PCB Design Training in Coimbatore | Best PCB Design Classes & Courses

Learn PCB Design : From Fundamentals to Expertise

Gain expertise in creating intricate electronic circuits using industry-standard PCB design software.
Learn PCB design to select and place electronic components optimally for efficient circuit functionality and manufacturability.
Understand how to translate circuit schematics into digital representations, facilitating seamless PCB layout.
Acquire skills in routing traces, managing signal integrity, and minimizing interference for robust circuit performance.
Discover techniques to design PCBs that adhere to manufacturing constraints, reducing costs and production challenges.
Learn how to prototype and test your designs, ensuring they function as intended before full-scale production.
Familiarize yourself with industry standards, such as IPC guidelines, ensuring your designs meet quality and reliability expectations.
Explore multi-layer PCBs, high-speed design, impedance control, and RF circuitry, enabling you to tackle complex projects.

Classroom Batch Training
One To One Training
Online Training
Customized Training
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This is How ACTE Students Prepare for Better Jobs

Course Objectives

Why should I take a PCB design course?

Industry Relevance
Career Opportunities
Hands-On Experience
Innovation
Cross-Disciplinary Skills

Is this PCB course good for future?

Undoubtedly, enrolling in a PCB (Printed Circuit Board) design course holds substantial promise for the future.As technology advances, so does the demand for electronics in various industries, including consumer electronics, automotive, aerospace, and healthcare, remains steadfast. The proliferation of IoT (Internet of Things), smart devices, and emerging technologies fuels the need for skilled PCB designers who can bring innovative ideas to life.

What are the career choices available for this PCB course?

PCB Designer
Electronics Engineer
Hardware Engineer
Embedded Systems Engineer
IoT (Internet of Things) Engineer
Product Design Engineer

How about career advancement after completing the PCB course?

Specialized Expertise
Promotion Opportunities
Project Leadership
Innovation and R&D
Entrepreneurship

What will you learn in this PCB course?

PCB Basics and Terminology
Electronics Fundamentals
Schematic Capture
Component Selection and Placement
PCB Layout Design

List the necessities to learn PCB course?

Basic Electronics Knowledge
Computer Literacy
Mathematics and Physics Fundamentals
Technical Aptitude
Supportive Environment

What are the course objectives of PCB?

Fundamental Understanding
Schematic Capture
PCB Layout Design
Routing Techniques
Design for Manufacturing (DFM)
Prototyping and Testing

Which kind of tools will I learn throughout the PCB training?

Altium Designer
Cadence Allegro
KiCad
EAGLE
OrCAD

Is the PCB training course outstanding?

An outstanding PCB training course encompasses a comprehensive curriculum that spans from foundational concepts to advanced techniques, ensuring a thorough understanding of PCB design, fabrication, assembly, testing, and troubleshooting. Such a course is led by experienced instructors deeply rooted in the industry, offering valuable insights and practical wisdom

What topics are covered in the PCB course?

Introduction to Electronics and PCB Design
PCB Design Fundamentals
Schematic Design
Component Selection and Placement
PCB Layout Design
Routing Techniques

Essentials of PCB Design: Crafting Connections

PCB (Printed Circuit Board) training provides participants with comprehensive knowledge and practical skills needed to excel in the design, development, and manufacturing of electronic circuits. This training covers various aspects of PCB design, from understanding electronic components and schematic creation to mastering layout techniques, signal integrity considerations, and thermal management. Participants gain hands-on experience using industry-standard software tools for designing, simulating, and optimizing PCB layouts. The training often includes real-world projects, enabling learners to create functional prototypes and solve practical design challenges. Whether you're a beginner seeking foundational skills or a seasoned professional looking to enhance expertise, PCB training equips you with the competence to design robust, efficient, and high-quality electronic circuits for diverse applications.

