Comprehensive Study Guide to Architectural Form, Process, and Elements

Fundamentals of Form and Architectural Clarity

• Definition of Form: The shape and structure of an object as distinguished from its substance or material. It refers to the specific manner of arranging and coordinating the constituent parts of a composition to produce a coherent image.
• Conceptual Clarity: This occurs when the main idea and the specific intentions behind it are translated clearly and legibly into the final architectural form.

The Iterative Design Process

• Definition: Iteration is a methodology focusing on user input regarding the product being designed or developed. It is a cyclic process of testing, analyzing, and refining a product.
• Importance of Iteration:
  • User Feedback: Involves the collection of resources and references based on user interaction.
  • Problem Solving: Facilitates understanding of what works specifically for the designer whenever the use and design are improved.
  • Best Results: Ensures the production of a superior final product.

Design Thinking Process

• The design thinking process consists of six primary steps that can be repeated as needed until the desired result is achieved:
  • 1. Empathize: Learning about the audience, uncovering emotions, seeking stories, and defining the specific user.
  • 2. Define: Determining user needs and creating a specific point of view based on user insights.
  • 3. Ideate: Brainstorming to generate a wide range of possible solutions.
  • 4. Prototype: Creating a representation of ideas to understand context and key features.
  • 5. Test: Refining the solution and gathering data to gain deeper empathy, identifying what worked and what did not.
  • 6. Assess: Establishing guidelines for evaluating work, involving the open giving, receiving, and integrating of feedback.

The Architectural Design Process

• Definition: A creative problem-solving endeavor that transforms abstract ideas and visions into a three-dimensional reality.
• Key Participants:
  • Starring Roles: Client-Owner and Architect.
  • Support Roles: Engineer, Contractor, and Supplier.
• Brainstorming Responsibilities:
  • Client-Owner: Sets the site details, goals, space requirements, budget, and other preferences.
  • Architect: Must understand zoning and building codes, perform site research and analysis, estimate the budget, and determine initial size, space location, and relationships.

Phases of the Architectural Design Process

• 1. Schematic Programming:
  • Focuses on vision and concept (utilizing bubble diagrams).
  • Addresses space, relationships, areas, sizes, location, and orientation.
  • Includes site development information, studies, sketches, style, and motif.
• 2. Design Development (Refine and Ideate):
  • The initial scheme is refined into a final design where space requirements and layouts are satisfied.
  • Decisions are made regarding details such as suggested finishes, fixtures, windows, and doors.
  • The design becomes clear and ready for higher technical detail.
• 3. Contract Documents (Finalize and Prototyping):
  • Details are finalized to communicate the design to construction drawings.
  • Detailed drawings are prepared for submission to engineering disciplines and specialty contractors.
  • Includes specifications for systems, components, material selection, appliances, and fixtures for an accurate cost estimate.
• 4. Construction (Implementation):
  • The architect assists in bidding and contractor selection.
  • Site visits are conducted to ensure designs are followed according to plans.
  • The architect reviews the accomplishment and completion of works and acts as a consultant for material choices.
  • Interior services may be offered as an allied service.

Semiotics and Semiology in Architecture

• Semiotics: The study of signs and symbols and their interpretation.
• Semiology: The study of the nature of signs and the laws governing them.
• Key Figures: Charles Sanders Peirce and Ferdinand de Saussure are considered the fathers of semiology.
• Principles:
  • Signs are a part of social life and social psychology.
  • They can be studied in written/spoken language, rituals, culture, images, and art.
  • Signifier: Refers to the concept.
  • Signified: Refers to the form.
  • Denotation: The surface meaning; what is understood at first glance.
  • Connotation: Deeper meaning; the formation of judgments based on visual perception.
• Relevance to Architecture: Forms and spaces have intrinsic meaning. Designers must ensure meanings (Beauty, Strength, Function) are understood by users.

Evidence-Based Design Analysis and Synthesis

• Analysis: Fundamental parts of the design problem are separated and identified.
• Synthesis: Parts are integrated to form a coherent solution. (Note: The process can also happen in reverse).

