Syllabus

Introduction to Form Studies – Historical overview, definition of form in industrial design, importance, form-function relationship, basic elements (line, shape, volume, space, texture, color, proportion, scale, unity, harmony, balance, pattern, rhythm).

Fundamentals of Form Analysis – Historical and cultural context, components of form, visual elements and principles, proportion and scale, balance and symmetry, unity and harmony, contrast and emphasis, form-space relationships, visual hierarchy.

Form Generation, Development, and Organization – Basic geometric forms, form transitions, surface manipulations, edge treatments, generation techniques (addition, subtraction, division, merging), development methods, spatial matrix, static vs. dynamic forms, organic forms, form relationships, dominant/subdominant/subordinate forms, axial relationships, transitional forms, modularity.

Surface and Color Attributes in Form – Surface quality and character, visual and tactile texture, material expression, detail integration, joints and connections, surface transitions, color theory basics, color psychology and perception, color in form expression, color harmonies, color as form definition, material-color relationships.

Form Communication and Human Factors – Sketching techniques, form representation methods, digital tools, presentation techniques, model making and prototyping, storytelling through form, ergonomic considerations, anthropometric data application, user experience, physical and cognitive ergonomics, sensory considerations.

To develop a foundational understanding of form elements, principles, and their interrelationships in industrial design, including historical, cultural, and functional contexts.

To apply analytical and generative techniques for creating and organizing forms, incorporating color, texture, and material considerations to enhance aesthetics and functionality.

To explore human-centered aspects of form design, including ergonomics, user experience, and communication methods for effective representation and prototyping.

To integrate form studies into the product design process, evaluating emerging technologies and real-world case studies for innovative applications.

To produce accurate drawings for form representation and utilize computer tools for form generation, demonstrating proficiency in both traditional and digital design communication methods.

Students will demonstrate comprehensive understanding of basic form elements (volume, plane, line, point) and their properties, and apply principles of dimensions, proportions, and 3-D primary geometric forms in design solutions.

Students will analyze and systematically apply color theory, texture properties, and their interrelationships to enhance form aesthetics and functionality, demonstrating the ability to select appropriate color schemes and surface treatments that complement three-dimensional forms while considering their impact on visual perception.

Students will assess and create form relationships including order, joined forms, transitional forms, and form evolution, while effectively applying concepts of axis, axial movement, forces, and curves in three-dimensional compositions.

Students will organize forms using spatial and matrix systems, demonstrate understanding of static, dynamic, and organic principles, and apply concepts of symmetry, asymmetry, structural balance, and visual balance in design projects.

Students will produce accurate freehand orthographic drawings for form representation and utilize computer tools for form generation, demonstrating proficiency in both traditional and digital design communication methods.

Christopher Alexander, Notes on the Synthesis of Form, Harvard University Press , A classic text on the process of form invention and organization, emphasizing functional and structural relationships; essential for form generation, development, and evaluation in industrial design

Richard Herriott, The Aesthetics of Industrial Design: Seeing, Designing and Making, Routledge , This book bridges aesthetics and practical design in three-dimensional forms, covering principles of form analysis, generation, and application in product design; ideal for understanding basic elements, proportions, and visual hierarchy

Donald A. Norman, The Design of Everyday Things, Basic Books , Explores user-centered design principles, including form-function relationships and human factors; supplementary for ergonomics and product design process

Rob Thompson, Manufacturing Processes for Design Professionals, Thames & Hudson , overs material expression, surface treatments, and production techniques in form design; useful for practical applications in surface attributes and emerging technologies

International Journal of Design – A peer-reviewed journal focusing on design research, including form aesthetics, product innovation, and user-centered studies; published by the International Journal of Design organization.
International Journal of Industrial and Product Design Engineering – Emphasizes operational research in industrial design, product form, and engineering integration; published by STM Journals.
The Design Journal – An international journal on design theory and practice, covering form analysis, cultural contexts, and contemporary trends; published by Taylor & Francis.
Design Society International Conference (e.g., ICED: International Conference on Engineering Design) – Focuses on engineering and industrial design integration, including form development and case studies.
International conference on research into design (IcoRD)