Additional Info

Introduction of PCB (Printed Circuit Board)

A Printed Circuit Board (PCB) is an essential component of modern electronics, serving as the foundation for connecting various electronic components to create functional circuits. It consists of a flat board made of insulating material, often fiberglass, with conductive pathways etched or printed onto its surface. These pathways, known as traces, facilitate the flow of electrical signals between components such as resistors, capacitors, integrated circuits, and connectors. PCBs play a pivotal role in enabling the assembly, organization, and interconnection of electronic devices, from smartphones and computers to automotive systems and medical equipment. Their design complexity ranges from simple single-layer boards to intricate multilayer configurations, with considerations for signal integrity, thermal management, and manufacturability. PCBs have revolutionized electronics by providing a standardized and efficient means to create intricate electronic circuits, advancing technology across industries.

Top 20 reasons to learn PCB

Foundation of Electronics: PCBs are at the core of all electronic devices, PLC and SCADA , making them essential for understanding electronics at a fundamental level.
Career Opportunities: Proficiency in PCB design opens doors to a wide range of job opportunities in electronics, engineering, and manufacturing sectors.
Innovation: Learning PCB design empowers you to create innovative electronic products and solutions, contributing to technological advancements.
Customization: Designing your own PCBs allows you to tailor circuits to your specific project requirements, enhancing functionality and performance.
Prototyping: PCB skills enable efficient prototyping, reducing development time and cost for bringing ideas to life.
Electronics Repair: Knowledge of PCBs helps in troubleshooting and repairing electronic devices effectively.
Industry Demand: The electronics industry continually seeks skilled PCB designers to meet the growing demand for advanced electronic systems.
Entrepreneurship: PCB design skills are valuable for launching startups and creating unique electronic products.
Cross-Disciplinary: PCBs are used in various fields, making PCB skills versatile and applicable in diverse industries.
Collaboration: PCB design requires collaboration with engineers, manufacturers, and stakeholders, enhancing teamwork skills.
Technological Fluency: Understanding PCBs boosts your technological literacy, allowing you to adapt to evolving digital landscapes.
Integration: PCB design involves integrating multiple components, fostering a holistic understanding of electronics systems.
Signal Integrity: Learning PCB design helps optimize signal integrity, reducing noise and ensuring reliable circuit performance.
Thermal Management: Skill in PCB design aids in effective heat dissipation, preventing component overheating.
Productivity: Proficient PCB design streamlines development processes, increasing productivity in electronics projects.
Industry 4.0: PCBs play a pivotal role in the era of Industry 4.0, powering smart devices, IoT solutions, and automation.
Critical Thinking: PCB design cultivates analytical skills for solving complex electronic challenges.
Continuous Learning: Evolving PCB technologies encourage ongoing learning and professional growth.
Creative Outlet: PCB design combines technical expertise with creative expression, making it a rewarding skill to master.

Future Scope of PCB

Miniaturization and Integration: As electronics continue to shrink in size, PCBs will enable the integration of more components onto smaller boards, supporting the development of compact and sophisticated devices.
Internet of Things (IoT): The proliferation of IoT devices requires efficient and specialized PCBs to connect sensors, actuators, and communication modules, driving demand for innovative designs.
5G Technology: The rollout of 5G networks will necessitate PCBs with enhanced signal integrity and higher data transfer rates to support the increased connectivity demands.
Flexible and Wearable Electronics: Flexible PCBs will play a pivotal role in wearable devices, smart textiles, and flexible displays, enabling comfortable and versatile electronics integration.
Electric and Autonomous Vehicles: The destiny of large facts Hadoop will see tighter integration with cloud computing platforms. This integration will allow businesses to leverage the scalability and versatility of cloud infrastructure whilst harnessing the energy of Hadoop for huge-scale records processing and analytics.
Medical Electronics: PCBs are crucial for medical devices, diagnostics, and telemedicine applications, contributing to advancements in healthcare technology.
Green Technology: PCBs are evolving to meet environmental standards, with a focus on reduced energy consumption, sustainable materials, and eco-friendly manufacturing processes.
Advanced Manufacturing Techniques: Emerging manufacturing methods like 3D printing and additive manufacturing will revolutionize PCB production, allowing for intricate designs and rapid prototyping.
Artificial Intelligence (AI) and Machine Learning: AI-powered devices require specialized PCBs to accommodate processing units, sensors, and connectivity, driving innovation in their design.
Global Connectivity: The demand for PCBs will rise with the growth of global communication networks, ensuring seamless connectivity across regions.
Smart Cities: PCBs will underpin the development of smart city infrastructure, including smart grids, intelligent transportation systems, and environmental monitoring.
Consumer Electronics: Continued advancements in smartphones, tablets, wearables, and smart home devices will maintain a strong demand for PCBs.
Renewable Energy: PCBs are integral to renewable energy systems like solar panels, wind turbines, and energy storage solutions.
Cybersecurity: PCBs with secure designs will play a role in safeguarding critical systems against cyber threats.
Space Exploration: PCBs are essential components in aerospace applications, including satellites, space probes, and interplanetary missions.

