PCB Training Division focuses on enhancing the knowledge of people through our specially designed programs. This training enables a trained technocrat to fit effectively into the work culture and organization thereby reducing the cycle time of transforming an entry level employee to a productive employee. This course will show you how you can design boards more effectively and produce professional results. The course provides you with tips and tricks to help you design boards that work the first time. The training includes fundamental library concepts, to the PCB editor environment and the PCB layout process; you will gain hands‐on experience in integrating a source schematic, placing and routing the board and outputting the fabrication data.

COURSE CODE: ITR-701 COURSE DURATION: 6 WEEKS COURSE OBJECTIVE:

1. PCB Design (Introduction, EDA basics, importance etc.)
2. PCB Design flow (Introduction, Environment, procedure etc.)
3. Schematic Design (Introduction, design techniques etc.)
4. PCB layout (Components pad, footprint, via etc.)
5. Net Listing (Concept, DRC etc.)
6. Manual and Auto routing (Component placement, track dimension etc.)
7. PCB design standard (About IPC, standard, rules etc.)
8. PCB Manufacturing (Process, Gerber file generation etc.)
9. Working with Live Projects.

COURSE CONTENT

CHAPTER 1: SCHEMATIC

1. Getting started with Tools
2. The Capture work environment
3. Starting a project
4. Setting up your project
5. Design structure
6. Placing, editing, and connecting parts and electrical symbols
7. Adding and editing graphics and text
8. Changing your view of a schematic page
9. About libraries and parts
10. Creating and editing parts
11. About the processing tools
12. Preparing to create a net list
13. Creating a net list
14. Creating reports
15. Exporting and importing schematic data

CHAPTER 2: PCB DESIGN AND LAYOUT

1. What is a PCB and why do we use them
2. Physical PCB construction
3. PCB Workflow
4. Footprint generation
5. Importing
6. Parts placement
7. Mechanically defined components
8. Routing guidelines setting
9. PCB Construction (Power and Ground Plane)
10. Routing guidelines
11. Routing
12. Copper Pour
13. DRC Checking
14. From Layout to production

CHAPTER 3: LAB

1. Schematic capture
2. From schematic to PCB
3. Parts placement and routing
4. Making footprints
5. Post Process