PCB Designing & Fabrication

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PCB (Printed Circuit Board) is a thin board of fibreglass or laminated material in which self-contained interconnected electronic components are found. It electrically connects and mechanically supports all the electrical components. It is done by using conductive tracks or through the laminated copper sheets.

About the Course

This course introduce students to the process, tools and methodology of the PCB layout design. During the course students will develop basic skills in the use of modern PCB layout design software and techniques. Schematics, printed circuit board layouts, symbols, and wiring diagrams will be produced on PC workstation; terminology and the manufacturing process of printed circuit boards will be covered.

Course Duration

Duration of this course is 4 weeks with classes being held 2 sessions per week. In some cases 2 session are combined into one for convenience of students. Training per weeks consists of about 3 hours instructor-led training combined with self-practice for a total of about 6-7 hours per week. Tuition fee for the course is about Rs.4500 and includes:
  • 1. 4-5 weeks of instructor-led class room, or online, and hands-on training
  • 2. Extensive class notes
  • 3. Certifications

By the end of the training, you will inculcate the following skills:

  • Identify how to select the components for the circuit design
  • Understand circuit design process and different machines used for designing
  • Differentiate between different types of PCB
  • Detailed knowledge about Schematic
  • Design, place items, edit the layout and also troubleshoot errors there
  • Etching process for final PCB
  • Hands-on CAD software’s for PCB

Prerequisites

The candidates with strong concepts in electronics and familiarity with PCB design concept and terminology are ideal participants for this course.

Curriculum

Section 1 PCB Design Process an Overview

  • img Lecture 1

    Conception Level Introduction

  • img Lecture 2

    Specifying Parts

  • img Lecture 3

    Packages and Pin Names

  • img Lecture 4

    Placing Parts

  • img Lecture 5

    Adding Text

  • img Lecture 6

    Plot and Drill Files

  • img Lecture 7

    PCB Layout

  • img Lecture 8

    Layer List and Select

  • img Lecture 9

    Planning and Zooming

  • img Lecture 10

    PCB Elements

Section 2 Module 2

  • img Lecture 1

    Logic Import

  • img Lecture 2

    Design Rules and Component Placement

  • img Lecture 3

    Net Listing/Logic import from schematic to PCB

  • img Lecture 4

    Component Placement

Section 3 Module 3

  • img Lecture 1

    Post Processing and Manufacturing Output Assigning specific text(silkscreen) to design creating report of design

  • img Lecture 2

    Creating manufacturing data (GERBER) for design

  • img Lecture 3

    Plotting of layout design for home production

  • img Lecture 3

    Creating PDF documentation of design

Section 4 PCB Design Process

  • img Lecture 1

    Board Outline

  • img Lecture 2

    Parts Anatomy of a Part

  • img Lecture 3

    Editing Parts

  • img Lecture 4

    Reference Designator

  • img Lecture 5

    Mounting Holes

  • img Lecture 6

    Mounting Traces

  • img Lecture 7

    Swapping Pins

  • img Lecture 8

    Importing Net List

  • img Lecture 9

    Copping Areas

  • img Lecture 10

    Solder Mask Cutouts

  • img Lecture 11

    Design Rules Checking

  • img Lecture 12

    Exporting Drill and Gerber Files

  • img Lecture 13

    Drills

  • img Lecture 14

    Footprints and Libraries Adding and Editing Pins

Section 5 Application Oriented Design and Fabrication

  • img Lecture 1

    Schematic Diagram

  • img Lecture 2

    Creating the Project

  • img Lecture 3

    Drawing the Board Outline

  • img Lecture 4

    Adding Mounting Holes

  • img Lecture 5

    Placing Parts

  • img Lecture 5

    Adding Parts and Editing Nets

  • img Lecture 5

    Adding Copper Areas

  • img Lecture 5

    Checking Design Rules

  • img Lecture 5

    Fabrication Process and Methodology

Section 6 Key factor for reducing noise in PCB

  • img Lecture 1

    Key factor for routing power pack (VCC & GND)

  • img Lecture 2

    Reducing Crosstalk Effect

  • img Lecture 3

    Reducing EMI effect

Section 8 Project

  • Circuit Design by Flasher Light

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