NATA Syllabus 2027 is released by the Council of Architecture (COA) on its official website at nata.in. The syllabus covers two components: Part A (Drawing and Composition Test) and Part B (Aptitude Test), together testing your spatial reasoning, mathematical ability, architectural awareness, and creative visualization. Students targeting NATA 2027 should begin preparation using the 2026 syllabus — the COA has maintained a consistent structure over recent cycles, and no revisions are expected for 2027.
- NATA 2027 syllabus covers two parts: Part A (Drawing and Composition Test — 80 marks) and Part B (Aptitude Test — 120 marks), totalling 200 marks.
- The Drawing and Composition Test has three sections: Composition and Colour (25 marks), Sketching and Composition — Black and White (25 marks), and 3D Composition (30 marks).
- Part B tests Visual Reasoning, Logical Derivation, Architecture and Design Awareness, Language Interpretation, Design Sensitivity, Design Thinking, and Numerical Ability.
- The syllabus is expected to remain stable for 2027 — COA has not announced any revisions as of August 2026.
- The official NATA 2027 syllabus PDF will be available at nata.in once the Information Bulletin is released (expected January–February 2027).
- NATA is typically conducted in two sessions per year — Session 1 in April and Session 2 in June.
- Your Drawing Test is conducted offline (pen and paper) while Part B is conducted in computer-based adaptive mode.
Download the official NATA 2027 Information Bulletin from nata.in once it is released — it contains the complete syllabus, exam pattern, and marking scheme.
| Download NATA 2027 Syllabus PDF (Official) (Expected Soon — available after official notification at nata.in) |
NATA 2027 Syllabus PDF: Download Section-wise
The Council of Architecture releases the NATA syllabus as part of the annual Information Bulletin on nata.in. The NATA 2027 bulletin is expected in January–February 2027. You can rely on the NATA 2026 syllabus for preparation until then — the COA has followed a consistent structure across recent exam cycles.
| Section | NATA 2027 Syllabus PDF |
|---|---|
| Part A — Drawing and Composition Test | NATA Drawing Syllabus PDF (Expected — visit nata.in after official notification) |
| Part B — Aptitude and Mathematics | NATA Aptitude Syllabus PDF (Expected — visit nata.in after official notification) |
| Full NATA 2027 Information Bulletin | NATA 2027 Information Bulletin PDF (Expected — visit nata.in after official notification) |
NATA 2027 Syllabus Overview
The National Aptitude Test in Architecture (NATA) is conducted by the Council of Architecture (COA) to assess your aptitude for the B.Arch programme. The exam has two distinct parts — a creative drawing and composition test (Part A) and a cognitive aptitude test (Part B). Together, they evaluate your spatial reasoning, creative visualization, architectural awareness, logical thinking, and mathematical ability.
| Parameter | Details |
|---|---|
| Conducting Body | Council of Architecture (COA) |
| Official Website | nata.in and coa.gov.in |
| Purpose | Admission to B.Arch programmes across COA-approved architectural institutions in India |
| Total Marks | 200 marks |
| Total Duration | 3 hours (Part A: 90 minutes + Part B: 90 minutes) |
| Exam Components | Part A: Drawing and Composition Test (80 marks) | Part B: Aptitude Test (120 marks) |
| Mode | Part A: Offline (pen and paper at test centre) | Part B: Computer-based adaptive test (MCQ + NCQ) |
| Basis of Syllabus | COA-prescribed aptitude framework; Mathematics based on Class 11–12 curriculum |
| Sessions per Year | Two (Session 1: April | Session 2: June) |
NATA 2027 Important Dates
The Council of Architecture will release the official NATA 2027 schedule through the Information Bulletin on nata.in. All dates below are expected based on previous year patterns. Students must verify the official schedule at nata.in once the notification is released.
| Event | Expected Date (2027) | Status |
|---|---|---|
| Official Notification / Information Bulletin Release | January 2027 | Upcoming |
| Registration Opens | February 2027 | Upcoming |
| Registration Closes | March 2027 | Upcoming |
| Admit Card Release | March–April 2027 | Upcoming |
| NATA 2027 Session 1 | April 2027 | Upcoming |
| Result — Session 1 | May 2027 | Upcoming |
| NATA 2027 Session 2 | June 2027 | Upcoming |
| Result — Session 2 | July 2027 | Upcoming |
Source: nata.in — Expected dates based on NATA 2026 schedule; subject to official confirmation in the 2027 Information Bulletin.
