CEED 2027 is a two-part postgraduate entrance exam for M.Des and PhD in Design programmes at IITs and IISc. Part A is a 60-minute computer-based screening test worth 100 marks, focusing on visual thinking, observation, spatial reasoning, and analytical ability. Part B is a 120-minute pen-and-paper design exercise worth 100 marks, evaluated by IIT faculty to assess design thinking and creative problem-solving. This page covers the complete CEED 2027 syllabus structure, section-wise topics, approximate weightage based on past papers, and preparation strategies for both parts.
What CEED tests
CEED is fundamentally different from undergraduate design entrance exams like UCEED. While UCEED tests raw design aptitude and drawing skills of high school students, CEED assesses your readiness for advanced design education at the postgraduate level. CEED tests three interconnected dimensions: (1) Visual thinking and spatial reasoning: your ability to visualise forms in three dimensions, understand spatial relationships, and mentally manipulate objects; (2) Analytical and observational ability: your capacity to observe details, identify patterns, think logically, and solve problems systematically; (3) Design thinking and creative problem-solving: your ability to approach design challenges holistically, ideate solutions, and communicate ideas visually through drawing.
CEED is not a drawing test in the traditional sense. Poor artistic skill or rendering ability will not hurt you if your design reasoning is sound. Conversely, beautiful drawings without clear design thinking will not score high. The exam rewards candidates who can think like designers: students who observe carefully, ask good questions, develop solutions systematically, and communicate their ideas clearly. Your educational background does not matter. Candidates from engineering, science, arts, humanities, and design all appear for CEED, and all can succeed if they understand what the exam is looking for.
Part A structure and topics
Part A is a 60-minute computer-based screening test worth 100 marks. It typically contains 25-30 questions in multiple choice (MCQ) and numerical answer type (NAT) formats. There is no negative marking, so every attempt counts. Part A is a screening stage: only candidates who achieve a minimum qualifying score (announced by IIT Bombay after the exam, category-wise) are eligible for Part B evaluation. However, Part A scores are not included in the final merit ranking. Your final rank depends entirely on Part B performance. This means Part A is a hurdle to clear, not a component of your final score. Nevertheless, you must prepare seriously for Part A because missing the cutoff means no Part B evaluation and automatic rejection.
1. Visualization and spatial ability
This section tests your three-dimensional thinking and your ability to mentally rotate, assemble, and visualise forms. Questions may ask you to identify which 3D form matches a given net, to complete a pattern from multiple views, or to recognise a 3D object from different angles. You may encounter questions where you are given orthographic projections (front, side, top views) and asked to identify the 3D form, or vice versa. Paper folding problems are common: you are shown a sheet being folded and a hole punched, then asked to identify the hole pattern when unfolded. Isometric drawing and perspective problems also appear. Success in this section depends on daily practice with spatial visualisation exercises, studying how different projection systems work, and building mental rotation skills.
2. Environmental and social awareness
This section evaluates your understanding of sustainability, design for social impact, and environmental sensitivity. Questions may ask about eco-friendly materials, the lifecycle of products, waste reduction strategies, accessible design, inclusive design for differently abled persons, cultural sensitivity in design, and community-centric design approaches. The scope is broad: you should understand concepts like circular economy, sustainable development, design ethics, and social responsibility. This section rewards designers who think beyond aesthetics and functionality to consider the wider impact of design. Read case studies of sustainable design, follow design for good initiatives, and develop awareness of how design can solve social and environmental problems.
3. Analytical and logical reasoning
This section tests your problem-solving ability and logical thinking. Questions include pattern recognition (identifying number, letter, or visual sequences), analogy problems (understanding relationships between pairs), logical deduction, and systematic reasoning. You may encounter sets and Venn diagram problems, series completion, and critical reasoning. While these are not strictly design-related, they assess your analytical mindset and ability to think systematically. The skill required is the same as for competitive exams like CAT or LSAT: careful reading, pattern identification, and logical inference. Daily practice with reasoning puzzles and past papers is essential.
4. Language and creativity
This section evaluates your verbal ability and creative thinking. Questions may test reading comprehension, grammar, vocabulary, and your ability to understand written ideas. Creative questions might ask you to generate ideas, identify the most suitable metaphor or analogy, or understand how language and visual communication intersect. The scope is narrow compared to language entrance exams, but it rewards candidates who read widely, understand nuance in communication, and can think creatively with words and concepts.
5. Design thinking and problem-solving
This section directly assesses design thinking: your ability to understand a design problem, identify constraints and opportunities, and develop solutions. Questions may present a design scenario or challenge and ask you to select the best approach or identify flaws in a proposed solution. You might be given a design brief and asked which of four solutions best addresses the problem. This section rewards candidates with design awareness and the ability to think holistically about problems. Building this skill requires exposure to design case studies, understanding design principles and methodologies, and practising design thinking exercises.
Important: Part A is computer-based and untimed per question. You have 60 minutes total for the entire section. Time management is crucial: practice with online mock tests to develop speed and accuracy. Aim to complete all questions with 10-15 minutes to spare for review.
