Page 1: Foundations of Architecture
Architecture combines art, science, and technology to design spaces that meet human needs. It
balances function, safety, and aesthetics while responding to cultural and environmental contexts.
In practice, this topic is applied through detailed analysis, case studies, and real-world design
scenarios. Students should understand both theoretical concepts and how they translate into actual
building projects.
1 Vitruvius defined architecture with three principles: Firmitas (strength), Utilitas (function), Venustas
(beauty)
2 Design must consider users, environment, and materials
3 Architecture evolves with technology and society
Example: Consider how this concept would apply in designing a small residential building versus a
large commercial skyscraper. Scale, materials, and user needs will significantly affect design decisions.
,Page 2: Architectural History Overview
Architecture reflects the values and technologies of its time, from ancient civilizations to contemporary
design movements.
In practice, this topic is applied through detailed analysis, case studies, and real-world design
scenarios. Students should understand both theoretical concepts and how they translate into actual
building projects.
1 Ancient: Egyptian pyramids, Greek temples
2 Medieval: Romanesque and Gothic cathedrals
3 Modern: Minimalism, glass and steel structures
4 Postmodern: Playful, symbolic architecture
Example: Consider how this concept would apply in designing a small residential building versus a
large commercial skyscraper. Scale, materials, and user needs will significantly affect design decisions.
,Page 3: Greek and Roman Architecture
Greek architecture emphasized proportion and harmony, while Roman architecture focused on
engineering and innovation.
In practice, this topic is applied through detailed analysis, case studies, and real-world design
scenarios. Students should understand both theoretical concepts and how they translate into actual
building projects.
1 Greek orders: Doric, Ionic, Corinthian
2 Roman innovations: concrete, arches, domes
3 Examples: Parthenon, Colosseum
Example: Consider how this concept would apply in designing a small residential building versus a
large commercial skyscraper. Scale, materials, and user needs will significantly affect design decisions.
, Page 4: Gothic Architecture
Gothic architecture introduced structural innovations that allowed taller and lighter buildings.
In practice, this topic is applied through detailed analysis, case studies, and real-world design
scenarios. Students should understand both theoretical concepts and how they translate into actual
building projects.
1 Pointed arches reduce lateral forces
2 Flying buttresses support exterior walls
3 Large stained-glass windows enhance lighting
Example: Consider how this concept would apply in designing a small residential building versus a
large commercial skyscraper. Scale, materials, and user needs will significantly affect design decisions.
Architecture combines art, science, and technology to design spaces that meet human needs. It
balances function, safety, and aesthetics while responding to cultural and environmental contexts.
In practice, this topic is applied through detailed analysis, case studies, and real-world design
scenarios. Students should understand both theoretical concepts and how they translate into actual
building projects.
1 Vitruvius defined architecture with three principles: Firmitas (strength), Utilitas (function), Venustas
(beauty)
2 Design must consider users, environment, and materials
3 Architecture evolves with technology and society
Example: Consider how this concept would apply in designing a small residential building versus a
large commercial skyscraper. Scale, materials, and user needs will significantly affect design decisions.
,Page 2: Architectural History Overview
Architecture reflects the values and technologies of its time, from ancient civilizations to contemporary
design movements.
In practice, this topic is applied through detailed analysis, case studies, and real-world design
scenarios. Students should understand both theoretical concepts and how they translate into actual
building projects.
1 Ancient: Egyptian pyramids, Greek temples
2 Medieval: Romanesque and Gothic cathedrals
3 Modern: Minimalism, glass and steel structures
4 Postmodern: Playful, symbolic architecture
Example: Consider how this concept would apply in designing a small residential building versus a
large commercial skyscraper. Scale, materials, and user needs will significantly affect design decisions.
,Page 3: Greek and Roman Architecture
Greek architecture emphasized proportion and harmony, while Roman architecture focused on
engineering and innovation.
In practice, this topic is applied through detailed analysis, case studies, and real-world design
scenarios. Students should understand both theoretical concepts and how they translate into actual
building projects.
1 Greek orders: Doric, Ionic, Corinthian
2 Roman innovations: concrete, arches, domes
3 Examples: Parthenon, Colosseum
Example: Consider how this concept would apply in designing a small residential building versus a
large commercial skyscraper. Scale, materials, and user needs will significantly affect design decisions.
, Page 4: Gothic Architecture
Gothic architecture introduced structural innovations that allowed taller and lighter buildings.
In practice, this topic is applied through detailed analysis, case studies, and real-world design
scenarios. Students should understand both theoretical concepts and how they translate into actual
building projects.
1 Pointed arches reduce lateral forces
2 Flying buttresses support exterior walls
3 Large stained-glass windows enhance lighting
Example: Consider how this concept would apply in designing a small residential building versus a
large commercial skyscraper. Scale, materials, and user needs will significantly affect design decisions.
