Architecture posters
LearnPosters has 100 free printable architecture posters, grouped into 7 topics: Design method, History & theory, Structure, Environmental design, Construction technology. Design method, history, structure and the technical drawing behind them. They are made for undergraduates, professionals and anyone revising the subject. Every one downloads as a vector PDF that prints sharp on US Letter, A4 or a copy-shop A1.
What an architecture studio assumes you know: precedent, proportion, structure, environment and how to represent an idea so others can build it.
100 free printable posters · 7 topics · vector PDF
Design method
Concept, precedent, iteration and critique.
The Design Process
The loop a studio project actually runs on, from brief to presentation.
The Concept Diagram
What a concept diagram has to do, and the four ways they usually fail.
Precedent Study
How to study a building so it changes your project rather than decorating it.
Site Analysis
What to record on a site, sorted into what you can measure and what you must judge.
Reading the Brief
How to turn a client's wish list into a schedule you can plan from.
The Parti
The organising idea of a plan, and the handful of forms it usually takes.
Massing Studies
Working out the size and shape of a building before you know its rooms.
Circulation
The routes through a building, and the choices that follow from picking one.
Programme and Adjacency
Turning a schedule of rooms into a plan, adjacency before geometry.
The Crit
How to present work for review, and how to use what comes back.
Iteration
Why the second scheme beats the first, and how to keep options apart.
Thinking by Drawing
Why architects sketch, and which drawing to reach for at which moment.
Human Dimensions
The dimensions a plan is built from, in millimetres, learnt by heart.
Constraints as Generators
The limits on a project, and why the tight ones usually produce the better building.
The Portfolio
What a portfolio has to prove, and the order that proves it fastest.
History & theory
Movements, canonical buildings and ideas.
The Classical Orders
The five orders, their proportions, and the text each one comes down to us through.
Gothic
The three structural inventions that let Gothic churches be tall, thin and glazed.
Renaissance
The recovery of classical rule, and the four figures who wrote it down.
Baroque
What Baroque did to the classical language it inherited, and why.
Iron and Glass
What engineers built in the nineteenth century while architects argued about style.
Modernism
Modernism's core claims, and the buildings that stated each one.
The Chicago Frame
How the steel frame and the elevator produced the tall building.
The Five Points
Le Corbusier, 1927: what reinforced concrete makes possible.
The International Style
A term invented by curators in 1932, and the three rules they said it followed.
Brutalism
What the word meant, what it argued for, and what it means now.
Postmodernism
The case against modernism made from inside architecture, and what it proposed.
Deconstructivism
A 1988 exhibition label for work that broke the box, and what it was reacting to.
Critical Regionalism
A position that refuses both placeless modernism and nostalgic pastiche.
Buildings to Know
Ten buildings a studio conversation assumes you can already picture.
What Each Movement Opposed
Every movement in the syllabus, stated as what it was arguing against.
Structure
Load paths, spans and systems for architects.
Following the Load
How every load finds its way to the ground, and where architects break the chain.
Choosing a Span System
Which structural system suits which span, as a first move in early design.
Span-to-Depth Rules
The rule-of-thumb depths that let you draw a section before an engineer sizes it.
The Column Grid
Why the grid is set early, and the dimensions that other things quietly force on it.
Compression and Tension
Which materials take which force, and the shapes that follow from it.
How a Beam Works
What happens inside a beam under load, in the terms you need at the section stage.
Arches, Vaults and Domes
How curved masonry stands up, and what it does to the walls.
Trusses
Why triangles span further than beams, and the patterns to recognise.
Lateral Stability
Why a building needs to resist sideways load, and the three ways it usually does.
Cantilevers
What a cantilever costs, in depth, in backspan and in the detailing behind it.
Long Span Structures
The systems that cross a hall or a stadium, and what each demands.
Tall Building Structure
Which system suits which height, and why slenderness beats height.
Choosing a Foundation
Which foundation suits which ground and load, at an architect's level.
Structural Materials Compared
Concrete, steel, timber and masonry, on the points that drive a scheme choice.
Environmental design
Light, heat, ventilation and orientation.
Sun Path
Where the sun is, at your latitude, on the days that matter for design.
Orientation
What each facade gets from the sun, and which one causes the trouble.
Daylight
How daylight is measured, the old rule of thumb, and the standard that replaced it.
Shading Devices
Which shading device suits which facade, and why sun angle decides.
Thermal Mass
What heavy construction does to indoor temperature, and what it needs to work.
U-values
What a U-value measures, how R-value relates, and the numbers to know.
Thermal Bridges
Where the insulation line breaks, what it costs, and how to find the breaks on a drawing.
Natural Ventilation
Three strategies, the plan depth each supports, and what defeats them.
Overheating
Why well insulated buildings overheat, and the order to fix it in.
Passive Solar
Collecting winter sun without inheriting a summer problem, in five moves.
Airtightness
Why the air barrier matters as much as the insulation, and how it is tested.
Embodied Carbon
The carbon spent before a building is occupied, and where most of it sits.
Passivhaus
A performance standard rather than a style, and the numbers it is defined by.
