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PCB Design Online Training

(4.2) 7562 Ratings 9005Learners
100% Job Guarantee | Minimum CTC: ₹ 5.2 LPA

Gain expertise in PCB design Course with our comprehensive online training program. Receive a recognized certificate upon completion and unlock opportunities with our placement assistance. Kickstart your career in electronics with practical skills and industry-relevant knowledge.

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  • 40+ Hrs Hands On Learning
  • 3+ Live Best Industry Projects
  • 25+ Practical Assignments
  • 24/7 Student Helpdesk

Online Classroom Batches Preferred

10-Feb-2025
Monday (Monday - Friday)

Weekdays Regular

08:00 AM (IST)

(Class 1Hr - 1:30Hrs) / Per Session

12-Feb-2025
Wednesday (Monday - Friday)

Weekdays Regular

08:00 AM (IST)

(Class 1Hr - 1:30Hrs) / Per Session

08-Feb-2025
Saturday (Saturday - Sunday)

Weekend Regular

11:00 AM (IST)

(Class 3hr - 3:30Hrs) / Per Session

09-Feb-2025
Saturday (Saturday - Sunday)

Weekend Fasttrack

11:00 AM (IST)

(Class 4:30Hr - 5:00Hrs) / Per Session

Can't find a batch you were looking for?
₹21000 ₹16000 10% OFF Expires in

No Interest Financing start at ₹ 5000 / month

A Comprehensive Overview of PCB Design

Our PCB design certification provides participants with the fundamental skills needed for the PCB designing course and provides a comprehensive understanding of advanced concepts and industry-standard tools. Participants learn to design and layout printed circuit boards efficiently and effectively through a structured curriculum and hands-on projects. Moreover, this online training program goes beyond technical knowledge by offering insights into the various placement opportunities in the PCB design field. PCB design engineer jobs Participants gain exposure to potential career paths such as PCB layout designer, hardware engineer, electronics design engineer, or freelancing opportunities.

Additional Info

Exploring Advanced PCB Design Strategies

  • High-Speed Design Considerations: In-depth exploration of high-speed PCB design covers critical aspects like signal integrity, transmission line effects, and crosstalk mitigation. Participants learn advanced routing techniques, such as differential pairs and matched lengths, to ensure reliable signal propagation and minimize electromagnetic interference. Understanding impedance control and termination schemes becomes paramount in managing high-speed signals effectively.
  • Power Integrity Optimization: Advanced strategies focus on optimizing power distribution networks to maintain stable voltage levels and minimize noise. Participants delve into power plane design, decoupling capacitor placement, and analysis of power integrity issues using simulation tools. Effective power distribution design is crucial for ensuring the reliability and performance of electronic devices, particularly in high-frequency applications.
  • Thermal Management Techniques: Participants explore advanced thermal management techniques essential for dissipating heat effectively in PCB designs. This includes using thermal vias, heat sinks, and thermal simulations to prevent thermal hotspots and ensure component reliability. Understanding thermal considerations is vital for preventing overheating, which can lead to performance degradation and premature failure of electronic components.
  • Mixed-Signal Design Challenges: Advanced topics delve into the complexities of mixed-signal PCB design, where analog and digital signals coexist. Participants learn techniques for minimizing noise, maintaining signal integrity, and achieving proper grounding to ensure accurate signal processing. Strategies for mitigating crosstalk and interference between analog and digital components are also addressed.
  • RF and Microwave Design Principles: This segment focuses on the unique challenges of RF and microwave PCB design, including impedance matching, transmission line design, and RF layout considerations. Participants gain insights into designing RF circuits with controlled impedance, minimizing signal loss, and optimizing performance for high-frequency applications. Understanding RF design principles is essential for developing wireless communication, radar, and RF-based devices.
  • EMC Compliance and EMI Mitigation: In PCB designs, participants learn advanced techniques for achieving electromagnetic compatibility (EMC) compliance and mitigating electromagnetic interference (EMI). This includes implementing shielding techniques, filtering components, and layout optimization to minimize EMI emissions and susceptibility. EMC compliance is critical for preventing signal degradation and interference in electronic devices operating in electromagnetic environments.
  • Advanced Manufacturing Considerations: The course covers advanced manufacturing considerations to ensure the manufacturability and reliability of PCB designs. This includes design for manufacturability (DFM) guidelines, panelization strategies, and assembly optimization techniques. Understanding manufacturing constraints and optimizing designs for efficient production is essential for reducing costs and minimizing defects in PCB fabrication and assembly processes.
  • Design Validation and Testing Methods: Participants learn about advanced design validation techniques to verify the performance and reliability of PCB designs. This includes signal integrity simulation, thermal analysis, and prototype testing to identify and rectify design issues early in the development cycle. Comprehensive validation and testing ensure that PCB designs meet specifications and perform reliably in real-world conditions.

