Assignment 3: Construction Documentation Report

Construction and Structure 2

Brief

For the third and final assignment you are going to further develop the model you made for assignment 2 and present the developed digital model as a coherent set of structural drawings. You will be including the retaining wall, stairs and further resolving the balcony.

General

• All drawings are to be clear, neat and have a title block
• Use line weights to make drawings more legible
• Ensure drawings are neatly annotated and building components including supplier are mentioned
• Provide grids, section markers and detail markers
• Dimension each drawing as required

Drawings at 1:50

• Axonometric view showing elevation 1 and 2 (no annotations required)
• Axonometric view showing elevation 3 and 4 (no annotations required)
• Ground floor plan
• First Floor plan
• Roof plan
• Long section not through stair looking in one direction
• Long section through stair looking in other direction
• Short section not through stair looking in one direction
• Short section through stair looking in other direction

Details

12 details in total.
These are to be of the roof/ wall junction, first floor/ wall junction and ground floor/ wall junction on each side of the one short and one long section.
Draw all the details so the relationships between each detail can be seen as per the example drawing below. The sample drawing consists thus of six details.

Preamble

As recent graduates it is likely you will start working for someone else and will need to be able to develop sketches and designs that are not yet completely resolved. In fact, these sketches are often not great, and your job is to make them not only work but create interesting pieces of architecture.

In some offices, particularly if working on competition entries, multiple options are often developed using different shapes and material configurations. In this assessment each student will be allocated a specific grid configuration and an outline of the materials/ technology they are to use. Each student is to develop the design making the necessary amendments to make it better and comply with appropriate standards/methods of construction.

Brief summary of Assessment Requirements

• Objective: Develop the digital model created in Assignment 2 into a coherent set of structural drawings and construction details suitable for handover.
• Presentation standards: All drawings must be clear and neat, use appropriate line weights, include a title block, grids, section & detail markers, supplier notes and dimensions.
• Scale & format: Drawings at 1:50.
• Mandatory drawing set:
  • Axonometric (elevations 1 & 2) — no annotations required
  • Axonometric (elevations 3 & 4) — no annotations required
  • Ground floor plan
  • First floor plan
  • Roof plan
  • Long section (not through stair) — looking one direction
  • Long section (through stair) — looking opposite direction
  • Short section (not through stair) — one direction
  • Short section (through stair) — other direction
• Details: 12 construction details total — roof/wall, first-floor/wall and ground-floor/wall junctions on each side of one chosen long and one chosen short section (drawn so relationships are clearly visible).
• Design scope additions: Include retaining wall, stairs, and resolve the balcony design (structure and connections).
• Deliverable expectations: Annotated, dimensioned drawings with supplier/manufacturer references and readable, professional presentation suitable for coordination with consultants or a builder.

How the Academic Mentor guided the student step-by-step process

1. Brief review & objective-setting

   • Mentor started by clarifying the brief: required drawings, detail count, scales and particular elements to be resolved (retaining wall, stairs, balcony).

   • Agreed on the target audience for the drawings (contractor/structural consultant) and scope of information required.

2. Model audit and grid confirmation

   • Checked Assignment 2 model for geometry, levels, and the assigned grid configuration.

   • Confirmed material/technology constraints provided in the brief and confirmed building component suppliers to be referenced.

3. Structural strategy & design resolution

   • Mentored the student to choose structural systems for floors, balcony support and stair (e.g., steel frame, reinforced concrete, or timber framing depending on brief).

   • Resolved retaining wall geometry and load paths, ensuring drainage and foundation details were considered.

4. Digital model update

   • Updated the digital model (BIM/CAD) to incorporate the resolved structural elements — stair volumes, balcony fixings, retaining-wall sections and roof/wall junctions.

   • Ensured model levels and gridlines matched the drawing templates.

5. Drawing template & graphic standards

   • Set up title blocks, standard line weights, layer conventions and annotation styles so every drawing is legible and consistent.

   • Created dimension styles and schedules (materials/suppliers) to include on relevant sheets.

6. Produce plans, sections and axonometrics

   • Produced ground/first/roof plans with structural element notation and dimensions.
   • Produced long and short sections (through and not-through stair) showing relationships between levels and stair construction.

   • Generated axonometric views for quick visual context.

7. Develop the 12 construction details

   • Located detail callouts along the chosen long and short sections.
   • Drew each roof/wall, first floor/wall and ground floor/wall junction with sufficient resolution to show interfaces, fixings, insulation, membranes, flashings, and supplier items.
   • Arranged details so their inter-relationships are evident (matching reference marks and scale).

8. Annotation, supplier references and schedules

   • Annotated drawings with component names, supplier/manufacturer references, and material callouts.

   • Compiled a simple materials/suppliers list or BOM linked to the drawings.

9. Quality control & iteration

   • Mentor ran a checklist review: title blocks, scales, line-weight hierarchy, grid/section markers, completeness of dimensions, clarity of detail relationships, and constructability checks.

   • Student iterated based on feedback until drawings met the brief.

10. Final packaging & submission

    • Assembled the drawing set in correct order, exported PDFs at correct sheet size and prepared any required supporting notes for submission.

Outcome Achieved

• Completed drawing package at 1:50 including plans, sections, axonometrics and the full set of 12 details.
• Resolved structural elements: retaining wall design, stair configuration and fixings, and balcony structural and connection details.
• Consistent documentation: title blocks, line weights, annotation standards, grid & section markers, supplier references and dimensions.
• Constructability focus: details show clear load paths, weathering and interface treatment, and are organized so a builder or structural engineer can follow construction intent.

Learning objectives covered

• Translate an unresolved conceptual/sketch model into coherent construction documentation.
• Produce legible technical drawings using appropriate graphic standards (line weights, title blocks, annotation).
• Resolve and detail critical building junctions (roof/wall, floor/wall, ground/wall) for buildability and moisture/weather control.
• Demonstrate structural thinking: load paths, support for balconies and stairs, and retaining-wall restraint.
• Coordinate model-to-drawing workflows (BIM/CAD updates → drawing extraction → detailing).
• Communicate effectively with trades and suppliers via schedules, supplier notes and clear detailing.

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