NATA 2027 Exam Pattern
The NATA 2027 exam pattern is expected to follow the same structure as NATA 2026. Understanding the exam pattern before studying the syllabus helps you allocate preparation time correctly — Part B carries 60% of your total marks despite feeling less visible than the Drawing Test.
| Feature | Part A — Drawing and Composition Test | Part B — Aptitude Test |
|---|---|---|
| Mode | Offline (pen and paper at test centre) | Computer-based adaptive test (CBT) |
| Duration | 90 minutes | 90 minutes |
| Total Marks | 80 marks | 120 marks |
| Number of Questions | 3 questions (one per section) | 50 questions (42 MCQs + 8 NCQs) |
| Sections | A1: Composition and Colour — 25 marks A2: Sketching and Composition — 25 marks A3: 3D Composition — 30 marks | Visual Reasoning, Logical Derivation, Architecture & Design Awareness, Language Interpretation, Design Sensitivity, Design Thinking, Numerical Ability |
| Evaluation | Subjective (assessed by evaluators) | Objective (auto-evaluated) |
| Negative Marking | Not applicable | No negative marking |
The computer-adaptive format in Part B means question difficulty adjusts in real time based on your responses — answer carefully, as accuracy in early questions shapes the difficulty of later ones.
NATA 2027 Part A: Drawing and Composition Test Syllabus
Part A is the offline section of NATA. You will receive a question booklet and drawing materials at the test centre. Part A carries 80 marks and tests your ability to think creatively in two and three dimensions, observe spatial relationships, and express architectural ideas through drawing and composition.
A1: Composition and Colour (25 Marks)
This section tests your ability to arrange shapes into a visually balanced composition and apply colour thoughtfully. You must re-arrange given shapes or forms and colour them to suit the stated theme or context.
| Topic Area | Key Skills and Sub-topics |
|---|---|
| Composition Skills | Sub-topics of Composition — Click Here Re-arranging given shapes into visually appealing layouts; Understanding balance, symmetry, and visual rhythm; Creating compositions for given situations or themes; Use of positive and negative space; Foreground and background arrangement; Visual hierarchy in a composition |
| Colour Application | Sub-topics of Colour — Click Here Harmony and contrast in colour schemes; Warm and cool colour relationships; Hues, tints, shades, and tones; Appropriate colour selection for a given mood or context; Representing texture through colour media; Colour as a tool for emphasis and focal point |
A2: Sketching and Composition — Black and White (25 Marks)
This section tests your ability to depict a given scene in black and white using pencil. You must demonstrate correct scale, proportion, perspective, and tonal variation. Buildings, human figures, landscape elements, and products are common sketching prompts in this section.
| Topic Area | Key Skills and Sub-topics |
|---|---|
| Observational Drawing | Sub-topics — Click Here Sketching buildings and architectural components (doors, windows, columns, staircases, roofs); Drawing human figures at correct scale; Depicting natural elements (trees, water, sky); Drawing everyday products and furniture from memory; Conveying spatial relationships between elements |
| Perspective and Spatial Representation | Sub-topics — Click Here One-point perspective; Two-point perspective; Shades and shadows on built forms; Texture representation using pencil strokes (cross-hatching, stippling); Conveying depth and spatial recession; Scale and proportion of built forms relative to surroundings |
| Composition Principles | Balancing built and natural elements in a sketch; Foreground, middle ground, and background organization; Focal point and visual interest in a black-and-white sketch |
A3: 3D Composition (30 Marks)
This is the highest-scoring sub-section of Part A. You will receive a physical kit of geometric pieces at the test centre. You must use these pieces to build an interesting three-dimensional composition in response to the given prompt — this section directly tests your architectural spatial thinking.
| Topic Area | Key Skills and Sub-topics |
|---|---|
| 3D Spatial Thinking | Sub-topics — Click Here Understanding volume, form, and mass relationships; Creating structures with visual interest and stability; Spatial organization of geometric elements in three dimensions; Structural logic of the composition; Responding creatively to a given situation or theme |
| Form and Composition | Sub-topics — Click Here Creating varied and visually interesting 3D forms from given pieces; Understanding how 2D geometric shapes translate to 3D forms; Generating plan, elevation, and three-dimensional views of a composition; Expressing a concept or narrative through abstract 3D form |
NATA 2027 Part B: Aptitude Test Syllabus
Part B is a computer-based adaptive test with 50 questions (42 MCQs + 8 NCQs) covering seven cognitive and knowledge domains. Part B carries 120 out of 200 marks — your performance here often decides your final rank more than the Drawing Test alone.
