Where does the building face?
Sun, wind, views and street relationship can all depend on orientation.
Side 23
Architecture
A study of how space is organized for human use. Architecture connects site, program, circulation, structure, material, climate, light and meaning into built form that people must actually inhabit.
site→program→space→structure→experience
06design layers
05spatial questions
06material forces
23Side
Architecture starts before the building.
A site brings orientation, climate, topography, access, neighboring conditions, regulation and history into the design problem.
How does ground shape form?
Slope affects drainage, structure, accessibility, entry and visual presence.
How do people and goods arrive?
Pedestrian, vehicle, service and emergency paths often impose different spatial demands.
What surrounds the site?
Scale, setback, noise, heritage and adjacent uses influence what the building can and should do.
What environmental forces recur?
Heat, cold, humidity, precipitation and solar exposure shape envelope and comfort strategies.
What rules bound possibility?
Zoning, code, accessibility and life-safety requirements define a large part of the feasible design space.
Program is a relationship map, not a room list.
Design begins to take shape when activities, adjacencies, privacy, timing and movement are translated into spatial relationships.
What happens here?
Work, rest, gather, serve, store?
Activities imply dimensions, equipment, acoustics and levels of access.
What must be near what?
Which relationships save movement?
Adjacency diagrams expose functional relationships before form hardens.
In what order is space encountered?
Entry → threshold → destination?
Architecture is experienced through movement and transition, not from one static viewpoint.
Which spaces dominate?
Public, private, service, ceremonial?
Size, position, light and access can communicate relative importance.
How do paths organize the whole?
Linear, loop, hub, grid?
Circulation consumes area but also creates orientation, encounter and separation.
Form changes behavior by changing possibility.
Spatial organization shapes visibility, encounter, privacy, movement and perception even before any explicit rule is stated.
What is enclosed or separated?
Walls, level changes, screens and thresholds create different degrees of closure.
Where does one condition become another?
Doors, vestibules, courtyards and stairs can make transition itself an architectural event.
How does size relate to the body?
Ceiling height, span and enclosure affect intimacy, monumentality and orientation.
Where does movement or attention align?
Axes can organize approach, symmetry, view and sequence.
What can be seen from here?
Views can orient occupants, reveal destinations or create social exposure.
Where can the body withdraw?
Edges, alcoves and lower-exposure zones often provide comfort unavailable in completely open space.
Buildings stand because forces find paths to ground.
Structure and material are not post-design technical layers; they shape span, rhythm, thickness, texture and feasible form.
Structural actions
Compression
Pushes material together.
Columns, walls and arches can carry compressive loads efficiently.
Tension
Pulls material apart.
Cables, rods and reinforcement exploit materials strong in tension.
Bending
Combines tension and compression.
Beams and slabs resist loads through internal stress distributions.
Material logics
Concrete
Mass + moldability.
Strong in compression and commonly reinforced where tension must be carried.
Steel
Strength + slenderness.
High strength enables long spans, light frames and prefabricated connection systems.
Timber
Directional biological material.
Wood combines lightness, workability and renewable sourcing with moisture and fire design constraints.
Structural habitload → element → connection → support → foundation → ground
Comfort is partly architectural before it is mechanical.
Envelope, orientation and spatial form influence light, heat, air and acoustic conditions long before equipment is added.
Daylight
Openings bring illumination while also introducing glare, solar gain and privacy trade-offs.
Shade
Overhangs, screens and surrounding form can admit winter sun while limiting unwanted summer gain.
Ventilation
Pressure differences, opening placement and stack effect can move air naturally where climate permits.
Thermal mass
Heavy materials can slow temperature swings by storing and releasing heat.
Envelope
Insulation, air control, water management and thermal bridging determine much of building performance.
Acoustics
Geometry, absorption, isolation and reverberation influence whether spaces support speech, privacy or music.
Read a building as a system of decisions.
Instead of asking whether a building is beautiful, reconstruct the problem it appears to be solving.
Start outside.
Where is the approach? What does the building reveal or conceal? How does it meet ground, street, landscape and neighboring scale?
Trace one journey.
Follow entry to destination. Note thresholds, turns, compression, expansion, views and moments where orientation becomes clear or confusing.
Find the structural rhythm.
Look for column spacing, wall thickness, spans and repeated modules. Ask where structure controls space and where it disappears from view.
Watch light over time.
Observe where daylight enters, how deep it penetrates, what it highlights and whether the same room changes character through the day.
Form, Space, and OrderFrancis D.K. Ching · spatial fundamentals
Architecture: Form, Space & Ordervisual grammar of built form
Complexity and Contradiction in ArchitectureRobert Venturi · formal complexity
A Pattern LanguageAlexander et al. · recurring spatial patterns