The Concept Sheet and Development

• Definition: A textual and graphical explanation containing intentions and conceptual development; it acts as a map of ideas and storytelling for the architectural solution.
• Characteristics of a Concept Sheet:
  • Logical: Solid argumentation from problem to solution.
  • Research-based: Incorporates past and present information about the typology.
  • Visual: Includes sketches and illustrations to explain the central idea.
  • Informative: Maps out the design decisions step-by-step.
  • Accessible: Easy to understand with brief explanations.
• Problem Framing: Problems must be framed through observable realities, community issues, research recommendations, trends, or perceived trajectories.
• Parts of a Concept Sheet:
  • 1. Project Title: Brief description.
  • 2. Project Name.
  • 3. Project Brief.
  • 4. Project Goal: Objectives supplied by clients.
  • 5. Project Objectives: Outline of aims and end-goals.
  • 6. Design Philosophy: The designer's point of view and approach to architecture in general.
  • 7. Design Concept: Explains the specific intent to solve the current problem. Influences include Theory (new way of seeing), Process (new way of using), Technology (new way of building), and Form (new way of composing).
  • 8. Design Objectives: How the Project Objectives are answered based on the concept.
  • 9. Design Consideration: Abstract ideas.
  • 10. Design Strategies: Fragmented architectural solutions.
  • 11. Evolution of Form: Includes the concept board, floor plans, diagrams, elevations, site development plans, sections, and perspectives.

Abstraction and Conceptualization

• Abstraction: Enables reality to be codified (creating a vocabulary/pattern) independent of its particularity to aid communication of concepts. The process starts with simple abstraction and ends with a complete proposal.
• Starting the Process:
  • Be empathetic.
  • Get inspiration from surroundings.
  • Research and watch videos.
  • Use sketchbooks (pen/paper or digital).
• Exploration Methods:
  • Models, Photo Montage/Collage, and Brainstorming/Word Clouds.
  • Flaneur: A person who strolls the city aimlessly to experience it.
• Three Important Factors:
  • 1. Site (Location area).
  • 2. Project Brief (Client requirements).
  • 3. Typology (Function of the building).

Elements of Architecture as Visual Language

• Framework by Dr. Gerard Lico:
  • a. Word or Vocabulary: Elements of Architecture.
  • b. Syntax/Arrangements: Parts of the building.
  • c. Message/Architecture: The overall structure.
• Core Elements:
  • 1. Ground Area: The site where buildings sit; defines areas (floors, pavements, lawns) and is not always flat.
  • 2. Platform: A raised plane above natural ground level to connote importance or protect from flooding.
  • 3. Pit: A defined area lowered below the ground via excavation.
  • 4. Marker: Defines a place in a particular spot and stands out (e.g., Obelisk or Columns).
  • 5. Focus: Areas of concentration (e.g., Fireplace, Altar, Throne, Work of Art, or a Distant Mountain).
  • 6. Wall: Defines the inner "shell"; used to separate and protect. Examples: Kalyados (allows air to cross) and Sawali (woven walls).
  • 7. Roof: Protects from the forces of the sky. Example: Filipino Roof (voluminous thatched roof allowing warm air to rise while the steep profile protects from heavy rain).
  • 8. Path: Route of movement (straight or irregular). In the Bahay na Bato, staircases separate private upstairs (anti-sala) from public downstairs.
  • 9. Openings: Passages for people, light, or air. In Bahay na Bato: Ventanilla, Capiz sliding windows, and Espejo (fixed top window). Special hallways may utilize double wall protection with large doors for carriages.

Architectural Drawing and Communication

• Drawing as Communication: Rendering likeness for understanding; rich in information; clear and explicit using established conventions.
• Diagram: A simplified drawing illustrating relationships and growth patterns using symbols and icons.
• Drawing Process:
  • Seeing: Elective vision from different viewpoints.
  • Visualizing: Seeing with the "mind's eye" to gather data from memory or beyond the present.
  • Expressing: Using lines and visual signatures (pen, pencil, graphic content).
• Shape: The definition of form. Categories include calligraphic lines, positive/negative shapes, and shapes as symbols or visual concepts.

Types and Importance of Architectural drawings

• Importance:
  • Document owned by the architect.
  • Critical guide for construction and cost estimation to prevent the project from going astray.
• Drawing Types:
  • Floor Plan: Top view showing room labels, measurements, furniture layout, and technical details (electrical/plumbing).
  • Elevations: Shows all four sides of the structure, measurements, labels, material details (doors, windows, roofs), and the grid (height and column distance).
  • Sections: "Blow-up" views showing the interior, furniture, measurements of floor/ceiling heights, and room labels.
  • Perspective: The finished look of the structure for layman convenience; consistency is required.
  • Orthographic Projection: Also known as Orthogonal projection. It represents 3D objects containing dimensions of $L \times W \times H + \text{Depth}$ into 2D drawings defined by $L \times W \times H$. It uses the top view (Plan) as a reference to project front, rear, right, and left side views.