A Guide To PCB Tools And Technologies

  • EDA Software Suites: Electronic Design Automation (EDA) software suites like Altium Designer, Cadence Allegro, and Mentor Graphics PADS provide comprehensive tools for schematic capture, PCB layout, and design rule checking, offering advanced features for complex PCB designs.
  • Simulation Tools: Tools like SPICE (Simulation Program with Integrated Circuit Emphasis) and HyperLynx enable simulation of circuit behavior, signal integrity analysis, power distribution network analysis, and thermal analysis, helping designers validate and optimize their PCB designs before fabrication.
  • Design Rule Checkers (DRC): DRC tools such as Valor DFM and CAM350 ensure that PCB designs comply with manufacturing constraints and standards by checking for errors like minimum trace width violations, clearance violations, and solder mask clearances.
  • 3D PCB Design Tools: 3D PCB design tools like SolidWorks PCB and Altium Designer 3D offer capabilities for creating accurate 3D models of PCB assemblies. These tools enable designers to visualize component placement, detect collisions, and optimize board layouts for mechanical constraints.
  • Library Management Systems: Library management systems such as Ultra Librarian and SnapEDA provide access to vast libraries of components, symbols, and footprints, streamlining the component selection and integration process in PCB designs.

Roles and Duties in PCB Design Implementation and Management

  • PCB Design Engineer: PCB Design Engineers are responsible for designing and developing printed circuit boards (PCBs) according to project requirements and specifications. They create schematics, layout PCBs, and collaborate with hardware and software engineers to ensure PCB designs' functionality, reliability, and manufacturability.
  • Hardware Engineer: Hardware Engineers focus on the design and development of electronic hardware components, including PCBs, integrated circuits, and electronic systems. They work closely with PCB Design Engineers to specify component requirements, validate designs, and troubleshoot hardware-related issues.
  • Layout Designer: Layout Designers specialize in creating PCB layouts based on schematic designs and layout guidelines. They utilize PCB design software to place components, route traces, and ensure signal integrity, power distribution, and thermal management in PCB layouts.
  • Signal Integrity Engineer: Signal Integrity Engineers analyze and optimize PCB designs to ensure signal integrity and minimize signal degradation, noise, and interference. They perform simulations, impedance calculations, and signal integrity analysis to validate and refine PCB layouts.
  • Manufacturing Engineer: Manufacturing Engineers collaborate with PCB Design Engineers to optimize PCB designs for manufacturability, assembly, and testing. They select appropriate materials, processes, and manufacturing techniques to ensure efficient and cost-effective production of PCBs.
  • Quality Assurance (QA) Engineer: QA Engineers are responsible for testing and validating PCB designs to ensure compliance with quality standards, specifications, and performance requirements. They conduct functional testing, reliability testing, and quality inspections to identify and address design flaws or defects.
  • Test Engineer: Test Engineers develop and implement test plans, procedures, and equipment for validating and verifying PCB designs. They design test fixtures, conduct functional tests, and analyze test results to ensure PCB designs' performance, reliability, and compliance with specifications and requirements.

