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Time is TBD

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Muvattupuzha

PCB Designing

A PCB (Printed Circuit Board) designing internship is a work-based learning opportunity that allows individuals to gain hands-on experience in designing and developing circuit boards for various electronic devices. For Registration : +91 9846791147

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PCB Designing
PCB Designing

Time & Location

Time is TBD

Muvattupuzha, Space No : 1, Viswajyothi Business Incubation Centre Viswajyothi College of Engineering and Technology Vazhakulam, Muvattupuzha, Kerala 686670, India

About the event

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A PCB (Printed Circuit Board) designing internship is a work-based learning opportunity that allows individuals to gain hands-on experience in designing and developing circuit boards for various electronic devices. During the internship, participants may learn how to use specialized software to design and test PCB layouts, troubleshoot and resolve design issues, and collaborate with other engineers and designers to ensure the PCB meets project specifications. This type of internship can provide valuable skills and knowledge for those interested in pursuing a career in electronics, engineering, or related fields.

A PCB designing internship that focuses on Proteus software can cover a wide range of topics related to PCB design, including:

Day 1: Introduction to Proteus Software

- Overview of Proteus software and its features

- Creating a new project in Proteus

- Understanding the schematic capture and PCB layout tools

Day 2: Schematic Capture

- Creating schematic symbols and libraries

- Creating a new schematic diagram

- Placing and connecting components in the schematic

- Checking for electrical rules and errors in the schematic

Day 3: PCB Design and Layout

- Transferring the schematic to the PCB layout

- Creating custom PCB footprints

- Placing and routing components on the PCB

- Adding copper traces, vias, and pads to the PCB

- Checking for design rule errors in the PCB layout

Day 4: Advanced PCB Design Techniques

- Using autorouting tools in Proteus

- Creating multi-layer PCBs

- Adding through-hole and surface mount components to the PCB

- Designing custom PCB shapes and sizes

Day 5: PCB Simulation and Testing

- Simulating the PCB design using Proteus Virtual System Modeling (VSM)

- Checking for electrical performance and signal integrity

- Exporting the PCB design files for manufacturing

Day 6: Project Work and Review

- Working on a PCB design project using Proteus software

- Reviewing and troubleshooting designs with the instructor and peers

- Presenting the final PCB design project to the class

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