Mathematics (within Part B)
Mathematics questions in Part B are based on Class 11 and 12 topics. COA focuses on application-based problems — not lengthy derivations or theoretical proofs. Coordinate Geometry, Differential Calculus, and Algebra carry the highest weightage among all Mathematics units.
| Unit | Chapter | Key Topics |
|---|---|---|
| 1 | Algebra | Sub-topics of Algebra — Click Here Definitions of A.P. and G.P.; General term and summation of first n-terms (∑n, ∑n², ∑n³); AM, GM, HM and their relations; Infinite G.P.; Complex numbers — modulus, argument, De Moivre’s theorem, roots of unity; Quadratic equations with real coefficients; Relations between roots and coefficients; Permutation and Combination; Set theory — union, intersection, complement, Venn diagrams; Boolean algebra and truth tables; Matrix Algebra — types, operations, determinant, inverse; Logarithms — laws and change of base; Binomial theorem |
| 2 | Trigonometry | Sub-topics of Trigonometry — Click Here Trigonometric functions and identities; Addition and subtraction formulae; Multiple and sub-multiple angle formulae; General solution of trigonometric equations; Inverse trigonometric functions and their properties; Properties of triangles — sine rule, cosine rule, area formula |
| 3 | Coordinate Geometry — 2D | Sub-topics — Click Here Distance formula; Section formula; Area of a triangle; Slope and equations of straight lines; Distance from a point to a line; Pair of straight lines; Circle — standard form, general form, parametric form, intersection with a line; Parabola — standard forms, focus, directrix; Ellipse — standard forms, foci, eccentricity; Hyperbola — standard forms, foci, asymptotes |
| 4 | Coordinate Geometry — 3D | Direction cosines and direction ratios; Equation of a plane; Distance from a point to a plane; Equation of a line in 3D space; Angle between a line and a plane; Distance between two points in 3D |
| 5 | Differential Calculus | Sub-topics — Click Here Concept of limit and continuity; Derivatives using chain rule; Derivatives of implicit functions; Derivatives of functions defined parametrically; Rolle’s theorem and Mean Value theorem; Increasing and decreasing functions; Maxima and minima; Curve sketching |
| 6 | Integral Calculus | Sub-topics — Click Here Indefinite integrals of standard functions; Integration by parts; Integration by substitution; Integration by partial fractions; Definite integral as limit of a sum with equal subdivisions; Properties of definite integrals; Application — area under a curve |
| 7 | Differential Equations | Order and degree of a differential equation; Formation of differential equations; Solution by variable separable method; Linear first-order differential equations |
| 8 | Probability and Statistics | Sub-topics — Click Here Mean, median, mode; Standard deviation and variance; Frequency distribution; Conditional probability; Bayes’ theorem; Binomial distribution; Random variables and expectations |
| 9 | Vectors | Vector addition and subtraction; Scalar multiplication; Dot product (scalar product); Cross product (vector product); Scalar triple product; Applications — work done, area of parallelogram, volume of parallelepiped |
| 10 | Mensuration | Areas of standard plane figures (triangle, quadrilateral, circle, trapezium); Surface area and volume of 3D solids (cube, cuboid, cylinder, cone, sphere, frustum) |
Visual Reasoning and Logical Derivation
These sections test your ability to identify patterns, analyse visual data, and draw logical conclusions. Visual and logical reasoning questions appear frequently in Part B — students must practise diagrammatic and abstract puzzles consistently from the start of their preparation.
| Topic | Key Areas Tested |
|---|---|
| Visual Reasoning | Sub-topics — Click Here Pattern recognition in figure series; Identifying the odd figure in a set; Mirror and water images of shapes; Spatial visualization and rotation of objects; Embedded figures; Paper folding and unfolding; Cube and cuboid views from different angles; Analogy between figure pairs |
| Logical Derivation | Sub-topics — Click Here Deductive and inductive reasoning; Premise-conclusion arguments; Categorical syllogisms; Series completion (number, letter, figure); Coding and decoding; Blood relations; Direction sense problems; Seating arrangement; Data interpretation from tables and charts; Decision making in given scenarios |
Architecture and Design Awareness
This section tests your knowledge of architecture, built environment, and design history. You do not need formal architecture training — but you must be familiar with landmark buildings, famous architects, architectural styles, and contemporary design concepts to score well here.