Part B structure and evaluation
Part B is a 120-minute pen-and-paper test worth 100 marks. It consists of design exercises that you solve through drawing, sketching, and visual communication. Unlike Part A (which is machine-evaluated), Part B is evaluated by IIT faculty members who are experienced design educators and practitioners. This is critical: your Part B work is not compared against a rigid answer key, but against design thinking and reasoning standards set by expert evaluators. There is no "right" answer in the traditional sense. Instead, evaluators assess the quality of your design thinking, the clarity of your communication, and the appropriateness of your solutions to the given design brief.
Part B typically contains 2-4 design problem sets, totalling 100 marks. Each problem presents a design scenario or challenge and asks you to develop a visual solution. For example: "Design a system to reduce water waste in households", "Redesign a school uniform for comfort and inclusivity", or "Develop a visual identity for a social enterprise". You are expected to work through the design process: understanding the problem, identifying constraints, brainstorming ideas, developing a solution, and presenting it clearly. The emphasis is on design thinking and visual communication, not on rendering quality. A sketch with strong conceptual thinking will score higher than a highly rendered but conceptually weak drawing.
1. Design aptitude problems
These questions evaluate your ability to understand a design problem deeply and develop thoughtful solutions. You are given a design brief or scenario and asked to develop a solution through visual representation. Questions might involve redesigning an object for a new context, solving a spatial design problem, or creating a visual communication system. Success requires: (1) Problem understanding: carefully reading and understanding what the brief is asking; (2) Research and ideation: thinking through multiple approaches before committing to one; (3) Solution development: creating a clear, coherent solution that addresses the problem; (4) Communication: presenting your idea clearly so evaluators understand your thinking.
2. Sketching and visualization
Part of your Part B response involves sketching and drawing. However, the focus is not on artistic skill or photorealism. Instead, evaluators assess: (1) Clarity: Is your drawing clear and easy to understand? (2) Proportion: Are proportional relationships correct? (3) Confidence: Do your lines show confident hand movement? (4) Completeness: Have you addressed all aspects of the brief? Practice freehand sketching daily to build confidence and speed. Work with both pencil and pen. Develop your own shorthand visual vocabulary for communicating ideas quickly.
3. Visualization and form development
Some Part B questions may ask you to visualise a form or structure from descriptions or constraints. You might be given a set of requirements and asked to sketch how you would approach a design. For example: "You have 10 straight sticks and string. Design a portable shelter for a disaster zone." You would need to visualise how the components work together, sketch your solution, and explain your thinking. Build this skill through regular visualisation exercises, studying how designers approach problems, and learning from case studies.
Key point: Part B evaluators are looking for evidence of design thinking. Show your process: make notes about the problem, sketch multiple ideas, develop one solution in detail, and explain your reasoning through annotations or brief notes. A chaotic but thoughtful response is better than a clean but superficial one.
Topic weightage analysis (based on past papers)
ShapeVerse has analysed CEED past papers from 2019 to 2025 to understand approximate topic weightage. Please note: these percentages are estimates based on observed trends and are not official. IIT Bombay does not publish official weightage. Use this analysis to prioritise your preparation, but remain flexible as emphasis may shift year to year. The table below shows estimated marks distribution across Part A sections.
| Section | Estimated weightage | Key topics |
|---|---|---|
| Visualization and spatial ability | 30-35% | 3D form recognition, net folding, orthographic projections, isometric drawing, paper folding patterns, spatial reasoning puzzles |
| Environmental and social awareness | 15-20% | Sustainable design, eco-friendly materials, circular economy, inclusive design, accessibility, social impact, design ethics |
| Analytical and logical reasoning | 20-25% | Pattern recognition, number and letter sequences, analogies, logical deduction, sets, Venn diagrams, critical reasoning |
| Language and creativity | 10-15% | Reading comprehension, vocabulary, grammar, creative word problems, visual metaphors, communication understanding |
| Design thinking and problem-solving | 15-20% | Design process, problem analysis, solution evaluation, design case studies, user-centric thinking, holistic problem-solving |
Source: ShapeVerse analysis of CEED 2019-2025 past papers. Always verify with the official CEED 2027 information bulletin at ceed.iitb.ac.in.
For Part B, the weightage is less structured because it varies by question. Historically, Part B emphasises design thinking and problem-solving (60-70% of weightage) with drawing and visualisation supporting the primary solution (30-40%). Start your Part B preparation by understanding the design process: problem analysis, ideation, concept development, and presentation. Study past CEED Part B questions (available at ceed.iitb.ac.in) to see what types of problems are asked and how different candidates approach them.
Section-wise preparation tips
For Part A: visualization and spatial ability
- · Solve daily paper folding exercises (10 minutes every morning).
- · Practice net-to-3D conversion by building paper models and drawing from different angles.
- · Use online tools and apps like Geogebra or SketchUp to visualise 3D forms.
- · Solve at least 5-10 past CEED Part A spatial questions daily.
- · Build mental rotation speed through games like Tetris or block puzzle games.
- · Study orthographic and isometric projection rules thoroughly; this is the foundation for all spatial questions.