Roles and Responsibilities of PCB

PCB Designer:

Responsibilities: Design and layout of PCBs based on project requirements, schematic diagrams, and design rules. Optimize component placement, routing, and signal integrity. Collaborate with engineers to ensure functional and manufacturable designs.

PCB Engineer:

Responsibilities: Develop and implement design rules and guidelines for PCB layouts. Perform signal integrity analysis, impedance matching, and thermal analysis. Validate and verify PCB designs through testing and simulation.

PCB Design Manager:

Responsibilities: Oversee PCB design projects, allocate resources, and manage design teams. Ensure adherence to quality standards, timelines, and project goals.

PCB Manufacturing Engineer:

Responsibilities: Plan and oversee the fabrication and assembly processes of PCBs. Develop manufacturing processes, select materials, and ensure compliance with industry standards. Troubleshoot manufacturing issues and optimize production efficiency.

PCB Test Engineer:

Responsibilities:Design and develop test plans and methodologies for PCBs. Create and implement test fixtures, conduct functional tests, and troubleshoot defects. Ensure that PCBs meet quality and performance specifications.

Electronics Engineer:

Responsibilities: Collaborate with PCB designers to define circuit requirements, component selection, and functional specifications. Verify the compatibility of components with the overall electronics system.

Hardware Engineer:

Responsibilities: Work closely with PCB designers to integrate PCBs into larger hardware systems. Ensure compatibility, connectivity, and functionality of the hardware components.

Quality Assurance Engineer:

Responsibilities: Establish and enforce quality control processes for PCB designs and manufacturing. Conduct inspections, tests, and audits to verify compliance with industry standards and specifications.

Research and Development Engineer:

Responsibilities: Innovate and experiment with new PCB technologies, materials, and design techniques. Explore emerging trends and technologies to enhance PCB performance and capabilities.

Field Application Engineer:

Responsibilities: Provide technical support to customers, helping them implement and troubleshoot PCB designs in real-world applications.

Project Manager:

Responsibilities: Oversee end-to-end PCB projects, including design, manufacturing, testing, and implementation. Coordinate teams, manage budgets, and ensure project milestones are achieved.

Key Features

ACTE Coimbatore offers PCB Design Training in more than 27+ branches with expert trainers. Here are the key features,

40 Hours Course Duration
100% Job Oriented Training
Industry Expert Faculties
Free Demo Class Available
Completed 500+ Batches
Certification Guidance

Authorized Partners

ACTE TRAINING INSTITUTE PVT LTD is the unique Authorised Oracle Partner, Authorised Microsoft Partner, Authorised Pearson Vue Exam Center, Authorised PSI Exam Center, Authorised Partner Of AWS and National Institute of Education (nie) Singapore.

Curriculum

PCB Designing Course in Coimbatore

Module 1: Introduction to PCB Design

Overview of PCBs and their significance
Electronic components and their footprints
Introduction to PCB design process and EDA tools

Module 2: Schematic Design

Creating schematic symbols and libraries
Drawing clear and organized schematics
Netlist generation and validation

Module 3: Component Placement Strategies

Factors influencing component placement
Techniques for optimal component arrangement
Signal integrity considerations during placement

Module 4: Routing and Trace Design

Guidelines for efficient and clean trace routing
High-speed routing techniques and considerations
Implementation of ground planes and power distribution

Module 5: Signal Integrity and EMI

Understanding signal integrity concepts: impedance, reflections, crosstalk
Mitigating electromagnetic interference (EMI/EMC)
Introduction to simulation tools for signal integrity analysis