| Topic | Key Areas Tested |
|---|---|
| Famous Architects and Landmark Buildings | Indian and international architects and their signature works; UNESCO World Heritage Sites in India; Iconic contemporary structures globally; Architects associated with specific movements or styles |
| Architectural History and Styles | Ancient Indian architecture — temples, rock-cut caves, stepwells, forts; Mughal and Indo-Islamic architecture; Colonial and British-era architecture in India; Modern and post-modern architectural movements; Vernacular and regional architecture of India |
| Built Environment and Design Concepts | Urban design — streets, public plazas, open spaces; Building materials and construction methods; Interior spaces and furniture design; Sustainable and green architecture; Landscape design elements; Principles of form, space, and order in architecture |
Language Interpretation, Design Sensitivity, and Design Thinking
These three domains assess your cognitive and creative thinking capabilities. They test how well you observe, interpret, and respond to the world — skills that are fundamental to architectural practice.
| Section | Key Areas Tested |
|---|---|
| Language Interpretation | Reading comprehension; Logical generation of meaning from words and sentences; Basic English grammar — tenses, subject-verb agreement, punctuation; Vocabulary and analogies; Sentence completion and correction; Interpreting visual captions and descriptions |
| Design Sensitivity | Observing and critically analysing people, spaces, and products; Identifying subtle design communications and visual cues; Evaluating aesthetic quality and design intent; Recognizing harmony, contrast, and proportion in designed objects; Sensitivity to scale, texture, and material |
| Design Thinking | Problem identification and definition from a given situation; Semantics and metaphors in design communication; Generating design ideas from constraints; Understanding design processes and intent; Analysing a design scenario to identify user needs and solutions |
NATA 2027 Topic-wise Weightage
The weightage table below is based on NATA 2026 and recent previous year paper analysis. Part A (Drawing and Composition) accounts for 40% of your total score, while Part B (Aptitude) accounts for 60% — both parts are critical to securing a competitive rank.
| Section | Part | Marks | Weightage (%) |
|---|---|---|---|
| Composition and Colour (A1) | Part A | 25 | 12.5% |
| Sketching and Composition — Black and White (A2) | Part A | 25 | 12.5% |
| 3D Composition (A3) | Part A | 30 | 15% |
| Mathematics (within Part B) | Part B | ~30–40 (approx.) | ~15–20% |
| Visual Reasoning and Logical Derivation | Part B | ~25–30 (approx.) | ~12–15% |
| Architecture and Design Awareness | Part B | ~20–25 (approx.) | ~10–12% |
| Language Interpretation, Design Sensitivity, Design Thinking | Part B | ~20–25 (approx.) | ~10–12% |
| Total | — | 200 | 100% |
Note: Part B sub-section marks are approximate, derived from previous year paper analysis. COA does not officially publish a section-level marks breakup for Part B. The adaptive test format may vary difficulty distribution slightly across test takers.
NATA Syllabus 2027 vs 2026: Comparison
The COA has maintained a consistent syllabus framework since introducing the current two-part structure. No changes to the NATA 2027 syllabus have been announced by COA as of August 2026. The table below compares the two cycles based on available information.
| Component | NATA 2026 | NATA 2027 (Expected) |
|---|---|---|
| Part A — Drawing Test (Marks) | 80 marks | 80 marks (no change expected) |
| Part B — Aptitude Test (Marks) | 120 marks | 120 marks (no change expected) |
| Part A Sections | A1: Composition & Colour, A2: Sketching (B&W), A3: 3D Composition | Same sections expected |
| Part B Question Count | 50 questions (42 MCQs + 8 NCQs) | Expected to remain the same |
| Part B Topics | Visual Reasoning, Logical Derivation, Architecture & Design Awareness, Language Interpretation, Design Sensitivity, Design Thinking, Numerical Ability | Same topics expected |
| Mathematics Coverage | Class 11–12 level: Algebra, Trigonometry, Coordinate Geometry, Calculus, Probability, Vectors | Same coverage expected |
| Announced Changes | None — official confirmation will come in the NATA 2027 Information Bulletin (expected January 2027 at nata.in) | |
Best Books for NATA 2027
Choosing the right books significantly shapes your NATA preparation. Start with NCERT Mathematics for Part B and use dedicated B.Arch entrance guides for Drawing — coaching-specific drawing modules are particularly effective for building Part A skills.
