The GATE AR Syllabus 2027 has been officially prescribed by IIT Madras, the organising institute for GATE 2027. The syllabus is designed to evaluate candidates' understanding of Architecture and Planning, covering both theoretical concepts and practical applications.
The paper is divided into a Common Section (Part A) and two specialised streams: Architecture (Part B1) and Planning (Part B2). Along with the General Aptitude section, you must prepare topics related to design, construction, environmental planning, urban planning, building services, transportation, GIS, project management, and professional practice.
Understanding the latest syllabus is the first step towards building an effective preparation strategy for GATE 2027.
The GATE AR Syllabus 2027 outlines all the important topics you need to prepare for the Architecture and Planning (AR) paper. Released by IIT Madras, the syllabus includes a Common Section along with Architecture and Planning-specific topics, helping you prepare systematically for the examination.
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Particulars |
Details |
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Exam Name |
Graduate Aptitude Test in Engineering (GATE) 2027 |
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Paper Code |
AR |
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Paper Name |
Architecture and Planning |
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Organising Institute |
IIT Madras |
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Exam Mode |
Computer-Based Test (CBT) |
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Duration |
3 Hours |
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Total Marks |
100 |
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Official Syllabus |
Released by IIT Madras |
Before starting the syllabus, candidates should understand the examination pattern.
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GATE AR Exam Pattern 2027 |
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Particulars |
Details |
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Exam Mode |
Online (CBT) |
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Duration |
180 Minutes |
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Total Questions |
65 |
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Maximum Marks |
100 |
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Question Types |
MCQs, MSQs & NAT |
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Negative Marking |
Applicable only for MCQs |
The GATE AR syllabus is divided into Part A (Common Section) and Part B, where candidates attempt either Architecture (B1) or Planning (B2).
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Detailed GATE AR Syllabus 2027 |
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Part |
Section |
Topics Covered |
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Part A (Common Section) |
A.1 Design and Graphics |
Architectural graphics, visual composition, 2D & 3D forms, surface development, anthropometrics, ergonomics, ratio & proportion, scales in design, space organisation, plans, elevations, sections, horizontal & vertical circulation, universal design, building bye-laws, codes & standards, barrier-free design, engineering curves, orthographic & isometric projections, one-point & two-point perspective, light, shade & shadow. |
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A.2 Environmental Planning and Landscape |
Natural & man-made ecosystems, sustainability principles, environmental pollution, SDGs, climate change, urban ecosystem, ecological footprint, carrying capacity, resource management, life cycle analysis, circular economy, Environmental Impact Assessment (EIA), carbon footprint, carbon credits, Urban Heat Islands, sustainable site planning, contour & slope analysis, landscape planning & design, landscape suitability analysis, plant characteristics, planting design, landscape conservation, social forestry, historical gardens. |
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A.3 Urban Design and Conservation |
Urban design history, urban form, spaces, structure, pattern, texture, grain, urban design theories & principles, placemaking, form-based code, sustainable urban interventions, transportation planning, FAR, density regulations, building bye-laws, urban renewal, heritage conservation, public spaces. |
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A.4 Town Planning, Housing and Real Estate Development |
Town planning principles, traditional & modern planned cities, housing typologies, housing demand & supply, neighbourhood planning, residential density, affordable housing, incremental housing, slums, informal settlements, housing standards, community facilities, special housing, real estate valuation, feasibility studies, market analysis, location analysis, project & construction phasing. |
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Part B1 (Architecture) |
B1.1 History and Theory of Architecture |
Egyptian, Greek, Roman, Byzantine, Gothic, Renaissance, Baroque, Rococo architecture, Art Nouveau, Art Deco, Eclecticism, International Style, Postmodernism, Deconstruction, Indian architecture, Oriental architecture, renowned architects, architectural principles. |
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B1.2 Climatology and Environmentally Responsive Design |