Top Hiring Companies for Job Opportunities PCB Design

  • Apple Inc.: Apple designs and manufactures a wide range of electronic products, including iPhones, iPads, MacBooks, and more, requiring expertise in PCB design.
  • Google: Google develops hardware products such as smartphones (Pixel), smart home devices (Nest), and wearable technology (Google Glass), all of which involve PCB design.
  • Tesla, Inc.: Tesla is a leading electric vehicle and clean energy company that designs and manufactures advanced electronic systems for vehicles, energy storage, and solar products, necessitating PCB design expertise.
  • Intel Corporation: Intel is a semiconductor chip manufacturer and technology company that designs and produces a wide range of electronic components and systems, including PCBs for their processors and other products.
  • Qualcomm: Qualcomm develops semiconductor and telecommunications equipment, including chipsets for mobile devices, IoT, and automotive applications, which require skilled PCB designers.
  • Samsung Electronics: Samsung is a global leader in consumer electronics, semiconductor manufacturing, and mobile communications, offering opportunities for PCB designers across various product lines.
  • Microsoft Corporation: Microsoft designs and manufactures hardware products such as Surface tablets, Xbox gaming consoles, and peripherals, all of which involve PCB design.
  • Cisco Systems:Cisco is a multinational technology conglomerate that develops networking hardware, software, and telecommunications equipment, necessitating skilled PCB designers for their products.
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Top Skills You Will Gain
  • Schematic Capture
  • PCB Layout Design
  • Signal Integrity Analysis
  • Design for Manufacturability
  • Design for Assembly
  • Thermal Management
  • Documentation
  • CAD Tools Proficiency

PCB Design Course Key Features 100% Money Back Guarantee

  • 5 Weeks Training

    For Become a Expert
  • Certificate of Training

    From Industry PCB Design Experts
  • Beginner Friendly

    No Prior Knowledge Required
  • Build 3+ Projects

    For Hands-on Practices
  • Lifetime Access

    To Self-placed Learning
  • Placement Assistance

    To Build Your Career

Top Companies Placement

The PCB Design Trainee is an aspiring professional equipped with a foundational understanding of electronics and a keen interest in mastering the intricacies of printed circuit board (PCB) design. With a background in electrical engineering or a related field, the trainee demonstrates proficiency in schematic capture, layout design, and familiarity with industry-standard design software.

  • Designation
  • Annual Salary
    Hiring Companies
  • 3.24L
    Min
  • 6.5L
    Average
  • 14.5L
    Max
  • 4.50L
    Min
  • 8.5L
    Average
  • 16.5L
    Max
  • 4.0L
    Min
  • 6.5L
    Average
  • 13.5L
    Max
  • 3.24L
    Min
  • 6.5L
    Average
  • 12.5L
    Max

Training Options

One to One Training

₹23000₹ 18000

  • Exclusive one-on-one sessions for personalized skill development.
  • Latest version curriculum is provided by industrial professionals.
  • Get industry-recognized certification with placement assistance.
  • Lifetime Access to Study Materials, Videos & Top MNC Interview Question.
  • Work on multiple Industry-specific projects to enhance your portfolio.

Online Training

₹21000₹ 16000

  • preferred
  • Schedule your sessions at your preferred timings for maximum convenience.
  • Lifetime access to high-quality self-learning and live online class recordings.
  • Attend a Free Demo before signing up.

Next Demo Sessions

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Corporate Training

Customized to your team's needs

  • Self-Paced/Live Online/Classroom modes of training available.
  • Design your own course content based on your project requirements.
  • Comprehensive certification guidance for your career advancement.
  • Get 100% Job-oriented Training With Dedicated Placement Support.
  • Receive 24x7 assistance and support to maximize your learning experience.

Self Paced Training

  • 50+ Hours High-quality Video
  • 28+ Downloadable Resource
  • Lifetime Access and 24x7 Support
  • Access on Your Computer or Mobile
  • Get Certificate on Course Completion
  • 3+ Projects
12500 ₹4500

PCB Design Course Curriculum

Trainers Profile

Our certified professionals, who possess over 11 years of experience and are currently working at multinational companies, will guide the course. The course begins by introducing electronic circuit design and progressively builds up to advanced lessons that will transform beginners into experts. The final lesson will cover the preparation of an advanced circuit for mass production, emulating professional workflows.

