Skill-Test: Applicant Guide
Introduction
The INDA Skill-Test is the admissions examination for the International Program in Design and Architecture (INDA). It is designed to evaluate skills essential for design education, including critical thinking, spatial analysis, and the ability to communicate ideas clearly through drawing and written expression.
The test consists of three parts: Spatial Perception, Design & Conceptual Exploration, and Critical Analysis & Design Ability. Each part emphasizes a different dimension of design reasoning and representation. The full examination lasts two hours and thirty minutes, divided into Part 1 (45 minutes), Part 2 (45 minutes), and Part 3 (60 minutes). Candidates are expected to complete all tasks using conventional drawing tools of their choice. Assessment focuses on precision, conceptual clarity, and effective communication of design ideas.
For many applicants, the INDA Skill-Test may be the first encounter with formal architectural representation. Prior training in architecture is not required, but familiarity with fundamental representational methods such as plan, section, elevation, and axonometric drawings is assumed. These methods are the foundation of architectural communication. Strong performance is not dependent on decorative illustration but on disciplined drawing and analysis that demonstrate spatial understanding and coherent reasoning.
Examination Part:
Part 1: Spatial Perception
Part 2: Design and Conceptual Exploration
Part 3: Critical Analysis and Design Ability
Part 1: Spatial Perception
Time: 45 minutes
This part evaluates the ability to observe, interpret, and represent spatial conditions through drawing. Candidates are typically asked to analyze a given object and produce an analytical drawing that communicates its proportions, structure, and spatial relationships. Orthographic drawings such as plan, elevation, and section are the main tools of representation here. A section drawing in particular reveals the internal logic of a form by cutting through it and exposing its organization.
Practical skills required:
Careful observation of objects and their geometry
Precision in linework, including hatching and varied line weights
Application of annotations and dimensions to support clarity
Clear reasoning about spatial relationships expressed through orthographic conventions
Preparation strategies:
Practice drawing everyday objects in plan, elevation, and section
Focus on achieving accurate proportions without overreliance on corrections
Use short timed exercises to build confidence in working within a strict limit
Aim for clarity and systematic presentation rather than decorative detail
Part 2: Design and Conceptual Exploration
Time: 45 minutes
This part examines conceptual thinking and the ability to develop a design under specific constraints. Candidates are given a prompt and must produce at least one detailed drawing of the design, supported by annotations, a title, and a concise written description.
Practical skills required:
Ability to turn conceptual ideas into clear visual representation
Choosing the most appropriate drawing type, whether plan, section, elevation, perspective, or axonometric
Effective annotation of material composition and assembly
Concise writing that explains the design idea and its rationale
Preparation strategies:
Practice sketching design concepts with emphasis on structure and legibility
Develop fluency in combining drawing and short written notes as complementary forms of communication
Work with simple objects and experiment with transforming them into new forms and uses
Practice writing clear descriptions of design ideas in limited space
Part 3: Critical Analysis and Design Ability
Time: 60 minutes
This part requires both analytical skill and creative invention. Candidates are given reference images such as a top view plan and perspective views, and are asked to propose a coherent design extension through a technical drawing such as an axonometric view. An axonometric drawing is a parallel projection that represents three-dimensional objects without distortion of scale. Unlike perspective, it preserves accurate measurement and consistency, making it especially valuable for architectural analysis and design.
Practical skills required:
Careful reading of spatial relationships, proportions, and organizational systems
Ability to extend given forms logically and coherently
Competence in axonometric or isometric drawing with precision and clarity
Integration of analysis with imaginative invention in a single drawing
Preparation strategies:
Practice translating plans into axonometric views
Experiment with extending simple compositions while preserving scale and proportion
Build stamina for longer drawing exercises, as this section requires the most time and concentration
Focus on coherence so that new design elements emerge logically from the given conditions
Practical Considerations
In this exam, time management is critical. Each section has a fixed duration and carries its own weight toward the final score. Any standard drawing tools, including pencils, rulers, erasers, and markers, may be used. Candidates are encouraged to use familiar tools with which they are comfortable.
The examiners assess clarity, legibility, and analytical depth. Success depends not on decorative rendering but on precise drawings, structured ideas, and concise explanations. The Skill-Test measures readiness for design education by testing spatial reasoning, conceptual exploration, and critical analysis. It does not require advanced technical training but expects candidates to engage seriously with the fundamental conventions of design communication. Careful observation, disciplined practice, and the ability to communicate ideas under time constraints are the keys to success.