Electrical CAD Work Shop


Electrical engineers design electrical equipment and electronic products - from microchips & computers to electric power networks - and any other products that process information and transmit energy. The primary task of Electrical Engineers is circuit designing or Schematic diagram. Circuit designers have the responsibility of designing electronic circuits that make up electrical systems. The minimum educational requirement is a bachelor of science in engineering, some employers require a master's in electrical engineering. Since circuit designs change frequently, this career requires a greater amount of continuing education to keep up with technology updates.


Project Description


Overview
Topics Covered
Session Plan
Gallery
Course duration
Overview

Overview


Electrical Computer Aided Design (ECAD) software is used to create and modify both diagrams and layouts, including both 2D and 3D, in order to design, assess and document electrical Printed circuit boards (PCB).

Topics Covered

Topic Covered


  1. AutoCAD electrical environment.
  2. Wires
  3. Schematic Components.
  4. Circuitry
  5. PLC
  6. Wire Numbers.
  7. Connector Diagrams.
  8. Panel Layouts.
  9. Report Generation.
Session Plan

Session Plan


Module 1 Module 2 Module 3
Introduction to KiCAD Software. Assigning reference designator(Annotation) Introduction to parts/symbol library
Getting started with KiCAD Capture Design Rule checking Accessing to default library
Learn about user interface. Creation Bill Of Materials for design Creating Parts & Symbol
Learn about different toolsof KiCAD Capture Assigning reference designator(Annotation) Preparing the design for layout (Net listing)
Learn about Design Preparation. Design Rule checking Introduction to parts/symbol library
Building simple Schematics. Creation Bill Of Materials for design Accessing to default library
Building multiple page schematics.
Gallery

Photo Gallery


Course duration:

Course duration


S NO Duration Fee
1 Two day 750/-
2 One Week 2500/-
NOTE:

There will be both theory and hands on for better understanding of the hardware and software.

EEE, Mechanical branches can attend this workshop

At the end of the session:

Students will get an idea of Different types of PCB.

They will be able to design a PCB.

They will get an idea on software tool.

Students will get interest and confidence to design different PCB Models.

Overview


Electrical Computer Aided Design (ECAD) software is used to create and modify both diagrams and layouts, including both 2D and 3D, in order to design, assess and document electrical Printed circuit boards (PCB).

Topic Covered


  1. AutoCAD electrical environment.
  2. Wires
  3. Schematic Components.
  4. Circuitry
  5. PLC
  6. Wire Numbers.
  7. Connector Diagrams.
  8. Panel Layouts.
  9. Report Generation.

Session Plan


Module 1 Module 2 Module 3
Introduction to KiCAD Software. Assigning reference designator(Annotation) Introduction to parts/symbol library
Getting started with KiCAD Capture Design Rule checking Accessing to default library
Learn about user interface. Creation Bill Of Materials for design Creating Parts & Symbol
Learn about different toolsof KiCAD Capture Assigning reference designator(Annotation) Preparing the design for layout (Net listing)
Learn about Design Preparation. Design Rule checking Introduction to parts/symbol library
Building simple Schematics. Creation Bill Of Materials for design Accessing to default library
Building multiple page schematics.

Course duration


S NO Duration Fee
1 Two day 750/-
2 One Week 2500/-
NOTE:

There will be both theory and hands on for better understanding of the hardware and software.

EEE, Mechanical branches can attend this workshop

At the end of the session:

Students will get an idea of Different types of PCB.

They will be able to design a PCB.

They will get an idea on software tool.

Students will get interest and confidence to design different PCB Models.

Photo Gallery


Key Benefits

  1. SYNXA IT will provid recent Technology aid to the Organizations and to the techocrats.
  2. Demo and support on recent tools and technology.
  3. The students will get an opportunity to interact with experts from industry and research organizations.
  4. Rhe Inteactive sessions with the experts is an experience to learn new concepts and with live demonstration.

Salient Features

  1. Demo on recent advancements in technologies and industry application.
  2. Software and workshop modules will provide to the student on demand.
  3. Heighest Priority will be given to the workshop participants for forthcoming training programs for one academic year
  4. Interaction With Eminent personalities
  5. Real time project and research exposure