PCB Design Training in Punjab

A breadboard prototype that works on your desk is not a product. Moving to a printed circuit board introduces new problems such as return paths, noise, thermal limits and manufacturing tolerances. Our PCB design training in Punjab, delivered from SAS Nagar (Mohali), teaches the full path from a circuit idea to files you can send to a fabricator.

The design flow we follow

• Requirement and block diagram, component selection and datasheet checks
• Schematic capture with proper net naming, power flags and hierarchy
• Footprint creation and library management for through-hole and SMD parts
• Board outline, stack-up choice for 2-layer and 4-layer boards, component placement
• Routing, power and ground planes, decoupling capacitor placement, trace width from current
• Design rule check, electrical rule check, silkscreen and assembly notes
• Output of Gerber and drill files, bill of materials and pick-and-place data

Tools

The course typically centres on KiCad because it is free and widely used, with discussion of how the same ideas apply in Altium Designer, Eagle or EasyEDA. Which software is used in a given batch is confirmed on enquiry.

Design topics that matter in practice

We look at microcontroller boards with an ATmega or STM32, crystal and reset circuits, USB connectors and differential pair routing, switching regulators such as buck converters and the layout rules that keep them quiet, and mixed analog-digital boards where grounding decides whether an ADC reading is clean. Basic EMI/EMC thinking, thermal relief and creepage for mains-side designs are introduced at an awareness level.

Hands-on outcome

Each learner works through at least one complete board, for example an Arduino-compatible development board, a sensor node or a motor-driver shield. Where possible the design is reviewed against a checklist before fabrication, and learners are shown basic SMD soldering and bring-up techniques such as checking rails before powering the processor.

Who should join

Electronics and electrical students working on final-year hardware, makers who want custom boards, and startups preparing a first prototype. Familiarity with basic circuits and a microcontroller is helpful, so you may like to start with microcontroller training or embedded training.

Next step

Duration, schedule and board fabrication arrangements are shared on enquiry. If you need a PCB for a project, see how it fits with ECE project support.

Topics typically covered

• Schematic capture
• Footprints and libraries
• Component placement
• Routing and trace width
• Ground planes and decoupling
• Design rule checks
• Gerber and drill files
• BOM and assembly files
• Introduction to SMD soldering
• Board bring-up and debugging

These are indicative topics. The confirmed syllabus, duration, batch timings and certificate details are shared when you enquire.

Who this is for

• Electronics and electrical students building hardware projects
• Diploma and B.Tech learners wanting a hardware skill
• Makers moving from breadboard to custom boards
• Startups preparing prototype boards
• Embedded learners who want to design their own boards

Frequently asked questions