Objective

To develop an interactive platform that enables engineering students to design, simulate, and test printed circuit boards (PCB) virtually, enhancing understanding of circuit layout, component placement, and signal routing without physical hardware.

Key Features

Student Panel:

• Create PCB layouts using drag-and-drop interface for components

• Assign component values and footprints

• Route connections automatically or manually

• Simulate basic circuit functionality and check for errors

• Visualize PCB layers: top, bottom, power, and ground

• Export designs as Gerber files for manufacturing

Teacher Panel:

• Upload reference PCB designs and tutorials

• Assign PCB design exercises to students

• Monitor student progress and submissions

• Provide feedback on design quality, routing efficiency, and correctness

 Admin Panel:

• Manage users (students & teachers)

• Monitor system usage and active sessions

• Add new components, PCB templates, or simulation modules

• Generate analytics on student engagement and popular exercises

Tech Stack

Workflow (Step-by-Step)

1. User Registration & Login

• Students and teachers register/login securely

• Access PCB Design Learning Platform dashboard

2. PCB Design

• Students select components from library (resistors, capacitors, ICs, etc.)

• Place components on PCB canvas and define footprints

• Route connections manually or use auto-router

3. Simulation & Validation

• Run circuit simulations to check for functionality and errors

• Visualize voltage, current, and signal flow

• Identify routing conflicts or design violations

4. Export & Reporting

• Save PCB designs in user dashboard

• Export Gerber files for manufacturing

• Teachers review submissions and provide feedback

5. Analytics & Progress Tracking

• Track student engagement with exercises and simulations

• Generate reports for instructors on completion rates, errors, and design efficiency

• Identify common mistakes for targeted teaching