PCB Design Course using OrCAD/Allegro: For Beginners Level

Based on the detailed description provided, here is a structured outline for the PCB Design Course with OrCAD/Allegro and Cadence, including the necessary prerequisites and skills you will gain upon completion:

Course Title:

Comprehensive PCB Design with OrCAD/Allegro and Cadence

Target Audience:

• Diploma holders in Electrical or Electronics & Communication.
• BE/BTech. graduates in Electrical or Electronics & Communication.
• BSc/MSc graduates in Electronics & Communication.
• ME/MTech. (E&CE) graduates specializing in Communication.

Course Prerequisites:

• Basic understanding of electronic principles and components.
• Familiarity with electrical schematics and circuit theory.

Course Content:

Module 1: Schematic Design

1. Preparation of schematic design.
2. Creation and editing of schematic parts.
3. Generation of net list and net classes.
4. Bill Of Material (BOM) generation.
5. Electrical Rule Checking (ERC).

Module 2: Footprint Creation

1. Creation of through-hole footprints.
2. Creation of surface-mount device (SMD) footprints.
3. Creation of Ball Grid Array (BGA) and Pin Grid Array (PGA) footprints.

Module 3: Board Designing

1. Definition of board size and shape.
2. Component placement strategies.
3. PCB routing techniques.
4. Plane creation for power and ground networks.
5. Design rule checking (DRC) for error detection.
6. Gerber file generation for manufacturing.

Module 4: Practical Assignments

• Assignments involving single-layer, double-sided, and multi-layer PCB designs.
• Real-world project examples with step-by-step guidance.

Module 5: Advanced Topics and Best Practices

1. Advanced design techniques and troubleshooting.
2. Optimization of board performance and reliability.
3. Thermal analysis and signal integrity considerations.
4. Design for Manufacturability (DFM) and design for testability (DFT).

Module 6: Hands-On Practice and Projects

1. Practical exercises to apply theoretical knowledge.
2. Real-world projects to demonstrate the application of PCB design principles.
3. Case studies of successful PCB designs.

Skills Gained after Course Completion:

1. Tools/Software Expertise: Proficiency in OrCAD, Allegro, and Cadence PCB design tools.
2. Basic Design Module Practice: Ability to create basic PCB designs for single and double-sided boards.
3. Advanced Design Module Practice: Capability to work on complex 2-layer and multilayer PCB designs.
4. Design Expertise: Skills in generating Gerber files, understanding DRC and ERC, and executing efficient component placements and routing.
5. Project Management: Ability to manage a PCB design project from concept to final product.
6. Problem-Solving: Troubleshooting and resolving common issues encountered in PCB design.
7. Quality Assurance: Ensuring designs meet industry standards and specifications.
8. Innovation: Applying design principles to create new and innovative solutions in electronics.

Why This Course?

• Industry Relevance: The course content is aligned with the latest PCB design trends and technologies.
• Expert Instructors: Learn from industry experts who bring real-world experience and knowledge.
• Hands-On Experience: Engage in practical projects that mirror real-life challenges faced by professionals in the field.
• Career Advancement: Equip yourself with the skills needed to secure a position in top electronics companies or to start your own PCB design business.

Course Delivery:

The course can be delivered through a combination of online lectures, interactive sessions, hands-on labs, and project work. This blended approach ensures comprehensive understanding and practical proficiency in PCB design with OrCAD/Allegro and Cadence.