Climate classification, solar architecture, micro & macro climate, thermal comfort, passive design, building energy audit, embodied & operational energy, energy simulation, renewable energy, green building rating systems, kinetic architecture, sustainable building technologies. |
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B1.3 Building Construction, Materials and Structural Systems |
Foundations, plinth, masonry, bonds, arches, scaffolding, formwork, timber, RCC & steel structures, roofing, lightweight construction, fire protection, flooring, modular coordination, prefabrication, building materials, acoustic & insulation materials, damp proofing, alternative materials, structural systems, limit state design, prestressing, high-rise structures, shell structures, space frames, long-span structures, suspension structures, catenary structures, seismic & wind-resistant structures, disaster-resistant construction, rehabilitation structures. |
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B1.4 Building Services |
Ventilation, HVAC, air conditioning, water supply & distribution, rainwater harvesting, water recycling, stormwater drainage, sewage disposal, plumbing, electrification, illumination, acoustics, lifts & escalators, building automation, firefighting systems, safety & security systems, Building Management Systems (BMS), specialised building services. |
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B1.5 Computer Applications in Architecture |
Computational methods, pattern recognition, simulation, data analytics, CAD, BIM, 3D modelling, rendering, Virtual Reality (VR), Augmented Reality (AR), parametric design, generative design, shape grammar, UI/UX design, CNC machining, 3D printing, Artificial Intelligence (AI) in architecture. |
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B1.6 Project Management and Professional Practice |
Construction planning, equipment, PERT, CPM, professional ethics, estimation, costing, specifications, tendering, arbitration, Council of Architecture, architectural journalism, industrial architecture, sociology, building economics, interior design. |
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Part B2 (Planning) |
B2.1 Planning History, Theory and Techniques |
Evolution of cities, Garden City, City Beautiful, Broadacre City, Radial City, Linear City, urban planning theories, Ekistics, urban sociology, urban geography, settlement hierarchy, urban growth models, industrial location theories, Smart Cities, Eco Cities, Network Cities, Global Cities, surveys, sampling, demography, forecasting, socio-economic analysis, planning standards, user behaviour. |
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B2.2 Planning Policy and Practice |
Urbanisation, planning legislation, constitutional provisions, planning policies, development plans, URDPFI guidelines, land acquisition, land pooling, land readjustment, urban governance, municipal institutions, participatory planning, land information systems, cadastral systems. |
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B2.3 Infrastructure, Services and Utilities |
Water supply, groundwater, reservoirs, pumps, distribution systems, water treatment, sanitation, sewerage systems, wastewater treatment, stormwater drainage, flood protection, rainwater harvesting, solid waste management, recycling, waste treatment, infrastructure planning, power transmission, transformers, substations. |
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B2.4 Urban Land Use and Transportation |
Land use planning, transport planning, urban form, land valuation, land value capture, Transit-Oriented Development (TOD), urban regeneration, brownfield redevelopment, accessibility, transport demand forecasting, traffic engineering, road design, intersections, parking, hierarchy of roads, public transport, pedestrian planning, Intelligent Transportation Systems (ITS). |
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B2.5 Data Analysis, Remote Sensing and Geo-informatics |
Data collection, descriptive & inferential statistics, regression, hypothesis testing, ANOVA, AHP, Multi-Criteria Analysis (MCA), satellite remote sensing, digital image processing, photogrammetry, GIS, georeferencing, spatial databases, SQL, spatial analysis, Machine Learning, IoT, Python basics, Urban Analytics, Spatial Data Infrastructure. |
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B2.6 Project Implementation and Financing |
Municipal finance, taxation, budgeting, fiscal indicators, municipal bonds, loans, credit rating, PPP models, financial viability, cost-benefit analysis, project implementation, monitoring, evaluation, asset management, operation & maintenance, institutional capacity building. |
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Candidates can download the GATE AR Syllabus 2027 PDF from the official GATE 2027 website released by IIT Madras. The PDF contains the complete and updated Architecture and Planning syllabus, including the Common Section, Architecture (Part B1), and Planning (Part B2) topics. Referring to the official syllabus helps candidates understand the latest topics, prepare systematically, and avoid missing any important areas during GATE 2027 preparation.
GATE AR Syllabus 2027 PDF Download
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