Course Title:

PCB design & Fabrication

Course Duration:

10 Days

Total No. of seats:

10 seats

Prerequisites:

Basic understanding of electrical systems, automation, and control systems.

Course Fee: BDT 4000.00

			
PCB design & Fabrication 10-Days Course Syllabus
Day 1: Introduction to PCB Design
	- Overview of Printed Circuit Boards (PCBs)
	- PCB types (Single-layer, Double-layer, Multilayer, Flexible)
	- Basics of Electrical and Electronic Circuits
	- Importance of PCB design in electronics manufacturing

Day 2: PCB Design Tools
	- Introduction to PCB Design Software ( Proteus, Altium Designer)
	- Setting up a PCB project in the design software
	- Schematic capture and circuit design
	- Component selection and library management in design tools

Day 3: Schematic Design
	- Drawing circuit schematics in PCB design software
	- Component placement and connections
	- Electrical rules check (ERC)
	- Best practices for schematic design

Day 4: PCB Layout Design
	- PCB layout basics: component placement, routing, and trace design
	- Layer management (single, double, multilayer PCBs)
	- Design rules check (DRC)
	- Understanding PCB track widths, via sizing, and clearance

Day 5: Power and Ground Planes
	- Importance of power and ground planes in PCB design
	- Creating planes and copper pours
	- Minimizing noise and EMI (Electromagnetic Interference)
	- Grounding techniques for signal integrity

Day 6: Signal Integrity and PCB Design for High-Speed Circuits
	- Introduction to signal integrity issues (crosstalk, reflections)
	- Design techniques for high-speed PCBs (controlled impedance, differential pairs)
	- PCB trace routing strategies for signal integrity
	- Via placement and signal return paths

Day 7: PCB Design for Manufacturability (DFM)
	- Understanding manufacturing constraints in PCB design
	- Design for manufacturability (DFM) guidelines
	- Thermal management in PCB design (heat dissipation, component placement)
	- Panelization and optimization for PCB production

Day 8: PCB Fabrication Process
	- Overview of PCB fabrication steps
	- Materials used in PCB fabrication (FR4, copper, solder masks)
	- Drilling, etching, and layer alignment processes
	- Surface finishes (HASL, ENIG, OSP)

Day 9: PCB Assembly and Testing
	- Introduction to PCB assembly processes (SMT, Through-hole)
	- Soldering techniques (hand soldering vs. reflow soldering)
	- Visual inspection and testing methods (AOI, X-ray inspection)
	- Electrical testing of PCBs (continuity, functional testing)

Day 10: Hands-on PCB Design and Fabrication Project
	- Designing a simple PCB circuit from scratch
	- Generating Gerber files and Bill of Materials (BOM)
	- Submitting the design for fabrication
	- Assembling and testing the fabricated PCB

	


		

	
	* Certification of course completion.
		 
 Get the certificate