*Please view Assignment Brief Drawings, DCP and Table in the attached files* You work for 2023 Property Developers Ltd, and your task is to provide advice to Dr Mary Hardie, Dr. Laura Almeida, and Dr.

REVIEW NOTES BLDG1011 PROPERTY BUILDING 1. Examination /Assignment 3 • Take home assignment • Submission in 2 weeks, on the 12th of June 202 3 at 11.59pm • Long answer questions • Calculation • IMPORTANT: o There are 5 questions. In question 3 there are 3 options. Answer one ONLY. Question 4 has sub -questions (i.e. a)) o Use the time in your tutorials to answer the questions. Spend approximately 30 minutes on a question o The questions will be drawn from the M odule notes , Self -Assessment Questions and Lecture notes o Be sure to add sketches whenever a q uestion require s (free hand drawing is allowed ). 2. Lectures and Modules Questions are drawn from the following modules. READ these modules and lecture notes with reference to these KEY points . Module 1 and Lecture Notes (Week 1): ➢ Passive Solar Design Passive Solar Design principles can be broken down under the following headings: 1 Design for climate 2 Orientation and shading 3 Building Envelope and Fenestration 4 Thermal Mass 5 Ventilation , Passive cooling and heating, and Zoning 6 Insulation and condensation (thermal bridges) 7 Landscaping 8 Daylighting ➢ Site Analysis and Evaluation – Local climate – Planning controls – Available utilities – Community services – Size, orientation and slope – Microclimate, aspect and prospect – Existing vegetation – Rare or endangered species – Site geology – Site drainage patterns – Potential hazards Potential development of surrounding area Module 2 and Lecture Notes (Week 2): ➢ Types of standard contract ➢ Key information in Construction Contract ➢ Insurance s and licencing ➢ Dispute Resolution ➢ Historic housing styles Module 3 and Lecture Notes (Week 3): ➢ Regulations ➢ Surveying ➢ Land titles ➢ LEPs and DCPs ➢ Australian Standards for residential buildings Module 5 and Lecture Notes (Week 5): ➢ Foundations vs Footings ➢ Functions of Foundation in Construction ➢ Soil Classification and Grading ➢ Civil works for residential building Module 6 and Lecture Notes (Week 6): ➢ Types of Footings (with sketches) ➢ Footing selection ➢ The advantages and disadvantages of Concrete footings ➢ Concrete and Concrete testing ➢ Damp proofing Modu le 7 and Lecture Notes (Week 7): ➢ Timber framing standards/Code ➢ AS1684 Span, Spacing and Continuous Span ➢ Wall framing ➢ Floor framing ➢ Bracing and Fixings ➢ Termites control in timber frames Module 9 and Lecture Notes (Week 9): ➢ Roof Shapes: Hip / Traditional / Gable / Skillion / Flat / Dutch Gable ➢ Coupled roof framing members ( Figure in Assignment 2) ➢ Trussed roofs ➢ Roof claddings: Sheet Roofing/ Tiled Roofing Module 10 and Lecture Notes (Week 10): ➢ Cladding ➢ Brick Veneer Construction : Benefits/Advantages ➢ Types of brick bonds and joints ➢ Cavity brick construction (Advantages/Benefits) ➢ Thermal bridging Module 1 1 and Lecture Notes (Week 1 1): ➢ Services ➢ Potable water and water efficiency ➢ Sanitary drainage and plumbing ➢ Electricity ➢ Gas Module 1 2 and Lecture Notes (Week 1 2): ➢ Fit -out: walls, ceilings, and floors ➢ Dry area construction ➢ Windows and doors ➢ Waterproofing Module 1 3 and Lecture Notes (Week 1 3): ➢ Internal finishes, wall and floor tiling ➢ Natural, synthetic and engineered materials and finishes ➢ External finishes : Trims and Balustrades ➢ Hard and soft l andscaping Module 14 and Lecture Notes (Week 14): ➢ Hazardous conditions or situations in Australia ➢ Alternative construction methods/techniques ➢ Defects or faults that occur in residential buildings IMPORTANT : FOR SAMPLE QUESTIONS ON THE ABOVE MODULES AND LECTURE NOTES REFER TO THE SELF -ASSESSMENT QUESTIONS