Module 6: Design for Manufacturing (DFM) and Assembly

Guidelines for designing PCBs that are easy to manufacture
Generating Gerber files and creating a Bill of Materials (BOM)
Understanding assembly processes and considerations

Module 7: Advanced PCB Design Topics

Multi-layer PCB design techniques and stackup considerations
Addressing challenges in mixed-signal PCBs
Thermal management strategies for PCBs

Module 8: Final Project

Designing a complete PCB project integrating all concepts learned
Peer reviews, feedback, and iterative improvements
Presentation and documentation of final project

Module 9: High-Frequency Design and RF PCBs

Introduction to high-frequency PCB design
Impedance matching techniques for RF circuits
PCB layout considerations for RF components and antennas

Module 10: Design Validation and Testing

Introduction to design validation methods
Creating test points and access for measurements
Using simulation tools for design verification
Testing and debugging techniques for PCB prototypes

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Hands-on Real Time PCB Design Projects

Project 1

PCB Manufacturing

This Project is used in order to gain the correct pattern of tracks, a photographic process.

Project 2

Brake failure indicator for Automobiles

This project is used circuit that constantly monitors the condition of the brake and gives an audio-visual indication.

Pathways to Success in the PCB Job Landscape

Efficient PCB placement entails skillfully arranging electronic components on a circuit board, a vital task impacting circuit performance and PCB job roles within electronics design and engineering.

PCB placement ensures that components are strategically positioned to facilitate the smooth and efficient flow of signals.
Careful component arrangement helps reduce crosstalk between traces and components, maintaining signal integrity and preventing unwanted noise.
Proper placement considers heat-generating components and their proximity to facilitate effective heat dissipation, enhancing overall thermal performance.
Well-planned placement considers assembly and manufacturing processes, reducing production challenges and ensuring ease of soldering and testing.
Thoughtful component positioning helps mitigate electromagnetic interference, contributing to compliance with EMC regulations and standards.
IBM, Accenture, Deloitte, Capgemini, Cognizant, and Wipro are some multinational corporations (MNCs) that leverage PCB technology for their business operations, offering potential job opportunities for PCB-trained professionals.

Recently Placed Students in TOP MNC

IT WAS GREAT LEARNING EXPERIENCE

Sandeep Kumar D ( Software Engineer, Cisco Systems )

It was great learning experience. Trainer had provided relevant examples & truely enjoyed the sessions, I wholeheartedly thank Training & Placement Cell for the constant support

APPRECIATE THE PLACEMENT CELL AT ACTE FOR THE EFFORTS

Vinoth P ( UI Developer, TCS )

I would like to appreciate the placement cell at ACTE for the efforts they made for providing a fair and ample amount of chances to me. boot-camps and extra classes for us to enhance our technical and interpersonal skills.

I FEEL GREAT STUDYING AT ACTE AND GETTING GREAT OPPORTUNITY

Vijeyalakshme kannan ( QA Engineer, Amazon Development Center )

I feel great studying at ACTE and getting great opportunity as well as support from faculties & placement officers. It is dream come true, being an IT engineer

FIRST EVER OPPORTUNITY THAT CAME INTO MY LIFE

Pranav Srinivas ( Software Testing, Capgemini )

My sincere appreciation & gratitude to the Training & Placement Department and all staffs of ACTE for their efforts in imparting quality technical and aptitude training. I am very grateful to them for effectively and sincerely helping me to grab first ever opportunity that came into my life.

GOOD CORPORATE EXPOSURE IS GIVEN TO STUDENTS

Prasanna ( SAP Admin, HCL )

I am very Thankful to the faculties of ACTE as they are very much supportive, helpful and the Placement Cell which is also doing great job by arranging excellent placements of MNCs & good corporate exposure is given to students.

Last 3 Month's Placed Students

PCB Certification: Elevate Your Design Expertise

PCB certification holds significant value as it validates your expertise in designing, prototyping, and troubleshooting printed circuit boards, thereby bolstering your professional credibility. By earning this certification, you showcase a deep commitment to excellence within the electronics industry, positioning yourself as a sought-after candidate for job roles and projects. Beyond recognition, certification opens doors to enhanced career advancement opportunities, potentially leading to higher earning potential and progression into leadership or specialized positions.

