Architecture Syllabus

The B.Arch syllabus varies across universities. The following curriculum is representative and should not be treated as the official syllabus of every institution.

First-Year Architecture Subjects

Basic Design: Elements and principles of design, composition, form, space, scale, colour and texture.

Architectural Drawing: Plans, elevations, sections, projections, lettering, dimensioning and graphical communication.

Visual Arts: Sketching, colour, sculpture, photography, graphics and creative exploration.

Building Materials: Properties and uses of stone, brick, timber, concrete, steel, glass and other materials.

Building Construction: Foundations, masonry, floors, roofs, openings and basic details.

History of Architecture: Early settlements, ancient civilisations, classical traditions and Indian architectural history.

Climatology: Sun, wind, temperature, humidity and climate-responsive design fundamentals.

Structures: Forces, loads, equilibrium and basic structural behaviour.

Model-Making Workshop: Physical models using paper, board, wood and other materials.

Communication Skills: Writing, presentations, documentation and design vocabulary.

Second-Year Architecture Subjects

Architectural Design Studio: Small residential, community or institutional projects.

Building Construction II: Reinforced concrete, staircases, roofs, finishes and construction systems.

Theory of Architecture: Architectural ideas, meaning, form and design approaches.

Surveying and Site Planning: Site measurement, contours, levels, orientation and site development.

Structural Systems: Beams, slabs, columns, trusses and structural principles.

Building Services: Introduction to water supply, sanitation, drainage, electrical systems and fire safety.

History of Architecture II: Medieval, Renaissance, Islamic, colonial, modern and regional traditions.

Computer-Aided Design: Digital drafting and three-dimensional modelling.

Human Settlements: Relationships among buildings, communities, streets and public spaces.

Third-Year Architecture Subjects

Architectural Design Studio III: Institutional, commercial, mixed-use or housing projects.

Building Construction III: Advanced materials, long-span systems, façades and detailed construction.

Environmental Design: Daylight, ventilation, thermal comfort and energy performance.

Building Services II: HVAC, electrical distribution, lifts, communication and fire-protection systems.

Urban Design Fundamentals: Streets, public spaces, blocks, density and urban form.

Landscape Architecture: Landform, planting, water, ecology and outdoor-space design.

Housing: Residential typologies, community needs, affordability and settlement patterns.

Working Drawings: Detailed drawings for construction and coordination.

Specifications and Estimation: Material specifications, quantities and preliminary costing.

Research Methods: Data collection, case studies, analysis and architectural writing.

Fourth-Year Architecture Subjects

Complex Building Design: Hospitals, hotels, campuses, transport facilities or high-density developments.

Professional Practice: Contracts, fees, responsibilities, ethics, project stages and office management.

Building Regulations: Development controls, building codes, accessibility and safety.

Sustainable Architecture: Passive design, energy, water, materials, waste and environmental assessment.

Advanced Structures: High-rise, long-span, shell, space-frame and specialised systems.

Urban Design Studio: Neighbourhoods, streets, precincts and public spaces.

Architectural Conservation: Heritage values, documentation, condition assessment and adaptive reuse.

BIM and Digital Practice: Data-rich models, multidisciplinary coordination and documentation.

Professional Training: Supervised work in an architecture or relevant professional practice.

Fifth-Year Architecture Subjects

Advanced Architectural Design: Complex and integrated design problems.

Electives: Specialised study based on student interest.

Dissertation: Structured research on an architectural subject.

Architectural Thesis: Independent design project supported by research, drawings, models and a final jury.

Professional Preparation: Portfolio, practice awareness and transition to employment.

Representative Semester-Wise B.Arch Syllabus

The actual placement of professional training and thesis differs among universities.

Architecture Design Studio

Design studio is the core of the B.Arch programme. Students receive a project brief and develop a response through:

1. understanding the users;
2. analysing the site;
3. studying comparable projects;
4. developing concepts;
5. testing planning options;
6. resolving circulation;
7. coordinating structure and services;
8. selecting materials;
9. developing details;
10. preparing drawings and models; and
11. presenting the final proposal.

Studio assessment may include continuous reviews, submissions, portfolios and juries.

What Is an Architecture Jury?

A jury is a design review in which students present their project to faculty members and invited professionals. Reviewers examine the concept, planning, context, technical resolution and presentation.

A jury is not merely an examination of attractive sheets. Students should explain:

• the problem;
• research;
• site response;
• design decisions;
• technical coordination;
• limitations; and
• lessons learned.

Constructive criticism is central to architecture education.

Professional Training

Professional training exposes students to real projects and office procedures. Trainees may assist with:

• design development;
• CAD drawings;
• BIM models;
• working drawings;
• municipal submissions;
• specifications;
• presentations;
• site visits;
• meeting records;
• consultant coordination; and
• documentation.

The quality of training varies. Students should select offices that offer supervised learning rather than only repetitive drafting.

Architectural Thesis

The thesis is a major independent project. Students select a topic, identify users and site conditions, conduct research, develop a programme and produce a complete architectural proposal.

A good thesis demonstrates:

• a clear question;
• relevant research;
• site understanding;
• social and environmental awareness;
• coherent planning;
• technical integration;
• design development; and
• effective communication.

Architecture Electives

Possible electives include:

• advanced urban design;
• landscape design;
• conservation;
• furniture design;
• interior architecture;
• product design;
• parametric design;
• computational architecture;
• digital fabrication;
• building performance simulation;
• architectural photography;
• film and architecture;
• housing policy;
• disaster-resilient design;
• vernacular architecture;
• sustainable materials;
• universal design;
• healthcare architecture;
• hospitality design;
• transport architecture;
• real-estate development; and
• architectural journalism.

Architecture Project Ideas

Students may explore:

• climate-responsive rural school;
• affordable housing;
• community health centre;
• urban public library;
• adaptive reuse of an industrial building;
• market redevelopment;
• transit-oriented neighbourhood;
• waterfront public space;
• disaster-resilient community centre;
• net-zero office;
• inclusive educational campus;
• conservation of a historic precinct;
• artisan-development centre;
• women’s shelter;
• public transport interchange;
• mixed-use urban block;
• co-housing project;
• sports and recreation centre;
• biodiversity interpretation centre; or
• urban food and agriculture hub.