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A geometric design language and method of creating aesthetic product form for engineering design / submitted by William Frank Dresselhaus. Wuppertal, Germany, 2022
Content
Abstract
Kurzfassung
Acknowledgments
Dedication
Keywords
Epigraph
Table of Contents
Glossary and Abbreviations
Introduction
Critical Issues and Questions
Toward A Better Way
A Moral Imperative
Project Hypotheses
Research Methodology
Dissertation Structure
Visualizations and Demonstrations
Project Background
Design
Design Definitions
Design People
Design Value
Product Design
What Is a Product?
What Is Product Design?
Important Terms
Product Design Quality
The Legacy Process
Product Design Audiences
Product Design Education
Separate Education Silos
Artistic Limitations
Engineering Deficiency
Industrial Design
Emergence
Application
Form
Education
Process
Challenges
Visualization
Architectural Design
Total Approach
Education.
Design Details
Design Drawings
Practitioners
System Integration
Engineering Product Design
Changing the Paradigm
Empowering Engineers
The Art of Engineering
“Beautiful” Engineering
Design Leadership
Product Design Form
Product Design Language
Working Form Language
Form and Proportion
Cooking Up Product Form
Converged Product Form
Form Follows What?
Form Follows Something!
Form Follows Function
Form Is Function
Form Follows Emotion
Form Follows Everything
Form as Media
Form as Curtain
Form Follows Context
Product Design Simulation
A Visual Enterprise
Design Sketching
CAD Modeling
Physical Modeling
Project Caveats
References
Exclusivity
Creative Freedom
Organic Form
Geometric Difficulty
Curved Surfaces
Optimum Actors
Industrial Design
Architectural Design
Project Methodology
Part 1: GPF Design Education Evaluation (Methodology)
Part 1 Objective (Methodology)
GPF Education Courses Background
GPF Education Success and Inspiration
Part 2: GPF Common Use Analysis (Methodology)
Part 2 Objective (Methodology)
GPF Use Analysis—Design Competition
GPF Use Analysis—Celebrated Designers/Firms
GPF Language Demonstration.
GPF Language Utilized
Part 3: Existing Design Form Principles (Methodology)
Part 3 Objective (Methodology)
Research Sources
Visualization of Principles
Part 4: GPF Language and Method Synthesis (Methodology)
Part 4 Objective (Methodology)
GPF Target Products
GPF Target Creators
Part 5: GPF Language and Method Demonstration (Methodology)
Part 5 Objective (Methodology)
GPF Language and Method Visualization
Project Results
Part 1: GPF Design Education Evaluation (Results)
Part 1 Objective (Results)
GPF Courses Boundary Conditions
GPF Design Language
GPF Key Language Learnings.
Part 2: GPF Common Use Analysis (Results)
Part 2 Objectives (Results)
GPF Analysis of Red Dot Competition
GPF Analysis of Celebrated Designers/Firms
GPF Prevalence
GPF Language Demonstration
GPF Language Utilized
Part 3: Existing Design Form Principles (Results)
Part 3 Objective (Results)
Research Discovery Basis
Major Foundational Sources
Project Philosophical Bases
GPF Design Language Lexicon
GPF Language and Method General Findings
GPF Language and Method Specific Findings
Part 4: GPF Language and Method Synthesis (Results)
Part 4 Objective (Results)
GPF Design Method Features and Principles
GPF Design Method Execution
GPF Design Method Detailing
GPF Design Execution Method Steps
Part 5: GPF Language and Method Demonstration (Results)
Part 5 Objective (Results)
GPF Deconstruction Demonstrations
Project Discussion and Conclusions (D. & C.)
Part 1: GPF Design Education Evaluation (D. & C.)
Part 2: GPF Common Use Analysis (D. & C.)
Red Dot Awards Competition Results
Celebrated Designers/Firms Results
GPF Language Demonstration.
GPF Utilized Language
Part 3: Existing Design Form Principles (D. & C.)
Part 4: GPF Language and Method Synthesis (D. & C.)
GPF Design Execution Method Steps
Part 5: Demonstration of GPF Language and Method (D. & C.)
The Geometric Advantage
Execution
Form
Aesthetics
Usability
Sustainability
Education
General Comments and Conclusions
The Engineering Product Design Option
Product Form Optimization via Concurrent Iteration
The Engineering Technology Option
The System Integrator Function
A Solved Problem?
Project Recommendations
Are Engineers Interested?
Visual Catalogue of GPF Possibilities
Human Product Form Preference
Teaching GPF Design Language and Method
Architecture vs. Industrial Design Collaboration
Engineering Product Design Education
GPF Design Automation
GPF Language Exploration
GPF Education Design Projects Development
Comprehensive Product Design Checklist
User-As-Designer Kit and Exercises
Engineering vs. Industrial Design Form-Giving Perceptions
Engineering Product Design Management
Project References
Project Figures
Figure—OPF Designs
Figure—GPF Designs
Figure—Total Design: Architectural Drawings
Figure—Cultural Forms: Form Follows Function
Figure—GPF Engineering Education: Research Paper
Figure—GPF Engineering Education: Research Results
Figure—GPF Use Analysis: Red Dot Awards
Figure—GPF Use Analysis: Data for Red Dot Awards
Figure—GPF Use Analysis: Celebrated Designers/Firms
Figure—GPF Use Analysis: Data for Designers/Firms
Figure—GPF Use Analysis: Product Deconstruction
Figure—Product Design Synthesis: Total Process
Figure—Product Concept Design (PCD): Process
Figure—Form Follows: Context & Constraints
Figure—GPF Design: Basic Volumes
Figure—GPF Design: Form Hierarchy
Figure—GPF Design: Preferred Proportions
Figure—GPF Design: Visual Principles
Figure—GPF Operation: Intersect (with Shift)
Figure—GPF Operation: Rotate (with Intersect & Shift)
Figure—GPF Operation: Bend
Figure—GPF Operation: Shear
Figure—GPF Operation: Radial Surface
Figure—GPF Operation: Fracture
Figure—GPF Design: Interaction Area
Figure—GPF Design: Restricted Volume
Figure—GPF Design: Relational Configuration
Figure—GPF Design: Specified Configuration
Figure—GPF Design: Form Variation Method
Figure—GPF Variation Method: Projector
Figure—GPF Variation Method: Lab Scale
Figure—GPF Division Method: Controller
Figure—GPF Design: Visual Perception
Figure—GPF Design: Quaternary Forms
Figure—GPF Design: Signifiers & Controls
Figure—GPF Design: Form Meaning
Figure—GPF Design: Family Look
Figure—GPF Design: Sketch to Rendering
Figure—GPF Design: CAD Modeling
Figure—GPF Design: Physical Mockups
Figure—GPF Design: Forms & Features
Figure—GPF Detail: Moderate/Variable Edge Radius
Figure—GPF Detail: Large Edge Radius
Figure—GPF Detail: Edge Chamfer
Figure—GPF Detail: Parting Gap
Figure—GPF Surface: Value & Color Variation
Figure—GPF Surface: Texture Variation
Figure—GPF Deconstruction: Desktop Simulator
Figure—GPF Deconstruction: Large Simulator
Figure—GPF Deconstruction: Atmosphere Controller
Figure—GPF Deconstruction: Converged Digital Projector
Figure—GPF Deconstruction: Converged Espresso Machine
Figure—GPF Deconstruction: Converged Interactive Kiosk
Figure—GPF Deconstruction: Converged Various Products