
Space Planning Course
Master the complete space planning process, from reading technical drawings and analysing client needs to producing fully resolved, code-compliant floor plans. This course covers every phase of professional practice across residential, commercial, and institutional project types. Whether you're entering the field or expanding your expertise, you'll build the skills employers and clients demand.
What you'll learn:
You'll learn how to conduct site visits, take accurate field measurements, and convert your findings into precise as-built drawings. You'll develop a structured approach to programming, translating client interviews and occupancy data into a spatial programme that drives every layout decision. The course covers adjacency planning, functional zoning, circulation design, and accessibility compliance in detail. You'll also gain hands-on experience with furniture planning, space efficiency calculations, and furniture schedules. Advanced topics include multi-tenant planning, phased renovation strategies, and coordination with engineering disciplines. By the end, you'll produce a complete, presentation-ready space plan package.
How you study in practice Space Planning Course
How you practise Space Planning Course
For businesses looking to train their team
With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.
Course content
8 Chapters • 37 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Space Planning
Foundations of Space Planning
Lesson 1 • Core Spatial Concepts
Covers positive and negative space, scale, proportion, and spatial hierarchy. These concepts underpin every layout decision made in later chapters.
Lesson 2 • Types of Spaces and Their Functions
Categorises residential, commercial, institutional, and mixed-use spaces by function. Connects space type to planning priorities and user needs.
Lesson 3 • Defining Space Planning
Introduces the discipline, its scope, and how it differs from interior design and architecture. Provides the conceptual framework used throughout the course.
Lesson 4 • The Space Planning Process Overview
Maps the end-to-end planning workflow from client brief to final layout approval. Students gain a mental model for organising all subsequent skills.
Chapter 2HideHide detailsSee detailsReading and Producing Technical Drawings
Reading and Producing Technical Drawings
Lesson 1 • Drawing Conventions and Standards
Explains line weights, symbols, notation, and scale conventions used in space planning drawings. Establishes a shared visual language for all subsequent drawing work.
Lesson 2 • Sketching and Drafting Layouts
Develops freehand sketching and manual drafting skills for rapid ideation and precise documentation. Prepares students for digital drafting tools introduced later.
Lesson 3 • Reading Floor Plans
Teaches systematic interpretation of existing floor plans, including walls, openings, and fixed elements. Directly enables accurate site analysis in the next chapter.
Lesson 4 • Introduction to Digital Drawing Tools
Introduces CAD and vector-based software environments for producing professional floor plans. Bridges manual skills to digital workflows used throughout the course.
Lesson 5 • Sections and Elevations
Covers how sections reveal vertical relationships and how elevations communicate wall surfaces. Students learn when each drawing type is required.
Chapter 3HideHide detailsSee detailsSite Analysis and Measurement
Site Analysis and Measurement
Lesson 1 • Preparing for a Site Visit
Covers pre-visit research, equipment selection, and safety protocols for field measurement. Efficient preparation reduces errors and repeat visits.
Lesson 2 • Producing As-Built Drawings
Converts field notes into accurate scaled as-built floor plans using digital tools. These drawings become the base for all design overlays.
Lesson 3 • Field Measurement Techniques
Teaches systematic room-by-room measurement strategies for walls, openings, and fixed elements. Accuracy here directly determines layout feasibility in later phases.
Lesson 4 • Analysing Site Constraints and Opportunities
Identifies structural, mechanical, and environmental factors that shape planning options. Students learn to reframe constraints as design drivers.
Chapter 4HideHide detailsSee detailsProgramming and Client Needs Analysis
Programming and Client Needs Analysis
Lesson 1 • Conducting Client Interviews
Develops structured questioning techniques to uncover functional, aesthetic, and operational needs. Strong interviews prevent costly scope changes later.
Lesson 2 • User and Occupancy Analysis
Analyses how many people use a space, how they move, and what activities they perform. Occupancy data directly informs area calculations and adjacency requirements.
Lesson 3 • Developing the Spatial Programme
Translates interview and occupancy data into a room-by-room area schedule with adjacency requirements. The programme document becomes the measurable brief for design.
Lesson 4 • Validating the Programme
Tests the programme against site area, budget parameters, and regulatory occupancy limits. Validation prevents design rework caused by unrealistic requirements.
Chapter 5HideHide detailsSee detailsAdjacency Planning and Zoning
Adjacency Planning and Zoning
Lesson 1 • Stacking and Blocking for Multi-Floor Projects
Extends zoning principles to vertical organisation across multiple floors. Students learn to align structural, mechanical, and functional zones vertically.
