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VLSI Online Training

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100% Job Guarantee | Minimum CTC: ₹ 5.2 LPA

Embark on a transformative journey in VLSI online course, meticulously designed to equip you with cutting-edge knowledge and practical skills. Gain insights into chip design, verification, and implementation while earning a valuable certificate to boost your VLSI career prospects.

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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

11-Nov-2024
Monday (Monday - Friday)

Weekdays Regular

08:00 AM (IST)

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

13-Nov-2024
Wednesday (Monday - Friday)

Weekdays Regular

08:00 AM (IST)

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

16-Nov-2024
Saturday (Saturday - Sunday)

Weekend Regular

11:00 AM (IST)

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

17-Nov-2024
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 VLSI

Our comprehensive VLSI training program is designed to equip you with the abilities and understanding required to succeed in this fast-paced industry. Our VLSI course covers a wide range of topics, including digital design, analogue design, FPGA prototyping, ASIC design flow, and much more. Taught by seasoned industry professionals with extensive hands-on experience, our online VLSI course guarantees superior instruction and support every step of the way as you embark on your learning journey.

Additional Info

Exploring Future Trends in VLSI Training

  • Digital Design and RTL: Digital design involves creating circuits that operate on discrete digital signals. RTL is a level of abstraction in digital design that describes how data is transferred between registers in a digital system. Online training in RTL design teaches learners how to describe digital circuits using a hardware description language like Verilog or VHDL.
  • ASIC (Application-Specific Integrated Circuit) Design: ASIC design involves customizing integrated circuits for specific applications and optimizing performance, power consumption, and cost. Online training in ASIC design covers topics such as architecture design, logic synthesis, and physical design implementation flow.
  • FPGA (Field-Programmable Gate Array) Design: FPGAs are semiconductor devices that can be configured after manufacturing, allowing for rapid prototyping and reconfigurability. Training in FPGA design focuses on understanding FPGA architecture, designing logic circuits using hardware description languages, and implementing designs using FPGA development tools.
  • Physical Design and Layout: Physical design encompasses the transformation of a logical circuit description into a tangible layout suitable for fabrication onto a silicon wafer. Online training in physical design covers concepts such as floor planning, placement, routing, and timing closure to ensure the design meets performance and manufacturability requirements.
  • Analog and Mixed-Signal Design: Analog and mixed-signal design deals with circuits that process continuous signals, such as audio, video, and sensor data. Training in this area covers analogue circuit design principles, simulation techniques, and layout considerations for mixed-signal integration.
  • Verification and Validation: Validation and verification make sure a VLSI design satisfies all requirements and operates as intended. Online training in verification includes topics such as functional verification, code coverage analysis, and simulation methodologies, while validation focuses on testing physical prototypes and analyzing performance metrics.
  • Low-Power Design Techniques: With the growing demand for energy-efficient electronic devices, low-power design has become essential in VLSI. Training in low-power design covers techniques such as clock gating, voltage scaling, and power gating to reduce energy consumption without compromising performance.
  • System-on-Chip (SoC) Design: A single chip can have several components, including peripherals, memory, and CPUs, thanks to SoC architecture. Online training in SoC design covers system architecture, bus protocols, IP integration, and software hardware co-design methodologies.

Exploring the VLSI Tools And Technologies

  • Integrated Circuit Design: Integrated circuit (IC) design involves creating layouts for complex electronic circuits on silicon wafers. Designers use specialized software tools to create schematics, simulate circuit behaviour, and generate layouts that are manufacturable.
  • Electronic Design Automation (EDA): EDA tools are software applications used in the design of electronic systems. They include tools for schematic capture, simulation, synthesis, and layout. EDA tools help designers to automate various stages of the IC design process, improving efficiency and accuracy.
  • Hardware Description Languages (HDLs): HDLs like Verilog and VHDL are used to describe the behaviour of digital circuits. Designers write code in HDLs to specify the functionality of the circuits they are designing. These descriptions can then be synthesized into logic gates and further processed into physical layouts.
  • Synthesis: Synthesis is the process of translating a high-level hardware description into a netlist of logic gates. HDL code is synthesized into a gate-level representation, which can then be further optimized for factors like area, speed, or power consumption.
  • Place and Route: Place and route tools determine the physical locations of components on a silicon die, and the routing of interconnects between them. These tools consider factors such as timing, power, and area constraints to optimize the layout for performance and manufacturability.
  • Physical Verification: Physical verification ensures that the layout adheres to design rules and constraints specified by the semiconductor manufacturing process. This includes checks for spacing, width, and other geometric requirements to ensure that the fabricated chip will function as intended.
  • Timing Analysis: Timing analysis evaluates the performance of a circuit by analyzing signal propagation delays and clock timing. It ensures that the design meets timing requirements such as setup and hold times, critical paths, and maximum clock frequencies.
  • Power Analysis and Optimization: Power analysis tools estimate the power consumption of a chip and identify areas where power can be optimized. Methods such as clock gating, voltage scaling, and power gating are employed to diminish power consumption without compromising performance.
  • Design for Testability (DFT): DFT techniques ensure that integrated circuits can be efficiently tested for manufacturing defects. This includes adding features such as scan chains, built-in self-test (BIST) circuits, and boundary scan cells to facilitate testing and diagnosis.

