Architectural Thesis

Week 1:  Introduction to Architectural Thesis

Lecture 1.1: Introduction to Architectural Thesis – Purpose, Scope, and Relevance
Lecture 1.2: Understanding the Thesis Journey – Expectations and Deliverables; Key milestones and deadlines; Typical deliverables at each stage; Role of the supervisor/mentor; Ethics in architectural research
Lecture 1.3: Research Approaches in Architecture – Qualitative, Quantitative & Mixed Methods
Lecture 1.4: Literature Review – Purpose (identifying gaps, synthesizing existing knowledge, establishing theoretical framework) and Scope (broad to narrow approach, relevance to research questions); Types (systematic, narrative, meta-analysis); Strategies for Lit. Review (databases and academic resources, Keywords and Boolean operators, Reference management tools)
Lecture 1.5: Topic selection – Strategies for selecting thesis topics (current architectural issues, societal needs; Research Gaps), Framing Research Questions, real project/ site vs hypothetical project/site

Week 2: Preparing Framework for Thesis

Lecture 2.1: Preparing a Framework – Themes and Parameters, Components of Architectural Thesis; Methodology; Timeline
Lecture 2.2: Defining the Problem Statement and Research Objectives – distinction between objectives and research questions, Issues to be addressed
Lecture 2.3: Detailing Research Methodology; Sampling strategies and participant selection; Instrumentation development (questionnaires, interview)
Lecture 2.4: Creating a Design Program; Integration of Research with Design Intent Assessment and User Studies
Lecture 2.5: Structuring the Design Thesis – Sheets, Chapters in report, Sequence, and Flow

Week 3: Data Collection, Case Studies and Site Analysis

Lecture 3.1: Specific data collection methods (surveys, interviews, observations, archival analysis, spatial analysis); Data required (Anthropogenic data, space requirements, area calculations and standards, Building bye laws, land-use, FAR, ground coverage, height restrictions, setbacks and other applicable laws); sources; Ethical considerations specific to data collection
Lecture 3.2: Role of Case Studies in Thesis – Methods of Selection; Documenting and Analyzing Case Studies – Best Practices
Lecture 3.3: Site Selection Criteria – Contextual and Functional Factors
Lecture 3.4: Site Analysis Techniques – Physical, Environmental, and Socio-cultural Aspects
Lecture 3.5: Synthesis of All Findings to Draw Design Ideas – Purpose of synthesizing data from surveys, interviews, case studies, and site analysis; Identifying key takeaways; Methods to interpret and merge findings (SWOT analysis, mind maps, concept mapping, overlays); Translating research findings into early concept diagrams, design objectives and spatial requirements

Week 4: Concept, Site Plan and Floor Plans

Lecture 4.1: Understanding Design Concept Development; Types of design concepts (formal, functional, symbolic contextual); Translating research into concept narratives; Examples of strong conceptual frameworks in past theses
Lecture 4.2: Site Planning Principles and Zoning; Principles of site planning in architectural design; Site zoning based on functions, access, views, climate, and circulation; Role of contours, natural features, and utilities in planning; Relationship between site analysis and site planning decisions
Lecture 4.3: Developing the Site Plan; Components of a site plan: layout, landscape, circulation, services; Drawing conventions and scales used; Integration of design concept into site layout; Case examples and critiques of selected site plans
Lecture 4.4: Preparing Single Line Floor Plan Design; Translating concept into spatial organization; Functional layout, space relationships, and adjacency diagrams; Planning for circulation, light, ventilation, and structural clarity; Building codes and standards influencing plan design
Lecture 4.5: Evolving Double Line Floor Plans through Iteration; Role of sketching and iterative design development; Reviewing and refining plan layouts based on feedback; Aligning floor plans with user needs, site conditions, and thesis objectives; Best practices in presenting and explaining floor plans in a thesis; Techniques to develop and present architectural floor plans

Week 5: Elevation, Section, Site Elevation, Site Section, Details

Lecture 5.1: Building Elevations – Design and Communication; Importance of elevations in expressing architectural character; Techniques for developing exterior façades based on plan and context; Visual hierarchy, symmetry, proportion, and material articulation; Elevation drawing conventions and representation standards
Lecture 5.2: Building Sections – Spatial and Structural Expression; Role of sections in explaining spatial relationships and interior volumes; Vertical connectivity, floor-to-floor transitions, light and ventilation; Drawing human activity, furniture layout, and structural clarity; Types of sections and their use in different building typologies; Section drawing conventions and representation standards
Lecture 5.3: Site Elevations – Responding to Context and Terrain; Understanding site elevation as a representation of built form in context; Responding to topography, vegetation, and adjoining structures; Illustrating skyline, material transitions, and scale in the surroundings; Drawing techniques for site elevation using CAD and 3D tools
Lecture 5.4: Site Sections – Integrating Landscape and Built Form; Role of site sections in communicating levels, slopes, and landform; Integrating landscape elements, roads, retaining walls, and drainage; Representing cut-and-fill, site grading, and accessibility in sectional drawings; Site Section drawing conventions and representation standards
Lecture 5.5: Detailing; Working drawing of any one important part of building; Construction details of any two elements of the building; Selecting scales and drawing conventions for technical detailing; Layout of Building Services (Electrical/ HVAC/Sanitation/Water Supply/Interiors/Landscape); Examples of effective detailing in academic thesis submissions

