ARCHLOGBOOK
GabrielChek.com
  • Start Here
  • 01 - Industry Basics
    • What do Architects really do?
    • Fresh Grad to Architect
    • Understanding how the Industry works
    • Parties Involved
    • Design Process in Practice
    • Working with Consultants
    • Working with Clients
    • Working with Contractors
    • Working with Project Briefs
    • Design & Coordination Basics
    • Specialist Design Items
    • What is Good Building Design?
    • Drawings & Specifications
    • Drafting / BIM conventions
    • Gridlines & Dimensions
    • Plans
    • Sections
    • Elevations
    • Annotation Basics: Plans, Sections & Elevations
    • Hatches
    • Types of Architectural Practices
    • Software & Tools for Architects
    • Building Construction Technologies
    • Parametric Design in Architecture
    • Parametric Design in Construction
    • Future of Archi Practice / AI in the BE Industry
    • Social Architecture
    • Conservation / Adaptive Reuse
    • Additions & Alterations
    • Building Compliance Basics
    • Communication & Negotiation
    • Salary & Career Progression Tips
    • Getting Licensed
  • 02 - Site Planning & Building Design Concepts
    • Feasibility Studies
    • Site Planning & Analysis
    • Concept Design
    • Design Methods
    • Parti Diagrams
    • Anthropometry
    • Program & Circulation
    • Planning Parameters
    • Massing & Orientation
    • Building Height & Coverage
    • Clear Width & Heights
    • Floor Levels
    • Slope Gradients
    • Floorplate Efficiency
    • Natural vs Mechanical Ventilation
    • Driveway Design
    • Lighting (Daylighting vs Artificial)
    • Designing for Fire Safety
    • Sustainable Design
  • 03 - Building Components, Materials & Specifications
    • Overview of Building Materials, Components & Systems
    • Overview of Finishes in Building Materials
    • Tile Types and Design Considerations
    • Types of Walls and Wall Systems
  • 04 - Building Project & Contract Administration
    • Overview of Contract Administration
    • Tender Process for a Measurement Contract
    • Project Management for Young Architects: From Design to Completion
  • Singapore Building Codes & Guides
  • Contract Types (Singapore)
  • Calculators
  • Resources
  • Architecture Siol! Podcast
  • GabrielChek.com
  • Contact
  • Content Feedback & Contributions
  • Sponsorship / Donations
Powered by GitBook
On this page
  • 1) Understand the Context
  • 2) Obtain Existing Topographical / Survey Plan
  • 3) Test Out Massing and Layout
  • 4) Accessibility
  • 5) Aesthetics and Visual Appeal

Was this helpful?

  1. 02 - Site Planning & Building Design Concepts

Site Planning & Analysis

How to start and things to consider

Here's a short summary on how an architect should approach site analysis and site layout planning:

1) Understand the Context

Begin by comprehending the site's physical, historical, cultural, and environmental context. This includes factors like climate, topography, neighboring structures, underground services, nearby infrastructure (roads, footpaths, bus stops) and local regulations (setbacks and buffers). Take photos for easy reference.

2) Obtain Existing Topographical / Survey Plan

Appoint a registered surveyor to come up with the topographical survey plan to document existing features, such as roads, trees, soil conditions, utilities, neighbouring buildings and any restrictions that may affect the design. This plan should be in CAD and adjusted to SVY21 format for accurate siting of your buildings and ease of coordination. Do check for the site boundary line and ensure all coordinates (northings and eastings) are indicated in the survey plan.

3) Test Out Massing and Layout

Familiarize yourself with local planning laws and building codes. Ensure that your design complies with these regulations.

Plan the site's layout- start to position your buildings and driveways, considering factors like circulation, parking, landscaping, and outdoor spaces. Prioritize efficiency and accessibility. Orientate building fenestrations away from west to reduce solar heat gain in your buildings.

4) Accessibility

Prioritize accessibility by considering access points, clear wayfinding/pathways for all users (vehicles and pedestrians). Do consider connectivity to various transport nodes such as bus stops, cycling paths and train stations. Also consider public and private access points.

5) Aesthetics and Visual Appeal

Pay attention to aesthetics and visual harmony. Create a coherent design that complements the surroundings and enhances the site's beauty. Have a dialogue with the urban context.

Different site, different approach.

Remember that every site is unique, and the approach to site analysis and layout planning should be tailored to the specific characteristics and requirements of each project.

By following these best practices, architects can create innovative, functional, and sustainable spaces that enrich the built environment.

PreviousFeasibility StudiesNextConcept Design

Last updated 4 months ago

Was this helpful?