What are the Benefits of PCB Certification?

Enhanced Credibility
Industry Recognition
Career Advancement
Job Market Advantage
Confidence and Competence

Are there different types of PCB certifications?

PCB Design Certification
PCB Manufacturing Certification
IPC Certifications
Signal Integrity (SI) Certification
EMC/EMI Certification

Will a PCB certification guarantee me a job?

While a PCB (Printed Circuit Board) certification can significantly enhance your job prospects and credibility within the electronics industry. A certification validates your knowledge and devotion to industry standards, which can make you a more attractive candidate to employers.

Why should I pursue a PCB certification?

Skill Validation
Industry Recognition
Career Advancement
Competitive Advantage
Quality Assurance

How can I prepare for a PCB certification exam?

To prepare for a PCB certification exam, study the exam topics thoroughly using recommended materials, practice with PCB design software, take mock exams, join study groups, maintain a consistent study schedule, and focus on practical application of design concepts.

Complete Your Course

a downloadable Certificate in PDF format, immediately available to you when you complete your Course

Get Certified

a physical version of your officially branded and security-marked Certificate.

Get Certified

Navigating Complexity: Insights from PCB Experts

PCB experts showcase mastery in intricate circuit design, encompassing component layout, signal routing, and schematic creation.
Proficient in minimizing signal interference, they skillfully manage trace impedance and routing to maintain optimal signal integrity.
PCB Experts strategically position components for efficient heat dissipation, preventing overheating and ensuring stable performance.
They adhere to electromagnetic compatibility standards, designing PCBs that minimize electromagnetic interference and emissions.
Proficiency in simulation tools aids in predicting circuit behavior, identifying potential issues, and optimizing designs prior to fabrication.
PCB Designing course in Coimbatore,Their expertise bridges electronics and physics, enabling them to craft balanced designs across industries.

PCB Design Course Reviews

Our ACTE Coimbatore Reviews are listed here. Reviews of our students who completed their training with us and left their reviews in public portals and our primary website of ACTE & Video Reviews.

Ravi

Student

In ACTE at Coimbatore , PCB Design Training was excellent with good interaction. Knowledge shearing is good. Recording facility is excellent for revising. Course was practically and informative. The trainer is enthusiastic and really aware of what he is explaining. The course helped to build confidence, Valuable experiences and learning. Thanks a lot for the ACTE at Coimbatore.

Raghu Vishwanathan

ACTE institute is a wonderful place to master the knowledge of PCB Design.The advanced real-time training which is delivered here from the hands of expert training professional has helped me a lot in securing a wonderful opportunity as a PCB Design expert in a well reputed company.

Mano Balan

Software Engineer

After completion of My B.E. I joined in ACTE For PCB Design Training. The trainers are awesome, they will teach real time scenarios with examples and they are very supportive even Placements team will help in Interviews.They conduct weekly drives. I got placement in MNC through ACTE. Thanks ACTE Tambaram .

Ishwariya Yabesh

Student

I would like to take up more training with ACTE Training Institute at Omr. The instructor is Awesome. He is the Best tutor; I have ever had till date in my Professional Career. He knows the subject so well, & He can make anyone Understand A to Z about PCB Design programming!!! Superb – training!!!

Praveena Shankar

This is best Training institute in Banglore. I hope this will be helpful for Freshers and they provide placement to each and every student. I have done my PCB Design course in ACTE and finally got placed in good company. Thanks to all the ACTE Team members and faculities!

More Review

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PCB Design Course FAQs

Looking for better Discount Price?

Call now: +9193833 99991 and know the exciting offers available for you!

Does ACTE provide placement?

ACTE is the Legend in offering placement to the students. Please visit our Placed Students List on our website
We have strong relationship with over 700+ Top MNCs like SAP, Oracle, Amazon, HCL, Wipro, Dell, Accenture, Google, CTS, TCS, IBM etc.
More than 3500+ students placed in last year in India & Globally
ACTE conducts development sessions including mock interviews, presentation skills to prepare students to face a challenging interview situation with ease.
85% percent placement record
Our Placement Cell support you till you get placed in better MNC
Please Visit Your Student Portal | Here FREE Lifetime Online Student Portal help you to access the Job Openings, Study Materials, Videos, Recorded Section & Top MNC interview Questions

Is ACTE certification good?