Lesson 2 • Bubble Diagrams and Block Plans
Develops skills to generate and evaluate multiple spatial arrangements quickly using bubble and block diagrams. Rapid iteration at this stage reduces costly revisions later.
Lesson 3 • Functional Zoning Strategies
Covers public-to-private zoning, wet-to-dry zoning, and activity-based clustering. Zoning decisions establish the organisational logic of the final layout.
Lesson 4 • Adjacency Matrices and Relationship Diagrams
Teaches construction and interpretation of adjacency matrices to quantify spatial relationships. Matrices translate programme requirements into visual planning tools.
Lesson 5 • Evaluating and Presenting Zone Plans
Establishes criteria for assessing zone plan quality and methods for presenting options to clients. Structured evaluation prevents subjective decision-making.
Chapter 6HideHide detailsSee detailsCirculation, Egress, and Accessibility
Circulation, Egress, and Accessibility
Lesson 1 • Accessible Restroom and Amenity Planning
Details fixture layout, clearance zones, and grab bar placement for accessible restrooms and amenities. Correct detailing prevents costly post-construction corrections.
Lesson 2 • Accessible Design Fundamentals
Introduces universal design principles and minimum dimensional standards for accessible routes and spaces. Accessibility is integrated from the earliest layout stage.
Lesson 3 • Integrating Circulation into the Floor Plan
Synthesises circulation, egress, and accessibility requirements into a coherent floor plan overlay. Students test layouts against all three criteria simultaneously.
Lesson 4 • Egress Planning and Life Safety
Applies occupancy-based egress requirements including travel distance, exit quantity, and exit width. Life safety compliance is non-negotiable in every layout.
Lesson 5 • Principles of Interior Circulation
Covers primary, secondary, and service circulation hierarchies and their spatial requirements. Effective circulation reduces congestion and supports operational efficiency.
Chapter 7HideHide detailsSee detailsFurniture Planning and Space Efficiency
Furniture Planning and Space Efficiency
Lesson 1 • Furniture Specifications and Schedules
Develops skills to produce furniture schedules that link plan symbols to product specifications. Schedules bridge design intent and procurement.
Lesson 2 • Evaluating Furnished Floor Plans
Applies a structured review process to assess furnished layouts against programme, circulation, and accessibility criteria. Systematic evaluation ensures no requirement is overlooked.
Lesson 3 • Furniture Dimensions and Clearances
Establishes standard furniture dimensions and the clearance zones required for safe and comfortable use. Dimensional accuracy prevents furniture from blocking circulation or egress.
Lesson 4 • Space Efficiency and Density Planning
Teaches methods to maximise usable area without compromising comfort or code compliance. Efficiency metrics help clients compare layout options objectively.
Lesson 5 • Furniture Layout Strategies
Covers conversation groupings, workstation clusters, and task-based arrangements for varied space types. Layout strategy directly affects user behaviour and satisfaction.
Chapter 8HideHide detailsSee detailsAdvanced Layout Strategies and Project Integration
Advanced Layout Strategies and Project Integration
Lesson 1 • Mixed-Use and Multi-Tenant Planning
Addresses shared core elements, tenant separation, and independent egress in mixed-use buildings. Students balance competing tenant needs within a single building envelope.
Lesson 2 • Planning for Flexibility and Adaptability
Covers modular grids, demountable partitions, and loose-fit planning for spaces that must evolve over time. Adaptable layouts extend building lifespan and reduce renovation costs.
Lesson 3 • Phased Occupancy and Renovation Planning
Develops strategies for planning spaces that must remain operational during construction. Phasing plans minimise disruption while achieving the full design intent.
Lesson 4 • Coordinating with Engineering Disciplines
Integrates mechanical, electrical, plumbing, and structural constraints into the space plan. Coordination prevents costly conflicts discovered during construction.
Lesson 5 • Producing a Complete Space Plan Package
Assembles all drawings, schedules, and documentation into a professional deliverable set. Students present a fully integrated space plan to a simulated client panel.
Your valid completion certificate
This course is for you:
Interior designers: ready to move beyond decoration into structured layout work.
Architecture students: building practical planning skills alongside their academic training.
Facility managers: needing to evaluate and reconfigure existing workplace environments.
Career changers: drawn to spatial problem-solving from fields like project management.
Real estate professionals: wanting to assess and communicate space potential to clients.
Renovation contractors: looking to offer clients informed layout guidance on projects.
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