PCB Design Crash Course

Learn Professional PCB Design and Embedded Systems Skills

The PCB Design Crash Course at IIES is designed for students, engineers, and electronics enthusiasts who want to master the art of printed circuit board (PCB) design. In just 10 days, you will learn how to design, simulate, and fabricate PCBs used in embedded systems and modern electronic devices.

PCB design is at the heart of every electronic device from smartphones to industrial machines. Without well designed PCBs, no electronic circuit can perform efficiently. This course helps you build that essential skill with hands-on practice and professional guidance.

Why PCB Design Matters

Printed Circuit Boards connect and communicate between various components in a system. They make electronic designs compact, reliable, and resistant to damage or tampering. Whether you’re an aspiring electronics engineer or want to build a strong base for your embedded systems course, mastering PCB design is essential to success in today’s electronics industry.

Crash Course - Details

Course Name: PCB Design Crash Course
Duration: 10 Days (4 hours/day – Total 40 hours)
Assessment: Pre- and Post-Evaluation
Project: Yes (Hands-on PCB Project)
Certification: Yes (Course Completion Certificate)
Prerequisite: Basic knowledge of PCB concepts

Quick Enquiry

About the Crash Course on PCB Design

This crash course provides a complete foundation in PCB Design from schematic creation to layout, routing, and manufacturing. You will work with popular PCB software tools such as Altium Designer, Eagle PCB, and KiCad, learning how to design single-layer and double-layer boards.

Through this program, you will understand how PCBs are used in embedded systems, IoT devices, consumer electronics, and automotive applications.

Students completing this program will have the skills required for embedded system design, PCB fabrication, and circuit prototyping, making it one of the best embedded courses in Bangalore.

Takeaway – Crash Course on PCB Design

By the end of this crash course, you will:

Design and build simple analog and digital circuits.
Gain experience with EasyEDA, MATLAB, and other CAD tools.
Learn wire wrapping, soldering, and breadboard circuit building.
Understand PCB layout design, component placement, and routing.
Work on microcontroller-based system design projects.

Develop a ready-to-use PCB for your final project.

Course Outline – Crash Course on PCB Design

Introduction to PCB Design and Electronic Components
EasyEDA and PCB Layout Basics
Single-Layer and Double-Layer PCB Design
Component Placement & Routing Guidelines
Grounding Techniques and Design Rule Check (DRC)
Auto-Routing and Cross-Probing Features
Module Creation and Schematic Design
Microcontroller-Based PCB Project

Benefits of Learning PCB Design

Compact Design: Create efficient and compact circuits using copper rails.
Easy Diagnosis & Repair: Simplified component labeling makes troubleshooting easy.
Time Efficiency: Save design and assembly time with optimized PCB layouts.
Strong & Reliable Circuits: Copper track connections reduce short circuits.
Noise Reduction: Proper layout ensures minimal electronic interference.

With these skills, you’ll be ready to work on embedded systems design, product development, or freelance PCB projects.

Career Opportunities – Crash Course on PCB Design

Completing this PCB Design Crash Course opens doors to several roles in the electronics industry, such as:

PCB Designer – Create and optimize PCB layouts and schematics.
Electronics Engineer – Develop and test circuits for consumer and industrial devices.
Embedded Engineer – Design and program hardware for embedded systems.
Production Engineer – Oversee PCB manufacturing and quality processes.
Field Application Engineer / Test Engineer – Support and test electronic products.

This course also complements those pursuing an embedded systems course or looking for the best embedded course in Bangalore for practical exposure.

Application - Crash Course on PCB Design

PCBs are used across industries such as:

Consumer Electronics: Smartphones, laptops, and home appliances.
Industrial Automation: Power supplies, motor controls, and sensors.
Medical Devices: Monitors, diagnostic equipment, and scanners.
Automotive Systems: Navigation units, control devices, and safety sensors.

Understanding these real-world applications helps you design circuits that perform efficiently in diverse conditions.

Tools & Software used by PCB designer - Crash Course on PCB Design

You will gain practical experience with top PCB design tools:

Design Software: Altium Designer, Eagle PCB, KiCAD, Orcad, Cadence Allegro.
Simulation Tools: LTspice, NI Multisim, Cadence PSpice.
3D & DFM Tools: CAM350, Valor NPI, and CircuitCAM.

These tools enable you to move from concept to prototype confidently, a vital skill for anyone aiming to master embedded course fundamentals.

Why Choose IIES for PCB Design

At IIES, you don’t just learn, you design, build, and innovate. Our experienced mentors, hands-on lab sessions, and real-world projects make this the best embedded course in Bangalore for aspiring electronics professionals.

Enroll Today in the PCB Design Crash Course

Gain the confidence to design PCBs used in embedded systems, IoT devices, and industrial applications. Get certified, get skilled, and start your journey toward becoming a professional PCB designer or embedded engineer.

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Professional Diploma in Full Stack Java Development

FAQ - Crash Course on PCB Design

What does PCB design in its entirety mean?

A printed circuit board is known as PCB. A printed circuit board (PCB) is an insulating board with conductive pathways (traces) etched onto it. It is commonly composed of fiber glass or plastic.

What is the potential for PCB design?

The future of PCB design is really promising. After completing the course, aspirants can obtain excellent employment. Numerous institutions also provide a 100% placement guarantee.

Can I work and take these courses at the same time?

Yes, these are online courses, and you may pick the times that work best for you.

In India, who can enroll in a PCB design course?

It is advisable to hire someone having an electrical technical background.

What substances are used to make PCBs?

PCBs are typically flat laminated composites made of non-conductive substrate materials with copper circuit layers placed internally or on external surfaces. They can involve fifty layers or more of copper in high-density applications, but they can also be as simple as one or two layers.

Why do PCBs use copper?

Copper is the substance most frequently used to create traces. Why is copper such a common material in the PCB sector? Being extremely conductive is copper’s main advantage. It can readily transport signals without sacrificing electricity along the way because of this.

Testimonials

"The precision and efficiency of PCB design are critical factors in ensuring the optimal functionality and performance of electronic circuits." The IIES crash course provides the fundamental ideas needed by aspiring PCB designers who want to advance the electronics sector."

- Prajwal

"Manufacturers can significantly streamline their production process and reduce costs associated with assembly errors by understanding the PCB design process." The IIES crash course teaches students how to use PCB design tools and methodologies to properly design and test circuits."

- Mahantesh

"PCB design is an important tool for developing compact and lightweight electronic devices." With the IIES crash course's foundational training, students can design and analyze different types of circuits, including analog circuits, power electronics, and RF circuits.”

- John Albert

"Electronic devices designed using PCB design techniques can withstand extreme temperatures. The IIES crash course provides the necessary foundation to veterans in the electronics industry to design electronic systems that excel in real-world scenarios.”

- Parthasarathy

“Fast data transmission and impeccable signal integrity are crucial aspects of modern electronic communication. With the IIES crash course's proficiency in PCB design and simulation tools, students can design and test high-speed digital circuits.”

- Mohammed Ishan