ACTE

Certificate

Certification is Accredited by all major Global Companies
ACTE is the unique Authorized Oracle Partner, Authorized Microsoft Partner, Authorized Pearson Vue Exam Center, Authorized PSI Exam Center, Authorized Partner Of AWS and National Institute of Education (NIE) Singapore

Work On Live Projects?

The entire PCB Design training has been built around Real Time Implementation
You Get Hands-on Experience with Industry Projects, Hackathons & lab sessions which will help you to Build your Project Portfolio
GitHub repository and Showcase to Recruiters in Interviews & Get Placed

Who are the Trainers?

All the instructors at ACTE are practitioners from the Industry with minimum 9-12 yrs of relevant IT experience. They are subject matter experts and are trained by ACTE for providing an awesome learning experience.

What if I miss one (or) more class?

No worries. ACTE assure that no one misses single lectures topics. We will reschedule the classes as per your convenience within the stipulated course duration with all such possibilities. If required you can even attend that topic with any other batches.

What are the modes of training offered for this PCB Design Course?

We offer this course in “Class Room, One to One Training, Fast Track, Customized Training & Online Training” mode. Through this way you won’t mess anything in your real-life schedule.

Why Should I Learn PCB Design Course At ACTE?

PCB Design Course in ACTE is designed & conducted by PCB Design experts with 10+ years of experience in the PCB Design domain
Only institution in India with the right blend of theory & practical sessions
In-depth Course coverage for 60+ Hours
More than 50,000+ students trust ACTE
Affordable fees keeping students and IT working professionals in mind
Course timings designed to suit working professionals and students
Interview tips and training
Resume building support
Real-time projects and case studies

Can I Access the Course Material in Online?

Yes We Provide Lifetime Access for Student’s Portal Study Materials, Videos & Top MNC Interview Question.

What certification will I receive after course completion?

You will receive ACTE globally recognized course completion certification Along with National Institute of Education (NIE), Singapore.

How Old Is ACTE?

We have been in the training field for close to a decade now. We set up our operations in the year 2009 by a group of IT veterans to offer world class IT training & we have trained over 50,000+ aspirants to well-employed IT professionals in various IT companies.

What Will Be The Size Of A PCB Design Batch At ACTE?

We at ACTE believe in giving individual attention to students so that they will be in a position to clarify all the doubts that arise in complex and difficult topics. Therefore, we restrict the size of each PCB Design batch to 5 or 6 members

Will I Be Given Sufficient Practical Training In PCB Design?

Our courseware is designed to give a hands-on approach to the students in PCB Design. The course is made up of theoretical classes that teach the basics of each module followed by high-intensity practical sessions reflecting the current challenges and needs of the industry that will demand the students’ time and commitment.

How Do I Enroll For The PCB Design Course At ACTE?

You can contact our support number at 93833 99991 / Directly can do by ACTE.in's E-commerce payment system Login or directly walk-in to one of the ACTE branches in India

Course Syllabus

PCB Certification: Elevate Your Design Expertise

PCB certification holds significant value as it validates your expertise in designing, prototyping, and troubleshooting printed circuit boards, thereby bolstering your professional credibility. By earning this certification, you showcase a deep commitment to excellence within the electronics industry, positioning yourself as a sought-after candidate for job roles and projects. Beyond recognition, certification opens doors to enhanced career advancement opportunities, potentially leading to higher earning potential and progression into leadership or specialized positions.

What are the Benefits of PCB Certification?

Enhanced Credibility
Industry Recognition
Career Advancement
Job Market Advantage
Confidence and Competence

Are there different types of PCB certifications?

PCB Design Certification
PCB Manufacturing Certification
IPC Certifications
Signal Integrity (SI) Certification
EMC/EMI Certification

Will a PCB certification guarantee me a job?

While a PCB (Printed Circuit Board) certification can significantly enhance your job prospects and credibility within the electronics industry. A certification validates your knowledge and devotion to industry standards, which can make you a more attractive candidate to employers.