CSTA 121: Industrial Design
YOUTH PROGRAMS

Industrial Design

CSTA 121
Design everyday objects with function and impact. Explore materials, sustainability and user needs while developing a prototype that brings your ideas to life.

Tuition Fees:
$2,513.20

Section Dates:

Description

Ever wondered how your favorite gadgets, furniture, or the coolest sneakers are brought to life? If you're a teen with a passion for creating, problem-solving, and shaping the future, industrial design may be in your future. Industrial designers can make a real difference, creating eco-friendly products or crafting solutions to real-world problems and the experiences of tomorrow. Learn the core principles of industrial design, including product aesthetics, ergonomics, materials, design challenges and prototyping. Explore the process of taking an idea from concept to a physical, functional design. Venture into topics such as sustainable design, 3D modeling, and user-centered design. Innovate and experiment with new ideas! From concept to reality, you'll learn to make the things you imagine come to life, transforming your creativity into tangible solutions. The future is yours to shape, and this course - along with our expert instructors - will guide you towards it.

What You'll Learn

  1. Develop a comprehensive understanding of the core principles of industrial design, including product aesthetics, ergonomics, materials, design challenges, and prototyping.
  2. Discover the role of industrial design in shaping the future, its potential to create eco-friendly products, solve real-world problems, and improve future experiences.
  3. Apply industrial design principles to create functional, innovative, and aesthetically pleasing designs, focusing on the entire design process from concept to physical realization.
  4. Analyze and deconstruct existing industrial designs, identifying key elements and principles in a variety of design contexts.
  5. Synthesize creative ideas into tangible industrial design solutions, addressing real-world challenges, and translating concepts into functional prototypes.
  6. Critique the work of peers, providing constructive feedback that considers design principles, functionality, and the impact on users and the environment.
  7. Develop a portfolio of industrial design projects, reflecting your personal growth as an industrial designer.