Product design using 3D printing 

The definition of product design describes the process of imagining, creating, and iterating products that solve users' problems or address specific needs.

Our Product design course using 3D printing level 1 brings technology into the art and science of product design. Using mathematical concepts like volume, 3D geometry etc and combining creativity with logical problem solving, product design is given a new dimension. This is translated into 3 D printing – the future of manufacturing, giving our young designs a jumpstart to the science of design itself.

Here too, they learn and practice out step-wise process of logical problem-solving using technology,.

It is almost as if she will jumpstart her education and future afresh.

Overview
Academic Concepts
3D Printing - volume, area, cartesian system, preimeter, angles and dimensions, shapes, number system, axis of symmetry, properties of triangle, vertices and edges, parallel and perpendicular lines, pythagoras and midpoint theorem.Students use maths concepts like volume and area, dimensions and create 3D
Applications
They develop applications in the areas of-

  • Health
  • Fashion
  • Architecture
  • Interior design - joints
  • Bottle cap – consumer goods
Product design using 3D printing 
In Our Product design using 3D printing level 2 students apply deeper mathamatical and physics concepts to create more complex and advanced objects. In this course their logical thinking and product designing perspective is enhanced. the course helps them to create products from designing point of view such that they achieve desired output with the help of given information, by using same information students can create different objects using logical thinking. Here too, they learn and practice out step-wise process of logical problem-solving using technology.

Overview
Academic concepts
3D Printing - volume, area, cartesian system, preimeter, angles and dimensions, shapes, number system, axis of symmetry, properties of triangle, vertices and edges, parallel and perpendicular lines, pythagoras and midpoint theorem.Students use maths concepts like volume and area, dimensions and create 3D
Applications
They develop applications in the areas of-

  • Health
  • Fashion
  • Product Detailing
  • Ergonomics
  • Interior design - joints
  • Bottle cap – consumer goods