This course, Design Fundamentals: Geometry & Visualization, addresses a common challenge faced by participants: the difficulty in visually representing their work through diagrams and graphical means. It introduces essential design principles through geometry and conceptual thinking, covering topics such as conceptual forms and diagrams, geometry in design with a focus on projects like the Pentactive fabric enclosure, and various graphical presentation techniques, including plans and axonometric drawings. Students will also explore mapping and site analysis to understand spatial relationships and context. Throughout the course, participants will develop skills in visualizing complex ideas, applying geometric principles, creating effective graphical presentations, and conducting site analyses. The interactive nature of the class fosters collaboration and innovation, making it an engaging learning experience. By joining, students will gain a solid foundation in design, enhance their creativity, and be well-prepared for real-world design challenges.
A free online taster will be taking place on September 23, 2025.
Class Outline
Week 1
Topic: Introduction
Introduce conceptual thinking and graphical representation.
Objective:
Understand the importance of conceptual forms & diagrams.
Explore basic geometric concepts.
Learn fundamental graphical presentation techniques.
Week 2
Topic: Conceptual Forms and Diagrams
Conceptual forms visually represent ideas to communicate design intent.
Objective:
Foster creativity and innovation through visual representation.
Develop skills in translating concepts into diagrams.
Tasks/ Visuals:
Create a simple conceptual diagram based on a given theme.
Present diagrams to the class for feedback.
Week 3
Topic: Exploring Geometry in Design
Investigate basic geometric shapes and their significance in design.
Objectives:
Understanding geometric shapes and their applications in design.
Analyze how geometry influences aesthetics and functionality.
Tasks/ Visuals:
Compile a set of images to investigate various types of geometric forms.
Discuss how these shapes enhance design.
Week 4
Topic: Geometry and Concept Design
Define the relationship between geometry and concept design.
Objectives:
Engage with geometry to enhance conceptual design skills.
Explore the role of geometry in innovative design thinking.
Tasks/ Visuals:
Develop a geometric-based design project that incorporates conceptual thinking.
Week 5
Topic: Graphical Presentations
Define graphical presentations and their importance in design.
Types of drawings (plans, sections, details, and axonometric drawings).
Objectives:
Communicates complex design ideas effectively.
Engages audiences and stakeholders.
Tasks/ Visuals:
Guided practice on drawing techniques; students produce initial sketches.
Students create a simple plan and section of an existing space or chosen area
Week 6
Topic: Mapping and Site Analysis
Importance of site context and spatial relationships.
Objectives:
Understand site context and its implications for design.
Analyze spatial relationships and patterns through mapping.
Tasks/ Visuals:
Conduct a mini-site analysis using mapping techniques.
Week 7
Topics: Digital Design Tools
Introduction to digital design software (e.g., AutoCAD, Revit, Rhino, Adobe Photoshop, etc).
Objectives:
Gain familiar with digital tools and their applications in design.
Learn basic functions and tools in the mentioned software.
Tasks/ Visuals:
Hands-on sessions for students to practice using the software.
Create a digital presentation of the sketches and ideas, showcasing the understanding of digital tools.
Materials: Laptops/PCs with the mentioned software installed.
Week 8
Topics: Proactive Engagement and Final Presentations
Objectives:
Utilize collaborative exercises to foster teamwork and idea sharing.
Encourage peer reviews and constructive discussions.
Tasks/ Visuals:
Students prepare and deliver final presentations of the design projects.
Facilitate a class discussion and feedback session to reflect on the learning journey and key takeaways from the course.
Materials needed
Please note: VCUarts Qatar reserves the right to cancel classes that do not meet the minimum enrollment requirements. Any fees already paid will be refunded.
Items to Purchase for This Class
Laptop
Drawing Tools: White board, white board markers, sketch book, pencils, technical pens, erasers, and rulers for sketching and diagramming.
Digital Tools: Software licenses or subscriptions for design applications. e.g., AutoCAD, Revit, Rhino, Adobe Photoshop, etc).
VCUarts Qatar can provide laptops for participants who do not have their own; however, availability is limited. When registering, kindly indicate if you require one.
Sara Zaina is an Australian Architect with extensive research and professional experience in sustainable architecture and design practices in Qatar. Previously, Sara served as a Graduate Teaching Research Assistant (GTRA) at Qatar University, where she contributed to academic advancements in her field.
Sara is a graduate from The University of Sydney with a Bachelor’s degree in Design in Architecture and successfully completed her Master’s degree in Urban Planning and Design, as well as her PhD in Architecture at Qatar University. Her PhD research focused on the design, development, and implementation of smart green roofs in hot arid climates, specifically in Doha, Qatar. Throughout her career, sara has received numerous prestigious architectural awards in Australia, and many of her projects have been featured in prominent exhibitions. She is deeply passionate about research, with fields of interest that include sustainable urban design, the internet of things (IoT), building information modelling (BIM), artificial intelligence (AI) applications in design and architecture, interior design, urban sociology, urban regeneration, architectural topology optimization, and landscape architecture.