
Special Problems in Architectural Design Course
Master the full arc of architectural design — from reading a site to defending a final project before a professional jury. This course tackles the complex, multi-constraint problems that define real practice, building the analytical rigour, technical fluency, and creative judgement every serious architect needs.
What you will learn:
Apply structured spatial reasoning to frame and solve complex architectural design problems.
Conduct rigorous site analysis and translate environmental data into informed design strategies.
Develop comprehensive spatial programmes that balance client needs, code requirements, and budget constraints.
Integrate structural systems, material selection, and building envelope performance into a unified design concept.
Navigate zoning regulations, accessibility standards, and life safety codes with professional confidence.
Produce and defend a fully coordinated design development package before a multidisciplinary jury.
How you study practically Special Problems in Architectural Design Course
How you practise Special Problems in Architectural Design Course
For companies looking to train their teams
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 • 32 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Architectural Design Thinking
Foundations of Architectural Design Thinking
Lesson 1 • Conceptual Thinking in Architecture
Develops the ability to generate and sustain a guiding concept throughout a design process. Links abstract ideas to concrete spatial and material decisions.
Lesson 2 • Principles of Spatial Organization
Covers hierarchy, circulation, and enclosure as organising forces in architecture. Grounds students in the spatial logic underlying all subsequent design decisions.
Lesson 3 • Design Problem Identification and Framing
Teaches methods for diagnosing ill-defined design briefs and reframing them as solvable problems. Connects problem clarity to stronger conceptual outcomes.
Lesson 4 • Precedent Study and Analysis
Introduces systematic methods for studying built works to extract transferable design strategies. Builds analytical habits that inform original design responses.
Chapter 2HideHide detailsSee detailsSite Analysis and Contextual Response
Site Analysis and Contextual Response
Lesson 1 • Cultural and Historical Context
Examines how neighbourhood history, cultural identity, and memory shape appropriate design responses. Connects contextual research to meaningful architectural expression.
Lesson 2 • Site Strategy and Design Response
Synthesises site data into a coherent positioning, massing, and access strategy. Demonstrates how site analysis directly generates design form and organisation.
Lesson 3 • Environmental and Climatic Analysis
Teaches climate data interpretation and passive design strategy selection for a given site. Integrates environmental performance into early design decisions.
Lesson 4 • Physical Site Documentation
Covers topography, hydrology, vegetation, and existing structures as primary site data. Establishes rigorous documentation as the basis for responsive design.
Chapter 3HideHide detailsSee detailsProgramme Development and Spatial Briefing
Programme Development and Spatial Briefing
Lesson 1 • Client and User Research Methods
Covers interviews, observation, and participatory techniques for gathering user requirements. Positions user research as the ethical and practical foundation of programming.
Lesson 2 • Space Quantification and Area Budgeting
Introduces net-to-gross ratios, area standards, and adjacency requirements for diverse building types. Connects quantitative rigour to realistic and buildable design proposals.
Lesson 3 • Adjacency and Relationship Diagrams
Teaches bubble diagrams, matrices, and stacking diagrams to map spatial relationships. Provides tools for testing organisational logic before committing to form.
Lesson 4 • Programme Validation and Brief Refinement
Covers methods for testing a draft programme against budget, code, and client priorities. Ensures the brief remains a living document that evolves with the design.
Chapter 4HideHide detailsSee detailsSchematic Design and Concept Development
Schematic Design and Concept Development
Lesson 1 • Plan Organisation and Typological Logic
Examines plan typologies—courtyard, linear, clustered—and their organisational implications. Teaches students to select and adapt typologies to specific programme demands.
Lesson 2 • Ideation and Generative Sketching
Introduces rapid sketching, thumbnail studies, and analog ideation as primary generative tools. Builds fluency in translating thought into spatial proposals quickly.
Lesson 3 • Massing and Volumetric Studies
Covers physical and digital massing models to test scale, proportion, and site fit. Links volumetric decisions to programme, structure, and environmental performance.
