Architect course

Lesson 1 • History and Evolution of Architecture

Traces architectural development from ancient civilizations to modernism. Establishes historical context that informs contemporary design vocabulary and theory.

Lesson 2 • The Architect's Role and Responsibilities

Defines professional duties spanning design, coordination, and advocacy. Frames ethical obligations to clients, users, and the broader public.

Lesson 3 • Architecture as Cultural Expression

Examines how buildings encode cultural values, identity, and power. Students analyse landmark works to decode meaning embedded in form and material.

Lesson 1 • Digital Drafting with CAD Tools

Introduces computer-aided drafting for precision drawing production. Students replicate hand-drawn exercises digitally to reinforce conventions while gaining software proficiency.

Lesson 2 • Orthographic Drawing Fundamentals

Covers plans, sections, and elevations as the standard set of construction documents. Students learn line weights, notation, and drawing conventions used in practice.

Lesson 3 • Portfolio and Drawing Presentation

Teaches layout, hierarchy, and graphic communication for professional portfolios. Students assemble a curated drawing set demonstrating representational range.

Lesson 4 • Diagramming and Concept Communication

Develops bubble diagrams, parti sketches, and analytical diagrams as design thinking tools. Diagrams bridge conceptual intent and formal architectural proposals.

Lesson 1 • Properties of Primary Building Materials

Examines concrete, steel, timber, masonry, and glass in terms of strength, durability, and workability. Material properties directly inform structural and aesthetic decisions.

Lesson 2 • Construction Sequencing and Methods

Explains site preparation, foundation types, and superstructure erection sequences. Understanding construction order enables architects to produce buildable designs.

Lesson 3 • Building Envelope and Enclosure

Covers wall assemblies, roofing systems, and fenestration as the interface between interior and exterior. Envelope performance affects energy use, comfort, and durability.

Lesson 1 • Mechanical and HVAC Integration

Introduces heating, ventilation, and air-conditioning systems and their spatial requirements within buildings. Architects coordinate duct routing, equipment rooms, and ceiling plenum zones.

Lesson 2 • Climate Analysis and Passive Design

Uses climate data to drive orientation, massing, and shading decisions before active systems are introduced. Passive strategies reduce energy demand at the design stage.

Lesson 3 • Daylighting Design Strategies

Covers aperture sizing, light shelf design, and glare control to maximise useful daylight. Effective daylighting reduces artificial lighting loads and improves occupant well-being.

Lesson 4 • Electrical, Plumbing, and Fire Systems

Covers power distribution, lighting circuits, plumbing stacks, and fire suppression as integrated building systems. Students locate cores, risers, and service zones in design layouts.

Lesson 1 • Schematic Design Development

Develops approved concepts into coordinated floor plans, sections, and massing models. Schematic design establishes the spatial framework for all subsequent detailing.

Lesson 2 • Site Analysis and Response

Evaluates topography, access, views, and context to generate site-specific design responses. Site analysis transforms constraints into generative design opportunities.

Lesson 3 • Concept Development and Testing

Guides students from abstract ideas to testable spatial concepts through sketching and modelling. Concept testing reveals structural and programmatic viability early.

Lesson 4 • Design Development and Coordination

Refines schematic designs by integrating structure, envelope, and systems into a coordinated set. Students resolve conflicts between disciplines before construction documentation begins.

Lesson 1 • Life Safety and Egress Design

Addresses means of egress, exit capacity, travel distances, and fire-rated assemblies. Life safety systems protect occupants and are non-negotiable design requirements.

Lesson 2 • Zoning and Land Use Regulations

Explains use classifications, setbacks, floor-area ratios, and height limits as development controls. Zoning analysis determines what is legally buildable on a given site.

Lesson 3 • Universal Design and Accessibility

Applies accessibility standards for ramps, restrooms, parking, and signage to create inclusive environments. Universal design benefits all users, not only those with disabilities.

Lesson 4 • Building Code Fundamentals

Covers occupancy classifications, construction types, and allowable areas as the core code framework. Code compliance is verified through systematic design review.

Lesson 1 • Construction Document Set Organisation

Defines the standard sheet types, numbering systems, and drawing hierarchy in a full document set. Organised documents reduce contractor errors and RFI volume.

Lesson 2 • Bidding and Contractor Selection

Explains bid package preparation, addenda, bid evaluation, and contract award processes. Proper bidding procedures ensure competitive pricing and qualified contractor selection.

Lesson 3 • Specifications and Material Standards

Introduces specification writing as the written complement to drawings, defining quality and performance. Specifications prevent substitution disputes and protect design intent.

Lesson 4 • Detailed Architectural Drawings

Covers large-scale details, wall sections, and connection drawings that communicate assembly to contractors. Detail quality directly affects construction accuracy and cost.

Lesson 1 • Integrated Sustainable Design

Embeds passive strategies, renewable energy, and material efficiency into the studio project. Sustainability targets are set early and verified through iterative performance analysis.

Lesson 2 • Professional Practice and Project Management

Covers fee structures, project scheduling, team coordination, and risk management in architectural practice. Business acumen is essential for sustainable professional careers.

Lesson 3 • Design Presentation and Critique

Prepares students to present complex projects to juries, clients, and public audiences with clarity and confidence. Presentation skills are as critical as design quality in professional practice.

Lesson 4 • Advanced Digital Design and Fabrication

Applies parametric modelling and digital fabrication to generate and test complex geometries. Digital tools extend design possibilities while maintaining constructability.