Climate and Vernacular
What buildings did about climate before mechanical systems existed.
Construction technology
Assemblies, envelopes and detailing.
The Envelope
The five jobs an external wall has to do at once, and the layer that does each.
Wall Build-ups
The common external wall types, read from outside in, and their uses.
The Cavity Wall
Why the cavity exists, and what makes it work at every junction.
Roof Construction
Warm roof against cold roof, and why the choice changes where the vents go.
Window Junctions
The three junctions around every opening, and what has to be continuous at each.
Cladding Systems
How the main cladding families differ in how they keep water out.
Keeping Water Out
The four forces that move water into a building, and the defence against each.
Vapour and Condensation
Why moisture moves through a wall, and the rule that keeps it from condensing inside.
Floor Construction
The main floor types, and what each one gives you in span, weight and acoustics.
Movement Joints
Why buildings need to move, and roughly how often the joint has to appear.
Stair Geometry
The rule that makes a stair comfortable, and the dimensions to use.
Fire Strategy
The five questions a fire strategy answers, in a design team's words.
Tolerance and Fit
Nothing is built to the dimension you drew; the joint absorbs the rest.
Off-site Construction
What moving work into a factory buys, and what it takes away.
Urban design
Streets, blocks, density and public space.
The Figure Ground Plan
The drawing that shows a city as solid and void, and what it makes visible.
Streets and Blocks
The block is the unit a city is made of, and its size decides how the place works.
Density
The three ways density is measured, and why height is a poor proxy.
Housing Typologies
The recurring housing types, and roughly what density each one delivers.
The Street Section
The ratio of height to width, and why it decides how a street feels.
Active Frontage
What makes a ground floor contribute to the street, and how it is graded.
Jane Jacobs
Her four conditions for a lively district, and what she argued against.
Garden City
Ebenezer Howard's diagram, what it actually proposed, and how it was misread.
New Urbanism
A 1980s return to traditional town form, and the criticism it draws.
Transit-Oriented Development
Building density where people can reach a train, and the walking distance that defines it.
Walkability
What makes people choose to walk, in the order the evidence supports.
Types of Public Space
The main kinds of public space, and what each is actually good at.
Urban Grain
Plot width and building size, and why fine grain outlives coarse grain.
Masterplanning
The order in which the parts of a masterplan should be decided.
Representation
Drawing conventions, models and scale.
Plan, Section, Elevation
The three orthographic drawings, what each cuts, and what each is for.
Scale
Which scale to draw at, what each is for, and how to read one.
Line Weights
The hierarchy that makes a drawing readable, and the order it goes in.
Poche
The filled cut in a plan or section, and what it tells a reader about a building.
Axonometric
The parallel projections, how they differ, and what each is good for.
Perspective
The parts of a perspective construction, and the choices that decide what it argues.
Drawing Conventions
The marks every architectural drawing carries, and what each promises.
Hatching and Materials
How materials are shown in section, and why it changes with scale.
The Site Plan
What a site plan must show for someone who has never visited the site.
Physical Models
Which model to build at which stage, and the scale that suits each question.
The Drawing Set
How a construction drawing set is ordered, from building to junction.
Annotation and Dimensions
How to dimension a drawing so that someone can set it out on site.
Collage and Atmosphere
What an atmospheric image is arguing, and the questions to ask of your own.
CAD, BIM and the Model
Drawing lines versus building a model, and what changes as a result.
Questions about the Architecture posters
- What is the Architecture section of LearnPosters?
- Design method, history, structure and the technical drawing behind them. What an architecture studio assumes you know: precedent, proportion, structure, environment and how to represent an idea so others can build it.
- What topics do the Architecture posters cover?
- 100 posters across 7 topics. Design method — Concept, precedent, iteration and critique. History & theory — Movements, canonical buildings and ideas. Structure — Load paths, spans and systems for architects. Environmental design — Light, heat, ventilation and orientation. Construction technology — Assemblies, envelopes and detailing. Urban design — Streets, blocks, density and public space. Representation — Drawing conventions, models and scale.
- Who are the Architecture posters for?
- The architecture charts are pitched at undergraduates and professionals — the frameworks and equations a course keeps returning to. Nothing here is tied to a school year, so a curious beginner and someone revising the same material for an exam are looking at the same architecture chart.
- Which Architecture poster should I print first?
- The Design Process, The Concept Diagram and Precedent Study are the ones people reach for first — they are the references the rest of the architecture set assumes you already have on the wall.The Design ProcessThe Concept DiagramPrecedent Study
- Are the Architecture posters free to print?
- Yes — all 100 of them. Each architecture poster is a free vector PDF that needs no account, prints on US Letter or A4, and enlarges to A1 without softening. Home, classroom, library and tutoring use are all covered by the licence.Read the licence
Where the architecture charts come from
These posters summarise. When you need the full account — or the normative text a chart is compressing — start here.
- The American Institute of Architects — AIA. Practice standards and contract documents referenced in the studio sheets.
- History of architecture — Wikipedia. Dates, movements and buildings named on the history charts.