Course Description

PCB Design & Layout Techniques is a comprehensive course designed to introduce learners to the art and science of printed circuit board design. PCB design is an interdisciplinary skill that combines mechanical and electrical engineering principles. From measuring dimensions to calculating impedance and current flow, designing a PCB requires both technical expertise and creativity.
This course is structured to take you step-by-step through the fundamentals of PCB design, from beginner concepts to multi-layer and advanced layouts. Through a mix of theory and hands-on practical exercises, you will learn to create functional, professional, and aesthetically pleasing PCBs. By the end of the course, you will have the foundation to explore advanced PCB design techniques independently.

What you will learn

• Fundamentals of PCB design
• Component placement and routing techniques
• Multi-layer PCB design
  
• Mixed-signal design strategies
• Differential pair routing
• Panelization techniques for manufacturing
• EMC (Electromagnetic Compatibility) design principles
• Gerber file generation for fabrication
  

Course Objectives

• Equip learners with the technical knowledge and skills to design and layout PCBs.
• Provide hands-on experience with KiCAD, an industry-standard PCB design tool.
  
• Enable learners to confidently design multi-layer and mixed-signal boards.
• Create a platform for learners to explore advanced PCB design concepts on their own.
  

Key Highlights

• Hands-on training using KiCAD.
• Balanced combination of theory and practical exercises.
  
• Learn placement, routing, and multi-layer design techniques.
• Exposure to mixed-signal design and differential pairs.
• Training in panelization and Gerber file generation.
  

Learning Outcomes

By the end of this course, learners will be able to:

• Design and layout single-layer and multi-layer PCBs using industry-standard workflows and best practices.
• Apply proper component placement, routing strategies, and differential pair techniques for both digital and mixed-signal designs.
• Implement design rules related to safety, manufacturability, impedance control, and EMC compliance to ensure reliable hardware performance.
• Generate fabrication-ready output files, including Gerber, drill files, and assembly documentation, and understand PCB panelization for mass manufacturing.
• Confidently use KiCAD to convert design ideas into working PCB prototypes, from schematic creation to completed PCB layout.
  

Who Should Enroll

• Diploma or Engineering students (ongoing or completed).
• Technologists, educators, electronics hobbyists, and professionals.
  

Who This Course Is For

This program is built for learners who are serious about gaining real, practical skills in PCB Design and layout techniques—not just completing a syllabus. The focus is on learning-by-doing, building confidence, and developing the ability to design and implement working PCB designs.
This is not a passive classroom experience. Instead, students are expected to engage actively, solve problems, build prototypes, and apply the concepts taught. The instructor provides guidance, mentorship, and structured direction—but the actual learning happens through individual effort, experimentation, and persistence.
While a certificate is awarded upon completion, the true value of this course lies in the skills, mindset, and hands-on experience gained. Those who commit to the process will walk away with the confidence to build systems, troubleshoot issues, and contribute to real-world product development.

Prerequisites

To participate effectively in this course, learners must have a smartphone with at least 2.5GB of data available per day.
Additionally, learners should have a laptop with an Intel i3 or i5 processor, running either Windows or Linux, to write and run code, perform simulations, and complete assignments. Finally, learners will need a USB storage ranging from 32GB to 1TB. The storage can be an SD card, SATA SSD or NVME with a suitable USB reader.

• Familiarity with basic concepts of electronics and electricity.
• Computer proficiency.
  

Pricing and Enrollment

To begin your enrollment process, simply visit our Contact Page and submit your details. Please include a preferred time for us to reach you. Once received, our team will get in touch with you to share the course pricing, available batch schedules, and the next steps for enrollment.