General Principles of Industrial Design

Industrial design today sits at the intersection of creativity, engineering, and digital innovation. This course provides advanced learners with a rigorous exploration of the foundational principles of industrial design while situating them within the realities of modern practice. It emphasizes the integration of traditional design methodologies with contemporary digital technologies, preparing students to critically engage with the challenges and opportunities of 21st-century design industries.
Course Objectives
• To develop a deep understanding of the historical and theoretical foundations of industrial design.
• To analyze the role of industrial design in shaping products, systems, and user experiences in a globalized economy.
• To explore the impact of digital technologies—such as CAD, 3D printing, generative design, and AI-driven prototyping—on design processes and outcomes.
• To examine sustainability, ethics, and inclusivity as central issues in modern industrial design practice.
• To prepare students for professional examinations by equipping them with both conceptual knowledge and applied design strategies.
Themes and Topics
• Foundations of Industrial Design: Evolution of design principles, aesthetics, ergonomics, and functionality.
• Design Thinking and Systems Approach: Problem-solving frameworks, iterative processes, and human-centered design.
• Digital Transformation in Design: CAD/CAM systems, virtual prototyping, digital twins, and immersive visualization tools.
• Materials and Manufacturing: Traditional and advanced materials, smart materials, additive manufacturing, and sustainable production methods.
• Ethics and Sustainability: Circular design, eco-innovation, and the designer’s responsibility in addressing climate change and resource scarcity.
• Global and Cultural Dimensions: Cross-cultural design practices, inclusive design, and the influence of global markets on product development.
• Future Directions: Artificial intelligence in design, augmented reality interfaces, and the convergence of industrial design with service and experience design.
Learning Outcomes
By the end of the course, students will be able to:
• Demonstrate mastery of industrial design principles and their application in contemporary contexts.
• Critically evaluate the role of digital technologies in reshaping design workflows and outcomes.
• Apply design thinking to complex industrial problems with attention to sustainability and ethics.
• Produce advanced design concepts and prototypes that reflect both functional and aesthetic considerations.
• Engage confidently with professional examinations and industry standards in industrial design.
Pedagogical Approach
The course combines lectures, case studies, digital labs, and project-based learning. Students will engage with real-world design challenges, utilize advanced digital tools, and present solutions that balance creativity, feasibility, and responsibility. Emphasis is placed on collaborative learning and critical reflection, ensuring that graduates are prepared not only to pass examinations but also to lead innovation in industrial design practice.