For Part A: environmental and social awareness
- · Read design case studies from platforms like Core77, Design Observer, and AIGA Eye on Design focused on sustainability and social impact.
- · Study the UN Sustainable Development Goals and understand how design contributes to each goal.
- · Follow design for good initiatives (IDEO, Design Council, Ellen MacArthur Foundation).
- · Learn about materials: understand which materials are sustainable, biodegradable, and recyclable.
- · Understand concepts like circular economy, zero waste, inclusive design, and universal design.
- · Keep a journal: daily, note one design solution you see that addresses a social or environmental problem.
For Part A: analytical and logical reasoning
- · Practice reasoning and puzzle books (similar to CAT or LSAT prep).
- · Solve 20-30 reasoning problems daily.
- · Work on pattern recognition: number sequences, letter sequences, visual pattern series.
- · Build speed: your goal is to solve each question in 1-2 minutes.
- · Understand common reasoning traps: questions may have patterns that appear obvious but are incorrect.
- · Take mock tests under timed conditions to simulate the exam experience.
For Part A: language and creativity
- · Read widely: newspapers, design blogs, fiction, poetry. Build vocabulary and reading comprehension.
- · Practice RC (reading comprehension) questions from competitive exam prep platforms.
- · Work on creative thinking: generate as many ideas as possible for open-ended prompts.
- · Study metaphors and analogies: understand how language communicates ideas visually.
- · Keep a journal: daily, write about a design concept using creative language.
For Part A: design thinking and problem-solving
- · Study the design process: problem analysis, research, ideation, concept development, iteration, evaluation.
- · Read design case studies and analyse how designers approached problems.
- · Develop your own design thinking framework and practise applying it to different scenarios.
- · Engage with CEED past paper Part B questions even while preparing for Part A: understanding design problems strengthens your overall design thinking.
- · Follow design thinking thought leaders (Don Norman, Tim Brown, Dieter Rams, Paola Antonelli).
For Part B preparation, allocate significant time (30-40% of your total CEED study) to practising design exercises. Set a timer for 120 minutes and solve past Part B questions under exam conditions. After each attempt, review your solution against the design brief and ask yourself: Did I understand the problem fully? Did I explore enough ideas? Is my solution justified? Did I communicate clearly? Analysing past Part B solutions (if available through coaching materials or mentorship) will help you understand what evaluators are looking for.
How CEED syllabus compares to UCEED
| Aspect | UCEED (Undergraduate) | CEED (Postgraduate) |
|---|---|---|
| Target audience | High school students (Class 12) | Graduates from any discipline |
| Exam format | Single paper: 3 hours. MCQ and NAT (Part A) and drawing (Part B). | Two separate papers: Part A (60 min, screening) and Part B (120 min, design exercises). |
| Design aptitude focus | Raw design sense, aesthetic judgment, and basic problem-solving. | Advanced design thinking, systematic problem analysis, and design methodology. |
| Drawing expectation | Freehand drawing and composition. Focus on visual communication. | Design sketching and visual problem-solving. Drawing is a tool to express design thinking. |
| Spatial reasoning | Basic 3D visualisation and mental rotation. | Advanced spatial reasoning, form development, and projection systems. |
| Social and environmental awareness | Minimal. Basic aesthetic and observational sensitivity. | Significant. Understanding of sustainable design, inclusive design, and design for social impact. |
In summary: UCEED tests whether you have the raw aptitude to study design at the undergraduate level. CEED tests whether you are ready for advanced design education at the postgraduate level. CEED assumes you already understand basic design principles and can think systematically about problems. It rewards depth of thinking, awareness of design in context (social, environmental, cultural), and the ability to develop coherent solutions. A UCEED score does not automatically mean you will score well in CEED. However, UCEED preparation builds a strong foundation for CEED.
Frequently asked questions
Q: Is CEED syllabus same every year?
A: The core structure remains consistent: Part A focuses on visual thinking, spatial reasoning, observation, and analytical reasoning; Part B evaluates design thinking. However, specific topics and emphasis may shift. Study the official syllabus from ceed.iitb.ac.in each year and analyse past papers (2019-2025) to understand patterns.
Q: How many questions are in CEED Part A?
A: Part A typically contains 25-30 MCQ and NAT questions worth 100 marks total. Exact count varies yearly, but each question carries approximately 3-4 marks. No negative marking. You have 60 minutes for the entire section.
Q: Can I skip Part B preparation?
A: No. While Part A is screening, Part B determines your final merit rank and admission outcome. Both parts are equally critical. Weak Part B performance will result in poor overall rank regardless of Part A score.
Q: What is Part B evaluated on?
A: Part B is evaluated by IIT faculty on: visual communication clarity, design reasoning and justification, creativity and innovation, and technical execution. It is not evaluated for artistic skill or photorealism, but for design thinking and problem-solving ability.
Q: When does IIT Bombay release the official CEED syllabus?
A: The official information bulletin (including syllabus) is released 2-3 months before the exam date. For CEED 2027 (typically January), expect the bulletin around October-November 2026 on ceed.iitb.ac.in.