SPACE PLANNING & CIRCULATION
A well-designed space is a choreographed experience. This course teaches students how to master the "invisible" element of design: Movement. By merging the logic of Small-Space Optimization with the complexities of High-Volume Traffic Flow, students learn to eliminate "dead zones" and maximize every square centimeter. Whether designing a 30m² micro-apartment or a 1,000m² corporate hub, this course provides the tools to arrange furniture and architectural elements into a seamless, high-performance floor plan that guides the user instinctively.
Space planning is the "choreography" of interior design. This course teaches students how to organize an interior environment so that it functions logically and intuitively. It bridges the gap between Pillar 2’s human measurements and Pillar 3’s architectural shell. Students will learn to translate a client’s list of needs into a high-performance layout, ensuring that every square meter is optimized for its purpose. By mastering Adjacency Logic and Traffic Flow, designers can eliminate "spatial friction" and create environments that guide the user effortlessly from one zone to the next.
Instructor Profile
Prerequisites
Spatial Programming & Circulation
Description
Learning Objectives
Architect logical circulation paths that respect human "proxemics" and minimize cross-traffic interference.
Engineer compact environments using "Multi-Functional Zoning" and transformative furniture solutions.
Analyze high-volume floor plans to ensure safety, efficiency, and intuitive wayfinding in public spaces.
Master the art of "Visual Expansion"—using light, mirrors, and furniture orientation to make small footprints feel spacious.
Topics Covered
The Micro-Living Lab (3 Hours): Techniques for Small-Space Optimization; utilizing vertical space, "folding" zones, and furniture that serves dual purposes (e.g., Murphy beds, nesting tables).
High-Volume Dynamics (3 Hours): Mapping "Desire Lines" in commercial spaces; designing for peak-hour traffic in offices, retail, and lobbies while maintaining Life Safety Codes.
Adjacency & Logic Mapping: Creating "Bubble Diagrams" and "Relationship Matrices" to determine which functional zones must stay together and which must stay apart.
Wayfinding & Lighting Cues (2 Hours): Methods for defining movement paths without physical walls—using floor patterns, ceiling drops, and directional lighting to lead the user.
Learning Outcomes
Spatial Agility: The student can successfully transition from designing a dense urban studio to a complex multi-room commercial office.
Layout Efficiency: Proficiency in reducing "circulation waste," ensuring that the maximum percentage of a floor plan is dedicated to functional use.
Safety & Compliance: Ability to design layouts that meet emergency egress requirements without compromising the design aesthetic.
Strategic Optimization: The student will be able to "audit" a poorly performing layout and reconfigure it to improve both user comfort and business productivity.
Learning Objectives
Translate a client's functional requirements (The Program) into a logical Adjacency Matrix and Bubble Diagram.
Evaluate floor plans for efficient Circulation Patterns, ensuring safe and intuitive movement for both residents and high-volume public visitors.
Apply "Small-Space Optimization" techniques to maximize utility in compact urban environments.
Synthesize the principles of Zoning to separate social, private, and service areas effectively within a single space.
Topics Covered
The Program & Adjacency Logic: Analyzing room relationships (e.g., Kitchen near Dining) and creating Relationship Diagrams to define the "heart" of the project.
Circulation & Traffic Mapping: Designing primary and secondary paths; calculating minimum widths for hallways and "pinch points" based on Human Factors data.
Zoning Strategies: Dividing space into "Public vs. Private" and "Quiet vs. Loud" zones using both physical walls and "visual thresholds" (like lighting or floor changes).
Small-Space Optimization (The Micro-Living Lab): Techniques for multi-functional rooms, vertical storage, and eliminating "circulation waste" in tight footprints.
High-Volume Logic: Managing the flow of people in commercial lobbies, retail stores, and open-plan offices while maintaining Life Safety/Fire Egress codes.
Learning Outcomes
Schematic Proficiency: The student can rapidly sketch multiple layout options (Space Plans) that solve complex functional problems.
Spatial Efficiency: Ability to justify every square meter of a plan, significantly reducing unused or "dead" space.
Wayfinding Expertise: Creating layouts where a user instinctively knows where to go without the need for excessive signage.
Drafting Readiness: The student will produce a "Validated Bubble Diagram" that serves as the direct blueprint for the technical 2D plans in Pillar 5.
Course Rules
· Attendance Policy: Participation is mandatory; exceeding a 15% absence rate will result in an automatic failure of the course.
· Grading Criteria: Final grades are calculated based on a combination of consistent attendance, completion of practical assignments, and the quality of the final project.
· Punctuality & Professionalism: Arriving late or leaving early frequently is often penalized as a partial absence. Students are expected to treat the classroom like a professional studio, maintaining high standards of conduct and communication.
· Submission Deadlines: Late submissions for assignments or the final project are generally not accepted or are subject to significant grade deductions unless an official medical excuse is provided.
· Originality & Academic Integrity: All motion assets, animations, and project files must be the student's original work. The unauthorized use of AI-generated assets or "stealing" project templates without significant modification is strictly prohibited and can lead to immediate disqualification.
· Hardware & Software Requirements: Students must ensure their personal workstations meet the 2026 technical specifications for rendering (typically requiring high-end GPUs and 32GB+ RAM) to prevent project delays during the final rendering phase.
· In-Class Engagement: Active participation in peer critique sessions is often a mandatory component of the "Attendance" grade, requiring students to provide constructive feedback on others' work.
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