Syllabus of PCB Design Online Course Download syllabus

  • Overview of PCB Design
  • Basic Components of a PCB
  • PCB Design Workflow
  • Tools and Software for PCB Design
  • Understanding Circuit Theory
  • Components and their Functions
  • Ohm's Law and Kirchhoff's Laws
  • Analog vs. Digital Circuits
  • Power Distribution in PCBs
  • PCB Layer Stackup Design
  • Routing Techniques and Best Practices
  • Design for Manufacturability
  • Design for Assembly
  • PCB Design Workflow Overview
  • Placement Techniques and Strategies
  • Routing Principles and Strategies
  • High-Speed Signal Routing Techniques
  • Power and Ground Plane Design
  • Multilayer PCB Design Considerations
  • RF and Microwave PCB Design
  • Flex and Rigid-Flex PCB Design
  • Signal Integrity Analysis and Mitigation
  • High-Density Interconnect
  • Introduction to PCB Manufacturing
  • PCB Fabrication Techniques
  • PCB Assembly Process Overview
  • Quality Assurance and Testing in PCB Manufacturing
  • Handling and Storage of PCBs
  • Introduction to DFT and DFM
  • Testability Guidelines and Strategies
  • Designing for Automated Testing
  • Design for Cost Reduction
  • Design for Reliability and Longevity
  • Feedback Loops between Design and Manufacturing
  • Ethical Considerations in PCB Design
  • Intellectual Property Rights (IPR)
  • Professional Conduct and Responsibility
  • Compliance with Regulatory Standards
  • Sustainable Practices in PCB Design
  • Opportunities in PCB Design Industry
  • Starting Your Own PCB Design Business
  • Career Paths in PCB Design
  • Networking and Professional Associations
  • Skill Enhancement and Continuing Education
  • Introduction to Schematic Capture
  • Creating Schematics using EDA Tools
  • Bill of Materials (BOM) Management
  • Symbol Creation and Custom Components
  • Design Validation and Simulation
  • Managing Design Constraints in Schematics
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Need customized curriculum?

Industry Projects

Project 1
IoT Device PCB Design

IoT Device involves creating efficient and compact PCBs with wireless integration tailored for IoT applications.

Project 2
High-Speed PCBs for Data Center Switches

High-Speed PCBs for Data Center aims to optimize PCB layouts to facilitate fast data transfer, particularly for data center switches.

Project 3
Automotive PCB Design for EVs

Automotive involves designing robust PCBs for electric vehicles (EVs) with considerations for high-voltage isolation.

Mock Interviews

  • Mock interviews by Learnovita give you the platform to prepare, practice and experience the real-life job interview. Familiarizing yourself with the interview environment beforehand in a relaxed and stress-free environment gives you an edge over your peers.
  • Our mock interviews will be conducted by industry experts with an average experience of 7+ years. So you’re sure to improve your chances of getting hired!

How Learnovita Mock Interview Works?

PCB Design Training Objectives

  • Electronics
  • Automotive
  • Aerospace
  • Telecommunications
  • Schematic design
  • PCB layout
  • Signal integrity
  • Design for manufacturability
  • Adherence to industry standards and best practices
Yes, PCB design training program offer hands-on projects, providing students with real-world experience and exposure to industry practices and challenges.
Learning PCB design is essential for individuals interested in electronics as it enables the creation of custom circuit boards for various applications, from consumer electronics to industrial systems.
  • Lectures
  • Practical exercises
  • Design projects
  • Simulation tools
  • Access to CAD software
Prerequisites may include basic knowledge of electronics, circuit theory, and familiarity with CAD software. However, many courses accommodate beginners and provide introductory lessons on essential concepts.
PCB design tools, such as Altium Designer, Eagle, and KiCad, facilitate schematic capture, component placement, routing, and manufacturing file generation.
  • Consumer electronics
  • Automotive
  • Aerospace
  • Medical devices
  • Telecommunications
The future of PCB design is promising, driven by technological advancements leading to smaller, more complex electronic devices and systems. PCB designers will continue to play a crucial role in driving innovation and technological progress.
Yes, pursuing PCB design is a viable option in the Indian job market due to the growing electronics industry and the demand for skilled professionals in hardware design and product development.
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Exam & Certification

