Theory of Architecture 2: Key Concepts and Approaches

TOA 1

Focuses on basic architectural concepts.

TOA 2

Explores advanced architectural concepts.

Architectural Theory

Thinking and discussing architecture's principles.

Design Philosophy

Driving force behind a designer's work.

Design Approach

Guides the project from start to finish.

Spatial Perception

Understanding space through human experience.

Formal Perception

Recognition of shapes and forms in design.

Design Process

Methodical approach to architectural creation.

Architectural Manifesto

A declaration of design principles and beliefs.

Adaptive Reuse

Transforming existing structures instead of demolishing.

Sustainability in Architecture

Designing with environmental and resource considerations.

Social Factors in Design

Impact of society on architectural choices.

Material Processes

Techniques used in construction and design.

Visual Emphasis

Focus on aesthetics in architectural design.

Functional Emphasis

Prioritizing usability in architectural projects.

Community Relationships

Interactions between architecture and social groups.

Technological Influence

Impact of technology on architectural practices.

Environmental Parameters

Natural factors affecting architectural design.

Balkrishna V. Doshi

Architect emphasizing ethics in architecture.

Riken Yamamoto

Architect highlighting public-private realm kinship.

Lacaton & Vassal

Advocates for sustainability through adaptive reuse.

Contemporary Design Thinking

Current trends influencing architectural design.

Design Approach

A method guiding the creative strategy for projects.

Practical Approach

Traditional problem-solving using efficient materials.

Experiential Approach

Focuses on immersive user experiences in design.

Integrated Design Approach

Collaboration of multidisciplinary experts in projects.

Sustainable Approach

Design minimizing environmental impact from inception.

LEED Certification

Validation for eco-friendly building practices.

Design Strategy

An overarching plan from concept to execution.

Project Goals and Objectives

Specific aims guiding the design process.

Environment and Site Analysis

Assessment of location's impact on design.

User Needs

Consideration of end-user requirements in design.

Aesthetic Vision

Artistic intent guiding the visual aspects.

Material and Technology

Selection of appropriate resources for construction.

Regulatory Compliance

Adherence to laws and standards in design.

Budget and Schedule

Financial and time constraints influencing design.

Optimize Site Potential

Maximizing the advantages of a given location.

Renewable Energy Consumption

Minimizing reliance on non-renewable energy sources.

Water Conservation

Strategies to protect and manage water resources.

Indoor Environmental Quality

Enhancing comfort and health within buildings.

Operational and Maintenance Practices

Efficient management of building functions post-construction.

Passive Cooling

Natural methods to reduce indoor temperatures.

A Pattern Language

Framework for design based on recurring solutions.

Architectural Paradigms

Typical examples or models in architectural design.

Architectural Paradigm Shift

A fundamental change in architectural design approach.

Multiplicity of Identities

Emphasizes diverse identities over singularity in architecture.

Variation and Movement

Encourages dynamic changes in architectural forms.

Historical Distinction

Differentiates from traditional architectural classifications.

New Knowledge Form

Rejects binary oppositions in architectural thought.

BIM

Building Information Modeling enhances design efficiency.

Parametric Design

Design method using parameters for form generation.

Autodesk Generative Design

Software that optimizes design through algorithms.

Rhino-Grasshopper

Tool for parametric modeling in architecture.

AI in Architecture

Automates design processes, enhancing creativity and feasibility.

Green Paradigm Shift

Focus on sustainability in architecture and construction.

Ecological Awareness

Recognition of environmental impacts in design.

Sustainable Design

Design that minimizes environmental harm.

Refurbishment

Renovating existing structures instead of new construction.

Intelligent Cities

Urban areas utilizing data for improved functionality.

Data Mining

Extracting useful information from large datasets.

Walkability

Measure of how friendly an area is to walking.

3D Printing in Construction

Technology that creates structures layer by layer.

Material Optimization

Efficient use of materials in construction processes.

Design Process Stages

Sequential phases in architectural design development.

Iterative Design Process

Continuous refinement through repeated testing and feedback.

Post-Occupancy Evaluation

Assessment of building performance after occupancy.

Critical Thinking in Design

Evaluating and improving design through analysis.