Design Basics Studio
Anatomy of Space: Designing with the Moving Body
Process-Driven Design, Digital Design,
Material Design, Design and Build
Type / Teaching Experience, Kuwait University
Date / Feb - May 2025
Team / Dr. Barrak Darweesh
T.A Sara Alanezi
The course invites students to explore architecture through the lens of human movement, positioning the body as a metaphor for spatial experience. By observing and analyzing motion, students examine the dynamic relationship between the human form and the spaces it navigates, occupies, and shapes.
Through a structured series of representational and material studies, the project builds an understanding of movement as a driver of form, and space as an expression of the body’s rhythms and proportional logic.
The design process unfolds through a structured sequence of exercises that introduce techniques for capturing and translating movement. Students begin by breaking down motion into sequential frames, drawing from video studies to create abstracted image series. These explorations evolve into 3D digital models, diagrammatic logic-based drawings, and material experiments that test the translation of dynamic motion into physical form.
As the course develops, students engage with principles of scale, proportion, and adaptability, gradually shifting from observational studies to speculative design strategies. The final stage of the project challenges students to reinterpret movement into sculptural yet functional archetypes using wood steam bending. Throughout this phase, students design and fabricate their own jigs and steaming chambers, taking full ownership of the making process, from conceptualization to material manipulation.
Movement as Driver of Form
By observing, analyzing, and representing motion, students will examine the dynamic relationship between the body and its interaction with space. The exercise introduces techniques for capturing and translating movement into sequential representations across different mediums, progressing from video to image frames, 3D models, and abstract 2D drawings.
Assignment
Motion Tracking
Student Work:
Shoug Al Mutawa, Shaikha AlBaker
from digital to physical prototyping
The prefix “super” implies something beyond the ordinary (greater in scale, function, or expression). When added to a word, it amplifies it. “Super” furniture, then, is not just furniture, it’s an elevated, exaggerated, or reimagined version that challenges conventional boundaries of use, form, or interaction. In this assignment, students explored the idea of super furniture by selectively coupling cross-sections developed in Project 3, which have already been adjusted and scaled to accommodate the human body. Students will craft sculptural, spatial, and functional pieces that transcend standard furniture archetypes by generating surfaces between them.
Steam Bending wood
The final stage of the project challenges students to reinterpret movement into sculptural yet functional archetypes using wood steam bending. Throughout this phase, students design and fabricate their own jigs and steaming chambers, taking full ownership of the making process, from conceptualization to material manipulation.
ANALYTICAL ISOMETRIC
A hybrid representational method, this drawing technique integrates spatial, social, and technical information into a unified visual framework. Moving beyond conventional architectural representation, it diagrams function, circulation, and inhabitation alongside structural and environmental systems. Closely aligned with Atelier Bow-Wow’s theoretical framework of behaviorology, it emphasizes the dynamic relationship between built form and patterns of everyday use (Atelier Bow-Wow, 2001; 2007).
As a culminating task, students were asked to document key moments across the entire fabrication process, producing drawings that represented their evolving work-in-progress models and the constituent elements involved in making. Through this approach, students developed skills in surveying and 3D modeling their environments, while refining their spatial awareness, sense of scale, and proportional relationships.
Assignment
Final Deliverable Drawing
Students
Shoug Al Mutawa, Rayan Al Shaiji, Sara Al Nassar, Shaikha Al Baker, Shahad Al Zaabi