Practical Aspects of Industrial Design
Adm 112This course focuses on the practical applications of industrial design. It entails the essential skills and knowledge required to understand the range of activities involved in industrial design. Students will learn about design principles, materials and manufacturing processes, user experience, and sustainability. Through hands-on projects and case studies, students will... Read more
Learning Outcomes
- Understand the principles and historical evolution of industrial design and how they apply to modern industrial environments.
- Analyze the impact of Industry 4.0 technologies on industrial design and administration, identifying key opportunities and challenges.
- Implement digital transformation strategies in industrial settings, utilizing tools and technologies to enhance efficiency and productivity.
- Apply sustainable and human-centered design principles in the development of industrial products and systems.
- Manage industrial design projects effectively, using project management tools and techniques to ensure successful outcomes.
Course Description
This course focuses on the practical applications of industrial design. It entails the essential skills and knowledge required to understand the range of activities involved in industrial design. Students will learn about design principles, materials and manufacturing processes, user experience, and sustainability. Through hands-on projects and case studies, students will develop their practical skills in: Designing for manufacturability and assembly; Prototyping and testing; Materials selection and specification; CAD design and visualization; User interface and packaging design; Design documentation and communication; Collaboration and project management. Secondly, this course provides a comprehensive understanding of the principles of industrial design, which emphasizes the practical influence of Industry 4.0 technologies on industrial administration. Students and practitioners will gain the necessary knowledge to effectively participate in digitally driven, smart work environments.
Course Curriculum
1. Designing for Manufacturability Prototyping Testing and Validation
4 lessons- Ensuring designs can be efficiently produced
- Creating physical models to test and refine designs
- Evaluating designs through user testing and performance testing
- Class project to integrate the various stages
2. Materials Selection, CAD Design and Design for Assembly
3 lessons- Choosing appropriate materials for production
- Using computer-aided design software to create and modify designs
- Optimizing designs for efficient assembly and maintenance.
3. Design for Sustainability User Interface Design and Processes in Packaging Design
3 lessons- Considering environmental and social impacts
- Creating intuitive and user friendly interfaces
- Designing packaging that protects products and enhances user experience
4. Design Documentation Collaboration and Design Optimization
3 lessons- Creating detailed drawings and specifications for production
- Working with cross functional teams including engineering marketing and manufacturing
- Iterating designs based on feedback testing and performance
5. Cost estimation Supply chain management and Quality control
3 lessons- Estimating production costs and identifying opportunities for cost reduction
- Sourcing materials and components efficiently
- Ensuring designs meet quality and safety standards
6. Design Verification Iterative Design Design Communication and Design Project Management
4 lessons- Verifying designs meet requirements and specifications
- Refining designs through multiple iterations and feedback loops
- Effectively communicating design intent to stakeholders
- Managing design projects from concept to production
7. Continuous Products Improvement by Learning
3 lessons- Staying up to date with industry trends technologies and design tools
- Designing successful and innovative products that meet user needs and business goals
- Future of products improvement