Standard PCB design certifications include Certified PCB Designer (CID) offered by the IPC (Association Connecting Electronics Industries) and vendor-specific certifications from PCB design software providers like Altium and Cadence.
PCB design certification certifications typically include relevant education, training, and experience. To prepare for certification, candidates should undergo formal training courses, gain hands-on experience with PCB design software, and review certification exam objectives and study materials provided by certification bodies.
Holding a PCB design certification can significantly improve your PCB design job prospects , employment is not guaranteed solely based on accreditation. However, certification can make you a more attractive candidate for PCB design positions , increasing your chances of securing employment.
  • PCB design certification validates your skillsv
  • Expertise in PCB design principles
  • Enhancing your credibility
  • Marketability to potential employers
  • Techniques
  • Electronics engineer
  • PCB designer
  • Layout engineer
  • Hardware engineer
  • Design engineer

Recently Placed Students

PCB Design Course FAQ's

Certainly, you are welcome to join the demo session. However, due to our commitment to maintaining high-quality standards, we limit the number of participants in live sessions. Therefore, participation in a live class without enrollment is not feasible. If you're unable to attend, you can review our pre-recorded session featuring the same trainer. This will provide you with a comprehensive understanding of our class structure, instructor quality, and level of interaction.
All of our instructors are employed professionals in the industry who work for prestigious companies and have a minimum of 9 to 12 years of significant IT field experience. A great learning experience is provided by all of these knowledgeable people at LearnoVita.
  • LearnoVita is dedicated to assisting job seekers in seeking, connecting, and achieving success, while also ensuring employers are delighted with the ideal candidates.
  • Upon successful completion of a career course with LearnoVita, you may qualify for job placement assistance. We offer 100% placement assistance and maintain strong relationships with over 650 top MNCs.
  • Our Placement Cell aids students in securing interviews with major companies such as Oracle, HP, Wipro, Accenture, Google, IBM, Tech Mahindra, Amazon, CTS, TCS, HCL, Infosys, MindTree, and MPhasis, among others.
  • LearnoVita has a legendary reputation for placing students, as evidenced by our Placed Students' List on our website. Last year alone, over 5400 students were placed in India and globally.
  • We conduct development sessions, including mock interviews and presentation skills training, to prepare students for challenging interview situations with confidence. With an 85% placement record, our Placement Cell continues to support you until you secure a position with a better MNC.
  • Please visit your student's portal for free access to job openings, study materials, videos, recorded sections, and top MNC interview questions.
LearnoVita awards certifications upon course completion, recognized by leading global corporations. As an exclusive authorized exam center for Oracle, Microsoft, Pearson Vue, and PSI, and an authorized SAP CRM partner, LearnoVita provides a credible certification pathway. Additionally, LearnoVita’s technical experts assist individuals aiming for National Authorized Certificates in specialized IT domains.
As part of the training program, LearnoVita provides you with the most recent, pertinent, and valuable real-world projects. Every program includes several projects that rigorously assess your knowledge, abilities, and real-world experience to ensure you are fully prepared for the workforce. Your abilities will be equivalent to six months of demanding industry experience once the tasks are completed.
At LearnoVita, participants can choose from instructor-led online training, self-paced training, classroom sessions, one-to-one training, fast-track programs, customized training, and online training options. Each mode is designed to provide flexibility and convenience to learners, allowing them to select the format that best suits their needs. With a range of training options available, participants can select the mode that aligns with their learning style, schedule, and career goals to excel in PCB Design.
LearnoVita guarantees that you won't miss any topics or modules. You have three options to catch up: we'll reschedule classes to suit your schedule within the course duration, provide access to online class presentations and recordings, or allow you to attend the missed session in another live batch.
Please don't hesitate to reach out to us at contact@learnovita.com if you have any questions or need further clarification.
To enroll in the PCB Design Course at LearnoVita, you can conveniently register through our website or visit any of our branches in India for direct assistance.
Yes, after you've enrolled, you will have lifetime access to the student portal's study materials, videos, and top MNC interview questions.
At LearnoVita, we prioritize individual attention for students, ensuring they can clarify doubts on complex topics and gain a richer understanding through interactions with instructors and peers. To facilitate this, we limit the size of each PCB Design batch to 5 or 6 members.
The average annual salary for PCB Design Professionals in India is 3 LPA to 5 LPA.
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