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Computer Science 3D Design and Printing Certificate Course
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Description

3D printing which is often termed as “additive manufacturing” is the process of developing a three-dimensional object by applying, and adding material in successive layers to an object with the control of a computer. It’s estimated that approximately two-thirds of the established companies today employ some level of 3D printing employees. With this course, you will learn the basics of 3D printing, designing using CAD, and understanding programming logic using 3D software and programming involved in developing a 3D printer. The students will also have an in-depth understanding of WEBGL - a javascript library to render interactive 2D and 3D models using a browser.

This is an instructor-led course. In the 30 hours of the certification, students will get online Live training where they will get both the theoretical and practical knowledge needed to build the necessary skills. The institute’s holistic approach is stemmed to meet the long-term needs of the student and hence they provide 100% job/placement assistance with an option of seeking a trial class before the enrolment. 

What Will I Learn?

  • 3D space Introduction, Understanding the 3D space and The concepts behind 3D space
  • Arduino Microcontroller, About Arduino and Programming in Arduino
  • Introduction to Blender, Design using Blender software and Basic designs in Blender

Specifications

  • Free Demo
  • Interactive Learning
  • Missed Class Recovery
  • Certification by Institute
  • Certification by Accredited body
  • Instalment Facility

Basic Principles

  • Introduction to the course
    • What is 3D printing?
    • Types of 3D printers - Detailed study Analysis
    • Different Industries using 3D Printers
  •  About Kappa 3D Printer and Scott Russel mechanism

 

How to use a 3D printer

  • Understanding the softwares used
  • Hands-on training with 3D printer software
  • Understanding 3D Mesh - a practical study analysis
  • How design is converted to 3D printing G Codes (Software related)
  • Operating a 3D printer

 

Getting started with 3D Modelling

  • 3D space Introduction
  • How are 3D objects made
  • Understanding the 3D space
  • The concepts behind 3D space
  • What is a 3D model
  • How is a 3D model rendered on a computer screen
  • Understanding how the processor computes a 3D model
  • Going through concepts of face, culling, wireframe and normals
  • Introduction to TinkerCAD
  • Understanding 3D geometries
  • Getting familiar with the 3D environment and software

 

Designing using TinkerCAD

  • Hands-on exercise using TinkerCAD software
  • Exercise 1- Simple Models
  • Exercise 2- Merge and manipulate 3D models
  • Exercise 3- 3D models using geometrical measurements
  • Exercise 4- Mould making
  • Exercise 5- Design Project
  • 3D Printing

 

Introduction to Microcontrollers

  • Arduino Microcontroller
  • About Arduino
  • Programming in Arduino
  • Projects using Arduino
  • Programming Arduino to use the sensors
  • Hands-on projects (Students will be given Arduino boards and sensors to work on)

 

Product Designing (working model) Day 1

  • Designing products to implement with Arduino boards
  • Project (CAD Design)

 

Class 8 -Product Designing (working model) Day 2

  • Programming of Arduino boards (Project Related)
  • Programming Logic
  • Putting it all together - a working robot/ product

 

Programming a 3D Printer

  • The microcontroller used in Kappa 3D printer
  • How does it work?
  • What are its functions
  • Programming Software used - a brief look into the source and explanation
  • Introduction to G code \ Machine codes
  • Controlling 3 dimensional movement using G Codes - practical session
  • How to program the 3D printer to draw a line before the start of a 3D print (hands on exercise)

 

2D to 3D Conversion

  • Converting images to 3D models
  • Vector Graphics
  • 3D blueprints for mould making
  • Reverse engineering 3D models

 

Design Using Blender

  • Introduction to Blender
  • Design using Blender software
  • Basic designs in Blender
  • Basic hands-on exercise in Blender
  • How to render designs using Blender

 

Modelling Using Blender

  • Design practical class
  • Use of blender in gaming and computer graphics
  • Hands-on exercise to create 3D character
  • Convert 2D geometries and 3D print the design

 

Rendering 3D models in a Web Page

  • Introduction to WebGL
  • Hands-on exercise - Create a Website and embed WebGL
  • Deploying a website
  • Programming in Javascript
  • Creating a scene
  • Rendering Blender 3D models in the scene
64x64

Mr.Francis Regan

Francis Regan is the Director of Ionic3DP, Singapore. He has an M.Tech from the National University of Singapore with 5 years of experience with FDM and SLA type 3D printers. He has worked with two 3D printer startups, heading technology and innovation. In Ionic3DP, he is handling business aspects of the company and leads the team into new ventures. Considering his background in computer science and programming, he works on developing new software solutions for the company. Regan and team together in collaboration with the National University of Singapore, designed and developed a 3D printer based on Scott Russel Straight line mechanism - a robotic manipulator designed to work as a 3D printer. The team has continued and developed several other types of machines such as Epsilon, Theta, and Omega 3D printers. With their vast experience, the team has developed ceramic 3D printers based on a unique LDM technique. They hold several patents on their technology and their solutions are quite novel and unique. They are currently working on two styles of Medical ventilators for the Govt of India.  Regan and team are also funded by the Govt of Kerala to work on India's first indigenous Metal 3D printers. 
Apart from working on the business side of things, he is extremely hands-on in areas like IoT, firmware development and electronics, ensuring holistic solutions for the industry.

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Description

3D printing which is often termed as “additive manufacturing” is the process of developing a three-dimensional object by applying, and adding material in successive layers to an object with the control of a computer. It’s estimated that approximately two-thirds of the established companies today employ some level of 3D printing employees. With this course, you will learn the basics of 3D printing, designing using CAD, and understanding programming logic using 3D software and programming involved in developing a 3D printer. The students will also have an in-depth understanding of WEBGL - a javascript library to render interactive 2D and 3D models using a browser.

This is an instructor-led course. In the 30 hours of the certification, students will get online Live training where they will get both the theoretical and practical knowledge needed to build the necessary skills. The institute’s holistic approach is stemmed to meet the long-term needs of the student and hence they provide 100% job/placement assistance with an option of seeking a trial class before the enrolment. 

What Will I Learn?

  • 3D space Introduction, Understanding the 3D space and The concepts behind 3D space
  • Arduino Microcontroller, About Arduino and Programming in Arduino
  • Introduction to Blender, Design using Blender software and Basic designs in Blender

Specifications

  • Free Demo
  • Interactive Learning
  • Missed Class Recovery
  • Certification by Institute
  • Certification by Accredited body
  • Instalment Facility
₹25,000 ₹ 35,000

Hurry up!! Limited seats only

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