Lesson 4 • Schematic Design Package Preparation
Covers the content, graphic standards, and narrative required in a schematic design submission. Prepares students to communicate design intent to clients and consultants.
Chapter 5HideHide detailsSee detailsStructural and Material Integration
Structural and Material Integration
Lesson 1 • Structural System Selection
Covers load paths, span capabilities, and the spatial implications of major structural systems. Enables informed structural decisions that support rather than contradict design intent.
Lesson 2 • Tectonic Expression and Detail Design
Develops the ability to design details that express the logic of construction honestly. Links tectonic clarity to architectural authenticity and craft.
Lesson 3 • Integrated Building Systems Coordination
Introduces coordination of mechanical, electrical, and plumbing systems within the architectural design. Prevents late-stage conflicts by embedding systems thinking early.
Lesson 4 • Material Properties and Selection
Examines physical, thermal, and aesthetic properties of primary building materials. Connects material selection to durability, cost, and experiential quality.
Chapter 6HideHide detailsSee detailsRegulatory Compliance and Design Constraints
Regulatory Compliance and Design Constraints
Lesson 1 • Universal Accessibility Standards
Covers accessible route design, reach ranges, restroom layout, and parking requirements. Positions accessibility as a design quality enhancer, not a minimum compliance exercise.
Lesson 2 • Zoning and Land Use Compliance
Examines setbacks, floor-area ratios, height limits, and use permissions as design parameters. Teaches students to extract design opportunity from zoning envelopes.
Lesson 3 • Means of Egress and Life Safety
Teaches exit quantity, travel distance, corridor width, and stair design for life safety compliance. Integrates egress planning into early floor plan organisation.
Lesson 4 • Building Code Fundamentals
Covers occupancy classification, construction type, and allowable area as primary code variables. Establishes code literacy as a non-negotiable professional skill.
Chapter 7HideHide detailsSee detailsDesign Development and Technical Resolution
Design Development and Technical Resolution
Lesson 1 • Interior Space and Finish Design
Develops interior spatial sequences, material palettes, and finish specifications. Connects interior design decisions to the overall architectural concept and user experience.
Lesson 2 • Developing Floor Plans and Sections
Covers the transition from schematic to dimensioned, code-compliant floor plans and sections. Teaches precision drafting as a tool for discovering and resolving design conflicts.
Lesson 3 • Design Development Document Coordination
Covers sheet organisation, drawing cross-referencing, and consultant coordination at the DD phase. Prepares students for professional document production and team collaboration.
Lesson 4 • Envelope Design and Performance
Examines wall, roof, and glazing assemblies for thermal, moisture, and structural performance. Integrates envelope design with aesthetic intent and energy targets.
Chapter 8HideHide detailsSee detailsAdvanced Design Problem Solving and Critique
Advanced Design Problem Solving and Critique
Lesson 1 • Iterative Design and Revision Cycles
Covers systematic revision processes that improve design quality without losing conceptual integrity. Teaches students to distinguish productive iteration from aimless change.
Lesson 2 • Final Design Defence and Presentation
Prepares students to defend design decisions before a jury of professionals and peers. Integrates verbal, graphic, and model-based communication into a cohesive final presentation.
Lesson 3 • Complex Multi-Constraint Design Problems
Presents design scenarios with competing programme, regulatory, structural, and contextual demands. Develops the judgment to prioritise and resolve conflicts across all design dimensions.
Lesson 4 • Design Critique Methodology
Teaches structured critique frameworks for giving and receiving rigorous design feedback. Builds the reflective practice essential for continuous professional improvement.
Your valid completion certificate
This course is for you:
Architecture student: ready to bridge studio coursework and real-world design complexity.
Early-career architect: seeking structured depth beyond what entry-level projects provide.
Interior designer: expanding scope toward full architectural programming and code compliance.
Urban planner: building spatial design fluency to collaborate more effectively with architects.
Career changer: entering architecture from engineering or construction with design ambitions.
Architectural technician: aiming to contribute meaningfully at the conceptual and schematic level.
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