| Section | Book Name | Author / Publisher | Why This Book |
|---|---|---|---|
| Mathematics | NCERT Mathematics — Class XI and XII | NCERT | Essential foundation for all NATA Maths units; begin here before any other reference |
| Mathematics | A Complete Self Study Guide for B.Arch Entrance Examination | P.K. Mishra | Covers NATA-specific Maths problems and includes previous year questions in NATA format |
| Mathematics / Numerical Ability | Quantitative Aptitude | R.S. Aggarwal | Strong for Numerical Ability, Arithmetic, and application-based problems in Part B |
| Drawing and Architecture | Steps to Architecture | Nimish Madan | Architecture awareness, drawing practice, and composition exercises aligned to NATA pattern |
| Drawing and Architecture | A Visual Dictionary of Architecture | Francis D.K. Ching | Builds architectural vocabulary; strengthens both the Drawing Test and Architecture Awareness section |
| Design Theory | Architecture: Form, Space, and Order | Francis D.K. Ching | Classic design theory text; builds conceptual base for Design Sensitivity and Design Thinking questions |
| Aptitude and Reasoning | Verbal and Non-Verbal Reasoning | R.S. Aggarwal | Comprehensive for Visual Reasoning, Logical Derivation, and Language Interpretation sections |
| General NATA Preparation | Test and Assess Your IQ | Philip Carter and Ken Russell | Targets cognitive aptitude broadly — useful for the adaptive format of Part B |
How to Download NATA 2027 Syllabus PDF
Follow these steps to download the official NATA syllabus from the Council of Architecture website. The syllabus is part of the Information Bulletin — not a standalone PDF.
- Visit the official NATA website at nata.in.
- Look for the "Information Bulletin" or "Download Brochure" link on the homepage — it appears prominently during the notification period.
- Click the link to open the Information Bulletin PDF in a new browser tab.
- Navigate to the Syllabus section within the PDF — it typically appears in the first half of the document.
- Press Ctrl + S (Windows) or Cmd + S (Mac) to save the full PDF to your device.
- Alternatively, click the download icon in your browser PDF viewer to save the file locally.
Note: The NATA 2027 Information Bulletin is expected in January 2027. Until then, use the NATA 2026 brochure available at nata.in and coa.gov.in as your preparation reference — the syllabus sections are consistent across cycles.
NATA 2027 Preparation Strategy
NATA rewards consistent, focused practice across both creative and analytical domains. Students who begin preparation at least 6–8 months before the exam see the strongest improvement — especially in the Drawing Test, where spatial skills develop gradually with daily practice.
Part A: Drawing and Composition
- Practise sketching for at least 30–45 minutes daily — consistency builds the spatial thinking and speed needed to complete all three Part A questions within 90 minutes.
- Master one-point and two-point perspective early — it appears in A2 (Sketching) and underlies 3D Composition thinking in A3.
- For A1 (Composition and Colour), practise with poster colours and sketch pens — experiment with colour schemes and visual balance in geometric arrangements.
- For A3 (3D Composition), practise assembling cardboard or block models at home to develop spatial intuition before using the test-centre kit.
- Analyse architectural photographs regularly — pay attention to proportion, shadow, texture, and spatial hierarchy to train your visual sense.
Mathematics
- Start with NCERT Class 11 and 12 chapters before moving to NATA-level practice books.
- Focus extra time on Coordinate Geometry, Differential Calculus, and Algebra — these carry the highest weightage in Part B Mathematics.
- NATA tests application, not derivations — formula recall and quick calculation methods matter more than lengthy proofs.
- Solve 20–30 Maths problems daily to maintain speed and prevent conceptual gaps from widening.
- Use previous year NATA Mathematics questions to identify weak areas and calibrate your preparation level.
Visual Reasoning and Logical Derivation
- Practise 15–20 reasoning questions daily from R.S. Aggarwal’s Verbal and Non-Verbal Reasoning.
- For visual reasoning, solve puzzles involving figure series, mirror images, and paper folding — these appear most frequently in Part B.
- Since Part B is computer-adaptive, accuracy in the first several questions matters most — do not rush early responses at the expense of correctness.
Architecture and Design Awareness
- Build a reference list of 50 landmark buildings (Indian and international) with their architects, locations, and architectural period.
- Study Indian architectural heritage — temples (Khajuraho, Brihadeeswara), Mughal monuments (Taj Mahal, Humayun’s Tomb), and colonial-era buildings.
- Follow design publications or architectural blogs to stay aware of contemporary architecture and sustainable design.
- Use Francis D.K. Ching’s Visual Dictionary to build a strong architectural vocabulary of elements and terms.
Language Interpretation, Design Sensitivity, and Design Thinking
- Read English-language newspapers and design articles daily to strengthen comprehension and analytical vocabulary.
