SARC 321 Construction (Te Mahi Waihanga) Assignment 3: Envelope 2026 | VUW

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Published: 13 Oct, 2026

Category	Assignment	Subject	Engineering
University		Module Title	SARC 321 Construction (Te Mahi Waihanga)

SARC 321 Construction Assignment 3 (2026): Building Envelope, Project Management and Carbon Analysis

Course Code	SARC 321 Construction (Te Mahi Waihanga)
University	Victoria University of Wellington (Te Herenga Waka)
Assessment	Assignment 3: Envelope (team project, individual submission)
Weighting	35% of the overall grade
Due	8 pm, Friday 16 October 2026
Streams	Architecture (envelope drawings), Building Science option 1 (project management), Building Science option 2 (sustainable engineering systems / LCA)

SARC 321 Assignment 3 continues the tall-building project from Assignments 1 and 2 and moves on to the building envelope. Architecture students document the envelope for their part of the building, while Building Science students either plan the construction of the whole building (Gantt chart, assumptions report and site logistics plan) or carry out a whole-building lifecycle carbon analysis with two lower-carbon variants.

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1.0 Introduction and Task

As a team, take the tall building whose structure and core you designed in Assignments 1 and 2 and develop the envelope. Each student continues with the same area of the building (offices, apartments, or retail/hospitality). High-rise envelopes often combine several systems for different functions, so the team must take a coordinated approach so that the overall envelope has a unified, coherent design. The exercise demonstrates understanding of high-rise envelope elements and materials through drawing, project planning and carbon analysis.

1.2 Architecture students

Design and produce construction drawings of the envelope for your part of the building, coordinated with the floors above and below.

1.3 Building Science option 1: Project Management

Plan the construction of the whole building for your team and produce a professional and informative construction schedule, site logistics plan and assumptions report.

Start from your Assignment 1 project plan and add core works, services installation, base-build interior works (not fit-out) and the building envelope.
Identify the critical path clearly and make sure not all activities are on it.
Plan for multiple activities happening at the same time with different work teams and/or locations.
Present the Gantt chart in a readable format, for example a summary sheet followed by more detailed sheets for periods of the plan.

1.4 Building Science option 2: Sustainable Engineering Systems

Undertake a lifecycle carbon analysis (LCA) of the whole building and give professional advice on its carbon footprint.
Benchmark the baseline design against the BRANZ/Massey carbon budget for offices and the LETI targets for upfront and life-cycle embodied carbon.
Propose and analyse two architectural variants (not building services) that reduce upfront embodied carbon (Module A), benchmark them, compare pros and cons and recommend a preferred variant.
Use the MBIE whole-of-life embodied carbon methodology with a 60-year study period, and BRANZ LCAQuick.

1.5 Collaboration and coordination

Architectural drawings, project planning and building performance reports must all be coordinated and represent the same building design and construction.

2.0 Scope and Drawing Requirements

The assignment covers the building envelope on the elevations only, not the roof.
Drawings must show grids, levels, section lines, detail callouts, materials, fixings and finishes, with correct line weights and annotation.
Plan the performance strategy: where the control layers (water, air, vapour, thermal) sit, which materials perform each function and how thermal bridging is avoided.
Construction details at 1:5 (or 1:10 with tutor permission) for two envelope design areas, plus a construction-sequence sheet with at least four steps.

3.0 Tools

Architecture: Revit or Archicad only, printed to PDF with no post-production.
Project management: the same planning software as Assignment 1; any suitable software for the assumptions report and site logistics plan, combined into one document.
Sustainable engineering systems: BRANZ LCAQuick (other tools by agreement).

4.0 Deliverables

Upload one PDF per student to Nuku (StudentIDNumber_Surname_Firstname_SARC321_Assign3.pdf). All team members use the same cover sheet.

Architecture students (office, apartment or retail/hospitality level)

Cover sheet with student details, 3D visualisation of the whole building, drawing/document schedule with authors and a generative AI statement
Full building elevation (1:100 or 1:200)
Enlarged floor plan, cross-section and elevation of the envelope (1:10 or 1:20)
Control layer cross-section colouring and annotating each control layer
Details A and B at 1:5 (plan, section and 3D) with control layers and thermal bridging identified
Construction sequence sheet and a 3D render of the envelope in context

Building Science option 1: Project Management (A3 project planning document)

Cover sheet (as above)
Project plan: a Gantt chart setting out the construction of all elements of the whole building, starting from the corrected Assignment 1 Gantt chart, with clearly labelled activities
Assumptions report (two sheets maximum): key points and calculations on timescales, sequences, processes and materials, with graphs, diagrams and illustrations
Site logistics plan (1:200 or 1:500): an annotated site plan linked to the project plan with a graphical key, showing at least critical safety measures, deliveries, materials storage, crane locations and site facilities

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Working on SARC 321 Construction Assignment 3 at Victoria University of Wellington? This assessment covers construction planning, building envelope design and sustainable building performance, depending on your chosen study option. Workingment provides assignment help for NZ students, helping you understand assessment requirements, organise technical information, and present your work clearly. Whether your task involves envelope construction drawings, Gantt charts, site logistics or lifecycle carbon analysis, you can get guidance tailored to your assignment requirements. Our Construction Management Assignment Help and Engineering Assignment Examples can also help you understand report structure, explain technical decisions, and present project findings effectively.

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SARC 321 Construction (Te Mahi Waihanga) Assignment 3: Envelope 2026 | VUW

SARC 321 Construction Assignment 3 (2026): Building Envelope, Project Management and Carbon Analysis