GATE Architecture & Planning Architecture Syllabus

Architecture syllabus — full chapter and topic list

Expand any chapter to see its topics and sub-topics. This is the whole examinable outline for Architecture in GATE Architecture & Planning, not a summary of it.

1. 1

   History and Contemporary Architecture

   7 topics

   • Principles of Art and Architecture
   • World History of Architecture
     • Egyptian
     • Greco-Roman classical period
     • Byzantine
     • Gothic
     • Renaissance
     • Baroque-Rococo
   • Recent trends in Contemporary Architecture
     • Art nouveau
     • Art Deco
     • Eclecticism
     • International styles
     • Post Modernism
     • Deconstruction in architecture
   • Influence of Modern art and Design in Architecture
   • Indian vernacular and traditional Architecture
   • Oriental Architecture
   • Works of renowned national and international architects
2. 2

   Building Construction and Structural systems

   13 topics

   • Building construction techniques, methods and details
   • Building systems and prefabrication of building elements
   • Principles of Modular Coordination
   • Construction planning and equipment
   • Building material characteristics and applications
   • Principles of strength of materials
   • Alternative building materials
   • Foundations
   • Design of structural elements with different materials
   • Elastic and Limit State design
   • Structural systems
   • Principles of Pre-stressing
   • High Rise and Long Span structures, gravity and lateral load resisting systems
3. 3

   Building Services and Sustainability

   14 topics

   • Solar architecture
   • Thermal, visual and acoustic comfort in built environments
   • Natural and Mechanical ventilation in buildings
   • Air-Conditioning systems
   • Sustainable building strategies
   • Building Performance Simulation and Evaluation
   • Intelligent Buildings
   • Water supply
   • Sewerage and drainage systems
   • Sanitary fittings and fixtures
   • Plumbing systems
   • Principles of internal and external drainage system
   • Principles of electrification of buildings
   • Elevators and Escalators - standards and uses

Architecture flashcards for GATE Architecture & Planning

20 of 50 cards from the Architecture deck — real questions with worked answers.

1. In the principles of art and architecture, what is meant by 'proportion' and which classical ratio is most associated with it?

   Proportion is the harmonious relationship of parts to one another and to the whole. The classical ratio associated with it is the Golden Ratio (Golden Section), $\phi = \frac{1+\sqrt{5}}{2} \approx 1.618$.

2. List the basic ordering principles (elements) of architectural composition.

   Axis, symmetry, hierarchy, rhythm/repetition, datum, and transformation. Supporting visual principles include balance, proportion, scale, contrast, harmony, unity and emphasis.

3. Differentiate between 'scale' and 'proportion' in architectural design.

   Proportion is the relationship of parts within a composition (internal, ratio-based). Scale is the size of an object relative to a known reference, especially the human body (human scale) or its surroundings.

4. What are the three classical conditions of good architecture as defined by Vitruvius?

   Firmitas (firmness/structural strength), Utilitas (commodity/function/utility) and Venustas (delight/beauty). Stated in his treatise 'De Architectura'.

5. Name the seven elements/principles of design commonly used in art and architecture.

   Elements: line, form/shape, colour, texture, space, value, point. Principles: balance, rhythm, proportion, scale, emphasis, harmony, unity, contrast.

6. Arrange these major Western architectural periods in correct chronological order: Gothic, Renaissance, Greco-Roman, Byzantine, Baroque, Egyptian.

   Egyptian → Greco-Roman (classical) → Byzantine → Gothic → Renaissance → Baroque.

7. What construction material and structural system characterized monumental ancient Egyptian architecture?

   Massive stone (limestone, sandstone, granite) using the trabeated (post-and-lintel) system, with very thick walls, battered (inclined) surfaces and closely spaced columns supporting flat stone roofs.

8. Name the three main types of monumental tombs in ancient Egyptian architecture in their order of development.

   Mastaba (flat-topped rectangular tomb) → Step Pyramid (e.g., Djoser at Saqqara) → True (smooth-sided) Pyramid (e.g., the Pyramids of Giza).

9. What is a 'hypostyle hall' and where is the most famous Egyptian example found?

   A hypostyle hall is a large interior space whose roof is supported by rows of columns. The most famous Egyptian example is the Great Hypostyle Hall in the Temple of Amun at Karnak.

10. What is the characteristic plan and entrance feature of a large Egyptian temple such as Karnak or Luxor?

    An axial plan with a monumental sloping pylon (gateway) entrance, leading to an open peristyle courtyard, then a hypostyle hall, and finally the dark inner sanctuary, with diminishing size and increasing darkness/sanctity along the axis.

11. Name the three orders of classical Greek architecture and one distinguishing feature of each.

    Doric (sturdy, plain cushion-like capital, no base, fluted shaft); Ionic (slender, scroll/volute capital, has a base); Corinthian (most ornate, capital with acanthus leaves).

12. What is 'entasis' in classical Greek column design and why was it used?

    Entasis is the slight convex curve (swelling) along the shaft of a column. It was used as an optical correction to counteract the illusion of concavity that perfectly straight columns would produce.

13. Name the principal building of the Athenian Acropolis and its architects.

    The Parthenon, a Doric temple dedicated to Athena, designed by the architects Iktinos and Kallikrates with sculptural work by Pheidias.

14. What major structural innovations did the Romans contribute that the Greeks lacked?

    The semicircular arch, the vault (barrel and groin), the dome, and the use of concrete (opus caementicium), enabling vast spans and interior spaces.

15. Describe the Pantheon in Rome and its dome.

    A Roman temple with a domed circular cella fronted by a Corinthian portico. Its coffered concrete dome spans about 43 m and is topped by a central oculus; the interior height equals the diameter, defining a perfect sphere.

16. What Roman building type used superimposed orders of arches, and name a famous example.

    The amphitheatre. The Colosseum (Flavian Amphitheatre) in Rome uses superimposed orders: Doric (Tuscan) on the ground level, Ionic above, then Corinthian, with Composite pilasters at the top.

17. What is the defining structural and spatial achievement of Byzantine architecture?

    The placing of a large dome over a square plan using pendentives (spherical triangles), enabling a centralized, domed interior. The masterwork is Hagia Sophia in Constantinople.

18. Who designed Hagia Sophia and what is a pendentive?

    Hagia Sophia was designed by Anthemius of Tralles and Isidore of Miletus (532–537 AD). A pendentive is a curved triangular surface that transitions from a square base to the circular base of a dome, transferring its load to four corner piers.

19. What plan form and decorative technique are characteristic of Byzantine churches?

    The Greek-cross (centralized) plan with domes, and rich interior decoration using gold-ground mosaics and coloured marble; exteriors are relatively plain brick.

20. List the three primary structural innovations of Gothic architecture that enabled its height and large windows.

    The pointed arch, the ribbed (rib) vault, and the flying buttress. Together they channel thrust efficiently, allowing thinner walls and large stained-glass windows.

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