- Practise observing everyday objects critically — ask why a chair, lamp, or building is shaped the way it is to sharpen Design Sensitivity over time.
- For Design Thinking questions, practise problem-identification exercises — identify the unstated user need behind a design scenario before evaluating solutions.
NATA 2027 Syllabus FAQs
Ques. Is the NATA 2027 syllabus the same as NATA 2026?
Ans. Yes, the NATA 2027 syllabus is expected to remain the same as NATA 2026. The Council of Architecture (COA) has not announced any revisions as of August 2026. The official confirmation will come through the NATA 2027 Information Bulletin on nata.in, expected in January–February 2027.
Ques. How many parts does the NATA 2027 syllabus have?
Ans. The NATA syllabus has two parts. Part A is the Drawing and Composition Test (80 marks, offline) with three sub-sections — Composition and Colour, Sketching and Composition (Black and White), and 3D Composition. Part B is the Aptitude Test (120 marks, computer-based adaptive) covering Visual Reasoning, Logical Derivation, Architecture and Design Awareness, Language Interpretation, Design Sensitivity, Design Thinking, and Numerical Ability.
Ques. What is the total marks in NATA 2027?
Ans. NATA 2027 is conducted for 200 marks in total. Part A (Drawing and Composition Test) carries 80 marks and Part B (Aptitude Test) carries 120 marks. Both parts are attempted in the same sitting, with 90 minutes allotted for each part.
Ques. Which section has the highest marks in NATA?
Ans. Part B (Aptitude Test) carries the highest total marks at 120 out of 200. Within Part A, the 3D Composition section (A3) is the highest individual sub-section at 30 marks — making it the single most valuable drawing section to practise thoroughly.
Ques. What Mathematics topics are covered in the NATA syllabus?
Ans. NATA Mathematics is based on Class 11 and 12 topics. Key units include Algebra (AP, GP, complex numbers, matrices, permutation and combination), Trigonometry, 2D and 3D Coordinate Geometry, Differential Calculus, Integral Calculus, Differential Equations, Probability and Statistics, Vectors, and Mensuration. COA focuses on application-based problems, not lengthy derivations.
Ques. Is there negative marking in NATA 2027?
Ans. No. The Council of Architecture does not apply negative marking in NATA. You will not lose marks for incorrect answers in Part B. Part A drawing questions are evaluated subjectively by assessors and also have no penalty system.
Ques. Where can I download the NATA 2027 official syllabus PDF?
Ans. The official NATA 2027 syllabus will be published as part of the Information Bulletin on nata.in and coa.gov.in. The bulletin is expected in January–February 2027. Until then, you can use the NATA 2026 Information Bulletin available on nata.in as your preparation reference — the syllabus sections are consistent across cycles.
Ques. How is NATA Part B conducted?
Ans. NATA Part B is conducted as a computer-based adaptive test (CBT) with 50 questions — 42 Multiple Choice Questions (MCQs) and 8 Numerical Choice Questions (NCQs). The adaptive format adjusts question difficulty based on your real-time responses. Part B runs for 90 minutes immediately following Part A.
Ques. What books should I follow for the NATA Drawing Test?
Ans. For the NATA Drawing Test, the most recommended books are Steps to Architecture by Nimish Madan and A Visual Dictionary of Architecture by Francis D.K. Ching. Drawing modules from established architecture coaching institutes are also effective for structured Part A practice. Practising previous year NATA drawing questions is equally important.
Ques. How should I prepare for Architecture and Design Awareness in NATA?
Ans. Build a working knowledge of famous Indian and international architects, landmark buildings (including UNESCO World Heritage Sites in India), architectural styles (ancient, Mughal, colonial, modern), and contemporary design concepts. Reading A Visual Dictionary of Architecture by Francis D.K. Ching and following architectural design publications gives you a strong base for this section.
Ques. How many sessions does NATA conduct in a year?
Ans. NATA is typically conducted in two sessions — Session 1 (usually in April) and Session 2 (usually in June). You can appear in one or both sessions; the better score from the two attempts is considered for rank. Verify the exact 2027 schedule from nata.in once the official notification is released.
Ques. How long does it take to prepare for NATA?
Ans. Most students need 6–8 months of focused preparation for NATA. Drawing skills take the most time to develop — starting daily practice early makes the biggest difference. Students with a strong Class 12 Mathematics background typically need 3–4 months for Part B, but the Drawing Test requires consistent daily sessions from the beginning of preparation.
*The article might have information for the previous academic years, which will be updated soon subject to the notification issued by the University/College.
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