyze three site plans for orientation, access, setbacks, and open-space hierarchy, and redraw each diagrammatically
Apply climate-responsive strategies (shading, massing, courtyard, wind orientation) to one site and justify each choice in writing
Estimate the effect of orientation and glazing ratio on cooling load using a simplified method
Compare two massing options for the same plot on solar exposure and pedestrian access
Your checkpoint
A site-and-climate analysis board with three site diagrams, one climate-responsive massing proposal, and a comparative written evaluation of two options
History of Iranian and Islamic Architecture & History of World Architecture and Architectural Theory
Build a timeline of Iranian architectural periods with one signature building and one construction technique per period
Identify the structural and spatial logic of the courtyard house, ivan, dome chamber, and wind catcher, and sketch each
Summarize major world movements from classical through modernism with one defining principle and example each
Write comparative notes linking two Iranian precedents to two contemporary design strategies
Your checkpoint
A two-page illustrated timeline (Iranian and world) with twelve annotated precedent sketches and comparative notes
Architectural Drawing, Graphic Representation, and Digital Tools & Architectural Design and Spatial Composition
Complete two full timed mock exams under exam conditions and log every error by domain
Re-drill the three weakest domains using the error log until each error type is resolved once
Produce one polished presentation sheet combining plan, section, and diagram for a single scheme
Write a final one-page summary of recurring pitfalls and personal rules to apply on exam day
Your checkpoint
Two scored mock exams with a categorized error log, one polished presentation sheet, and a one-page personal exam-day rule sheet
Milestones
Week 2: Can sketch a correct parti and produce a scaled plan-section sheet for a small building within 90 minutes without references
Week 4: Scores at least 70% on a self-made structural and services quiz of 30 items, and can trace a full load path and service route on one section
Week 6: Completes a mock code-compliance report and a site-climate board within the week's time budget with no unresolved calculation gaps
Week 8: Both timed mock exams scored and error log shows no domain below 60%, with a written plan for the remaining weak areas