Course Overview
The course provides comprehensive training in PCB design, circuit simulation, schematic development, and PCB layout using OrCAD. The course covers PSpice simulation, schematic capture, PCB Editor, multilayer board design, routing techniques, manufacturing file generation, and PCB fabrication processes. Learners will gain practical knowledge in designing, validating, and developing printed circuit boards for industrial electronic applications using industry-standard PCB design methodologies.
Course Objectives
- 01To develop a strong understanding of PCB design concepts, electronic circuit development, and schematic design methodologies using OrCAD
- 02To enable learners to perform circuit simulation, design validation, and analysis using PSpice simulation tools for real-time electronic applications.
- 03To create and manage schematic designs, PCB layouts, multilayer boards, routing, padstacks, and package symbols using OrCAD Capture and PCB Editor.
- 04To generate professional PCB manufacturing outputs including netlists, artwork files, drill files, BOM, and fabrication documentation according to industrial standards.
- 05To apply PCB fabrication, testing, troubleshooting, and design optimization techniques for electronic product development and embedded hardware applications.
Course Content:
M01
Introduction to PCB Design and Electronic Circuits
Introduction to PCB Design and Electronic Circuits
M02
Introduction to OrCAD
Introduction to OrCAD
M03
PSpice Simulation Fundamentals
PSpice Simulation Fundamentals
M04
Simulation Profile Creation and Analysis
Simulation Profile Creation and Analysis
M05
Bias Point and Transient Analysis
Bias Point and Transient Analysis
M06
Parametric, Temperature, and DC Sweep Analysis
Parametric, Temperature, and DC Sweep Analysis
M07
AC Sweep and Noise Analysis
AC Sweep and Noise Analysis
M08
Monte Carlo and Worst-Case Analysis
Monte Carlo and Worst-Case Analysis
M09
Digital and Mixed Signal Simulation
Digital and Mixed Signal Simulation
M10
Working with Part Libraries and Components
Working with Part Libraries and Components
M11
Schematic Page Setup and Design Environment
Schematic Page Setup and Design Environment
M12
Component Placement and Circuit Connections
Component Placement and Circuit Connections
M13
Bus Creation and Net Alias Management
Bus Creation and Net Alias Management
M14
Component Editing using Part and Property Editor
Component Editing using Part and Property Editor
M15
Multi-sheet and Hierarchical Schematic Design
Multi-sheet and Hierarchical Schematic Design
M16
Design Validation and Design Rule Check (DRC)
Design Validation and Design Rule Check (DRC)
M17
Bill of Materials (BOM) Generation
Bill of Materials (BOM) Generation
M18
Netlist Creation and Back Annotation
Netlist Creation and Back Annotation
M19
Introduction to PCB Editor
Introduction to PCB Editor
M20
Pad stack Design and Configuration
Pad stack Design and Configuration
M21
Package Symbol Creation
Package Symbol Creation
M22
Integrated Circuit (IC) Footprint Design
Integrated Circuit (IC) Footprint Design
M23
DIP Package and Mechanical Symbol Creation
DIP Package and Mechanical Symbol Creation
M24
PCB Placement Techniques
PCB Placement Techniques
M25
Board Outline and Keep-In Area Design
Board Outline and Keep-In Area Design
M26
PCB Routing Techniques and Constraint Manager
PCB Routing Techniques and Constraint Manager
M27
Physical and Spacing Constraints Setup
Physical and Spacing Constraints Setup
M28
Multilayer PCB Design Fundamentals
Multilayer PCB Design Fundamentals
M29
Vias and Layer Management
Vias and Layer Management
M30
3D PCB Visualization
3D PCB Visualization
Course Opportunities
| Category | Role/Designation | Level |
|---|---|---|
| Electronics Design & Engineering | PCB Design Engineer | Entry/Mid/Advance |
| Embedded Systems & Hardware | Hardware Design Engineer | Mid/Advance |
| Electronics Manufacturing | PCB Layout Engineer | Entry/Mid |
| Manufacturing & Production | PCB Manufacturing Engineer | Entry/Mid |
| Quality & Compliance | PCB Quality Assurance Engineer | Entry |