Week 6: Visual Communication (Sheet Composition; Figures, Charts, Text, Physical Models, 3D Views, Simulation and Walkthroughs)

Lecture 6.1: Principles of Sheet Composition and Layout Design; Understanding hierarchy, balance, alignment, and rhythm in layout; Strategies for organizing drawings, text, and graphics; Visual storytelling across multiple sheets; Common mistakes and layout do’s and don’ts in thesis presentation
Lecture 6.2: Effective Use of Figures, Charts, and Text in Design Communication; Integrating diagrams, infographics, and flowcharts to support narrative; Annotating plans, sections, and illustrations with clarity; Typography and color schemes for visual clarity and professionalism; Balancing visuals with explanatory text
Lecture 6.3: Physical Models – Types, Scales, and Presentation; Conceptual, site, and detailed architectural models; Choosing materials: foam, cardboard, wood, acrylic, etc.; Techniques for model-making and representing design intent; Displaying and photographing models effectively
Lecture 6.4: 3D Views, Renders, and Digital Simulations; Role of 3D perspectives in communicating space and form; Overview of rendering tools (SketchUp, Lumion, Enscape, etc.); Contextualizing 3D views with people, landscape, and light; Simulating real-time design environments and climate response
Lecture 6.5: About Walkthroughs and Final Visual Presentation; Planning and scripting an architectural walkthrough; Tools and workflow for creating animated walkthroughs; Integration of walkthroughs in juries and digital submissions; Tips for an impactful final visual presentation

Week 7: Report Writing for Architectural Thesis

Lecture 7.1: Structuring the Architectural Thesis Report; Understanding the purpose and format of the thesis document (Abstract, Introduction, Literature Review, Methodology, Case Studies, Site Analysis, Design Development, Conclusion, References)
Lecture 7.2: Writing Key Sections of the Report – Part I; Writing Abstract and Introduction; Research background, aims, and objectives; Literature Review through synthesis and citation; Explaining research questions or hypotheses clearly
Lecture 7.3: Writing Key Sections of the Report – Part II; Methodology: describing design process, tools used, and rationale; Case Study and Site Analysis chapters; Articulating the design development process using text, diagrams, and sketches; Presenting final design outcome and conclusion with clarity and justification
Lecture 7.4: Design Documentation and Supporting Content; Explaining conceptual diagrams, design iterations, and processes, In-text Citation, Referencing
Lecture 7.5: Visual and Verbal Integration – Balancing visuals and text, Captions, cross-referencing of charts/ tables/figures; Organizing appendices; Proofreading and editing strategies, Avoiding Plagiarism, Final tips for report coherence

Week 8: Final Guidance: Time Management, Well-being, Presentation, and Beyond

Lecture 8.1: Time Management Strategies; Mental Health and Well-being During Thesis
Lecture 8.2: Common Challenges in Architectural Thesis and How to Overcome Them
Lecture 8.3: Tips for Jury Presentation and Final Defense
Lecture 8.4: Preparing for Life After Thesis – Portfolio Development and Career Pathways; Converting thesis work into professional portfolio content; Preparing the thesis portfolio for job applications, higher studies, or competitions; Understanding career paths in architecture: practice, research, urban planning, policy, conservation, etc.; Networking and showcasing your thesis: exhibitions, conferences, and digital platforms
Lecture 8.5: Course Summary – Key Takeaways and Resources for Further Reading

• Neufert, E., & Neufert, P. (2000). Architects' data (3rd ed.). Wiley-Blackwell.

• Groat, L. N., Wang, D. (2002). Architectural Research Methods. United Kingdom: Wiley.

• Borden, I. (2005). The Dissertation. Netherlands: Taylor & Francis.

• Kumar, S. (2006). Building construction (19th ed.). Standard Publishers Distributors.

• Barry, R. (2007). The construction of buildings (Vols. 1–5). Wiley-Blackwell.

• Di Mari, A., Yoo, N. (2012). Operative Design: A Catalog of Spatial Verbs. Netherlands: BIS Publishers.

• Penner, R., Adams, L., Robson, S., Rutes, W. (2013) . Hotel Design, Planning and Development. United Kingdom: Taylor & Francis.

• Ching, F. D. K. (2014). Building construction illustrated (5th ed.). Wiley.

• Bureau of Indian Standards. (2016). National Building Code of India 2016 (Vol. 1–2). New Delhi: Bureau of Indian Standards.

• Fraser, M. (2021). Design Research in Architecture: An Overview. United Kingdom: Taylor & Francis.

• Garg, A., Dewan, A. (2022). Manual of Hospital Planning and Designing: For Medical Administrators, Architects and Planners. Singapore: Springer Nature Singapore.

The course is free to enroll and learn from. But if you want a certificate, you have to register and write the proctored exam conducted by us in person at any of the designated exam centres.