Amogh N P
 In loving memory of Amogh N P — Architect · Designer · Visionary 
An architecture design jury — students presenting pinned-up boards and a detailed building model to a seated panel: a comprehensive design defended at the crit.
Unit VArchitectural Design VI

Design Development & Presentation

Resolving the scheme to buildable depth, and defending it at the jury.

≈ 45 min + studio task

Schematic design proves the idea works in principle; design development proves it works in resolution — dimensions firm up, the grid is real, the section is coordinated with structure and services, and details begin. The discipline is coherence: a change in plan must reflect in section and elevation the same day. Learn the comprehensive drawing set, how to use models as instruments of design, how to build and defend a design narrative, and how to self-critique before the jury. The real deliverable is a demonstrated process, not a pretty board.

Learning objectives

By the end of this lesson, you will be able to — mapped to the course outcomes for Architectural Design VI:

1
CO5 · Create

Develop the scheme to design-development depth with plan/section/elevation coherence.

2
CO5 · Create

Produce the comprehensive drawing set and the model that answers the hardest question.

3
CO5 · Create

Build and present a design narrative and compose boards as a left-to-right argument.

4
CO6 · Evaluate

Anticipate hard questions, defend with reasoning, and self-critique before the jury.

Coherence to buildable depth

Developing the design

Work plan and section together — the section is where integration is resolved — and produce the comprehensive set and the model that answers your hardest question.[1, 4]

One building, three drawings plan section elevation column lines & openings align across all three If plan, section and elevation describe different buildings, the scheme is not resolved. Reconcile the same day.
DiagramPlan, section and elevation that describe one coherent building — column lines and openings align across all three

From idea to buildable

Design development proves the scheme works in RESOLUTION — dimensions firm up, the grid is real, wall thicknesses and finishes are decided, the section is coordinated with structure and services, stairs and lifts are dimensionally correct, details begin. You stop drawing single-line diagrams and start drawing buildings that could be built. The discipline is coherence: a change in plan must reflect in section and elevation the same day.[1]

The comprehensive set site plan floor plans sections elevations key details 3D / model title · scale· north · dimensions A coherent argument, not a pile of sheets — at least one section through the main public volume.
DiagramThe comprehensive drawing set — site plan, floor plans, sections, elevations, details and 3D views
Present, defend, self-critique

The narrative & the jury

Lead with the concept, name trade-offs honestly, have the hard answers drawn — and run your own crit before the panel does.[2, 3, 5]

The board as a left-to-right argument conceptproblem + parti site+ massing programme+ plans section+ integration experience3D / model lead with the concept · name trade-offs honestly · have the hard answers drawn The real deliverable is a demonstrated process — judgement under constraint, not a lucky final image.
DiagramThe design narrative as a left-to-right argument — concept, site, programme, integration and experience

Lead with why

The jury must understand WHY, not just what. Build a clear narrative: the problem statement (Unit I) → the site/urban response (Unit II) → the parti and how program generated it (Unit III) → how structure/services/code were integrated (Unit IV) → how the experience resolves. Lead with the concept, then show how every major decision serves it. Honestly naming a trade-off reads as mature judgement; pretending there were none reads as naïve.[2, 5]

Interactive

Self-assess before the jury

Rate your scheme on the six things Design VI is graded on — concept, site, program, integration, accessibility and resolution — and see where it stands.

Self-assess your scheme

60/100

Concept & parti · weight 203/5

A clear organising idea generated by program + site (not an imposed shape).

Site & urban response · weight 203/5

Reads the context (figure-ground, edges, approach) and responds with a reasoned massing.

Programme & zoning · weight 153/5

Public/private/service zoning, circulation for crowds, served/servant discipline.

Technical integration · weight 203/5

Structure, services and NBC fire/egress woven in — not bolted on after.

Universal accessibility · weight 103/5

A continuous accessible route; ramp 1:12, 1500 mm turns, accessible lifts/WCs.

Resolution & presentation · weight 153/5

Plan/section/elevation cohere; comprehensive set; a defended design narrative.

Nearly there — tighten the weak criteria below.

The deliverable is a demonstrated process — judgement under constraint, not a lucky final image.

Schematic vs design development

At a glance

AspectSchematicDesign development
Drawing styleSchematic: single-line diagramsDD: dimensioned, real wall thickness
StructureSchematic: grid impliedDD: grid sized, members real, section coordinated
ServicesSchematic: cores locatedDD: shafts, plant, plenum drawn and reconciled
SectionSchematic: conceptualDD: resolved with structure + services + daylight
Test of successSchematic: idea works in principleDD: coherent and could be built
Vocabulary

Key terms

Design development (DD)

The stage that resolves the scheme to buildable, dimensioned, coordinated depth.

Comprehensive set

The full coordinated suite of site plan, plans, sections, elevations, details and 3D.

Design narrative

The structured 'why' account presented and defended at the jury.

Coherence

Internal consistency so plan, section and elevation describe one building.

Crit / jury

The panel review where the scheme is presented, questioned and defended.

Parti (revisited)

The organising diagram the whole comprehensive set must still legibly express.

Apply it

Studio task

Take your scheme to design-development depth and assemble the comprehensive set (site plan, all floor plans, ≥2 sections with one through the main public volume, elevations, key details, 3D). Write a one-page design narrative leading with the concept and naming one honest trade-off, and list the four hard questions a jury will ask — with the drawn answer to each. Then self-assess with the rubric above.

Check your understanding

Self-assessment

1. The most reliable place to RESOLVE structure, services and daylight together is the —

2. A strong design narrative at the jury —

3. The real deliverable of Design VI is —

In a nutshell

Recap

Design development resolves the scheme to buildable depth — coherence across every drawing is graded.
Work plan and section together; the section is where structure, services and daylight are actually resolved.
Produce the comprehensive set (site/plans/sections/elevations/details/3D) and the model that answers the hardest question.
Build a design narrative that leads with the concept and honestly names trade-offs; compose boards as a left-to-right argument.
Anticipate the hard questions and self-critique before the jury — the deliverable is a demonstrated process, not a pretty board.
The evidence

References & further reading

  1. [1]Francis D.K. Ching, Architectural Graphics; Design Drawing (conventions, section, composition).
  2. [2]Edward T. White, Presentation Strategies in Architecture (board composition and narrative).
  3. [3]Bryan Lawson, How Designers Think (design process, iteration and judgement).
  4. [4]Time-Saver Standards / NBC presentation norms (set completeness and drawing conventions).
  5. [5]William Peña & Steven Parshall, Problem Seeking (closing the loop: problem statement → defended solution).

Further reading

  • Ching — Architectural Graphics; Design Drawing.
  • Bryan Lawson — How Designers Think.
  • Edward T. White — Presentation Strategies in Architecture.

Sources gathered and fact-checked June 2026. Published values vary by source, sample and method — treat as indicative and confirm against the cited standard before structural use.