Building Architect Course

Lesson 1 • Architectural Drawing Conventions

Introduces standard graphic communication tools: plans, sections, elevations, and details. Students gain fluency in reading and producing technical drawings.

Lesson 2 • The Architect's Role and Responsibilities

Defines the architect's legal, ethical, and creative duties across project types. Grounds students in professional identity before technical study begins.

Lesson 3 • Introduction to Design Process

Outlines the iterative stages from brief analysis to schematic design. Students understand how professional projects are structured before executing their own.

Lesson 4 • Spatial Reasoning and Perception

Develops the ability to visualize, interpret, and manipulate three-dimensional space mentally. Directly supports drawing, modeling, and design work in later chapters.

Lesson 1 • Urban Fabric and Morphology

Analyzes street grids, block structures, building typologies, and open space networks. Equips students to position new buildings within existing urban patterns.

Lesson 2 • Climate and Microclimate Analysis

Examines sun path, wind patterns, precipitation, and humidity as design drivers. Connects environmental data directly to passive design strategies introduced later.

Lesson 3 • Site Analysis Documentation

Synthesizes all site data into a coherent graphic and written analysis report. Prepares students to present site findings as the foundation for design proposals.

Lesson 4 • Reading the Landscape and Topography

Covers contour interpretation, slope analysis, and landform classification. Students learn to translate topographic data into design opportunities and constraints.

Lesson 1 • Order, Symmetry, and Hierarchy

Examines how order systems organise buildings and guide occupant experience. Students apply symmetry, axis, and hierarchy to spatial compositions.

Lesson 2 • Proportion and Scale Systems

Covers classical and modern proportion systems including the golden ratio and modular grids. Students use these systems to achieve visual harmony in facades and plans.

Lesson 3 • Circulation and Spatial Sequence

Analyses movement paths, thresholds, and spatial transitions as narrative experiences. Students design circulation systems that reinforce programmatic and experiential intent.

Lesson 4 • Form Generation and Massing

Introduces strategies for deriving building form from concept, site, and program. Students produce massing studies that balance formal and functional requirements.

Lesson 1 • Structural Systems Overview

Surveys load-bearing walls, frames, shells, and long-span systems. Students match structural systems to building type, scale, and architectural intent.

Lesson 2 • Interior Finish Materials

Reviews flooring, wall finishes, ceilings, and millwork in terms of durability and aesthetics. Students develop material schedules aligned with project program and budget.

Lesson 3 • Structural Material Properties

Covers the mechanical and physical properties of concrete, steel, timber, and masonry. Students understand how material behaviour drives structural and architectural decisions.

Lesson 4 • Material Specification and Detailing

Teaches how to write specifications and produce construction details for material assemblies. Bridges design intent and contractor execution through precise technical documentation.

Lesson 1 • Passive Environmental Design Strategies

Applies climate analysis from Chapter 2 to passive heating, cooling, and ventilation strategies. Students embed environmental performance into building form and orientation.

Lesson 2 • Systems Coordination and Integration

Teaches clash detection, coordination drawings, and BIM-based systems integration. Students produce coordinated building sections showing all major systems in correct spatial relationship.

Lesson 3 • Mechanical Heating and Cooling Systems

Surveys HVAC system types, distribution networks, and equipment sizing principles. Students coordinate mechanical zones with architectural plans and ceiling heights.

Lesson 4 • Electrical and Lighting Systems

Covers power distribution, lighting design, and emergency systems within buildings. Students integrate electrical infrastructure into architectural drawings and reflected ceiling plans.

Lesson 1 • Sustainable Materials and Waste Reduction

Evaluates embodied carbon, recycled content, and end-of-life material strategies. Students apply life-cycle thinking to material selection and construction waste planning.

Lesson 2 • Water Conservation and Management

Covers rainwater harvesting, greywater recycling, and low-flow fixture strategies. Students design water systems that reduce potable water demand across building types.

Lesson 3 • Sustainability Frameworks and Rating Systems

Surveys internationally recognised green building rating frameworks and their credit structures. Students understand how rating systems shape design decisions from concept through construction.

Lesson 4 • Indoor Environmental Quality

Addresses thermal comfort, acoustic performance, air quality, and daylighting for occupant health. Students design spaces that meet measurable indoor environment quality targets.

Lesson 1 • Construction Document Set Organisation

Defines the structure, sheet numbering, and content of a complete construction document package. Students understand how each drawing type serves contractors and regulatory reviewers.

Lesson 2 • Contract Administration on Site

Teaches site inspection, instruction issuance, variation management, and progress certification. Students develop the judgment to manage contractor performance and design intent on site.

Lesson 3 • Procurement and Tendering

Covers contractor selection methods, tender documentation, and bid evaluation criteria. Students understand how procurement strategy affects project cost, quality, and schedule.

Lesson 4 • Project Closeout and Handover

Covers practical completion, as-built documentation, and post-occupancy evaluation processes. Students produce handover packages that support building operation and future maintenance.

Lesson 1 • Concept Development and Design Resolution

Advances from abstract concept to resolved schematic design through iterative testing. Students demonstrate how concept integrity is maintained across all design scales.

Lesson 2 • Final Presentation and Design Defense

Prepares students to present and defend a complete design project to a professional jury. Students demonstrate communication, critical thinking, and design leadership skills.

Lesson 3 • Technical Integration in Design

Embeds structural, environmental, and services systems into the design development phase. Students produce coordinated drawings that resolve technical and aesthetic conflicts.

Lesson 4 • Complex Brief Analysis and Programming

Deconstructs a multi-use brief involving competing stakeholder needs and site constraints. Students produce a detailed program and design brief that guides the entire project.