Roles & Responsibilities in the VLSI Domain

  • RTL Design Engineer: RTL (Register Transfer Level) Design Engineers are responsible for designing the digital portion of integrated circuits (ICs) using hardware description languages (HDLs) like Verilog or VHDL. They convert high-level design specifications into RTL code, ensuring functionality, timing, and power constraints are met at the register transfer level.
  • Physical Design Engineer: Physical Design Engineers focus on the layout and physical implementation of ICs. They work on floor planning, placement, routing, and optimization of various circuit blocks to meet performance, area, and power targets. Their responsibilities include timing closure, signal integrity, and design for manufacturability (DFM).
  • Verification Engineer: Verification Engineers ensure that the designed IC meets its specifications and behaves as expected under different operating conditions. They develop and execute testbenches, write test cases, and perform simulations to verify the correctness and functionality of the design. Their role also involves debugging issues and ensuring comprehensive coverage of the design.
  • Analog/Mixed-Signal Designer: Analog/Mixed-Signal Designers focus on designing analogue and mixed-signal circuits such as amplifiers, filters, and data converters. They work with transistor-level design, simulation, and layout to achieve desired performance specifications while considering factors like noise, linearity, and power consumption.
  • DFT Engineer (Design for Testability): DFT Engineers are responsible for integrating testability features into the design to facilitate testing and diagnosis during manufacturing. They design scan chains, built-in self-test (BIST) structures, and other test logic to ensure efficient and thorough testing of the IC, aiming to achieve high fault coverage with minimal impact on area and performance.
  • CAD Engineer (Computer-Aided Design): CAD Engineers develop and maintain the software tools and methodologies used in the VLSI design process. They create automation scripts, develop algorithms for optimization and analysis, and support design teams with tool usage and customization. CAD Engineers play a crucial role in improving design productivity and efficiency.
  • Firmware Engineer: Firmware Engineers develop the low-level software that controls the behaviour of ICs, often embedded within the silicon itself. They write firmware code to initialize hardware, handle interrupts, manage power states, and communicate with external devices. Firmware plays a critical role in enabling the functionality and performance of VLSI-based systems.
  • System Architect: System Architects define the overall architecture and partitioning of complex VLSI systems, considering functional requirements, performance goals, and resource constraints. They make high-level design decisions regarding the allocation of functionality to hardware and software components, interface specifications, and system-level trade-offs.
  • Power Integrity Engineer: Power Integrity Engineers focus on managing power distribution and consumption within ICs to ensure stable operation and prevent issues such as voltage droops and electromigration. They analyze power delivery networks, optimize power grid designs, and employ techniques like dynamic voltage and frequency scaling (DVFS) to achieve desired power-performance trade-offs.

Companies Seeking VLSI

  • Intel: Intel is one of the leading semiconductor companies globally, known for its microprocessors. They continuously seek VLSI professionals to design and optimize their chip architectures for performance and power efficiency.
  • NVIDIA: As a pioneer in graphics processing units (GPUs), NVIDIA relies heavily on VLSI expertise to develop high-performance graphics cards and, increasingly, for AI and data processing applications.
  • Qualcomm: Qualcomm specializes in designing and manufacturing semiconductors and telecommunications equipment. Their demand for VLSI professionals stems from their focus on mobile chipset development, wireless technologies, and emerging 5G networks.
  • Apple Inc.: Apple designs its custom silicon chips for iPhones, iPads, Macs, and other devices. Their demand for VLSI professionals is significant as they constantly push the boundaries of chip performance and energy efficiency.
  • Broadcom Inc.: Broadcom stands as a premier provider of semiconductor solutions catering to both wired and wireless communications. They require VLSI professionals to develop chips for networking, storage, and broadband technologies.
  • Texas Instruments (TI): TI designs and manufactures semiconductors for various applications, including analog and embedded processing. Their demand for VLSI professionals is driven by the need to innovate in areas such as automotive, industrial, and consumer electronics.
  • Samsung Electronics: Samsung is globally recognized as a leader in consumer electronics, semiconductors, and display technologies. Their demand for VLSI professionals is driven by their focus on developing cutting-edge semiconductor products for mobile devices, IoT, and data centres.
  • ARM Holdings: ARM designs the architecture for the processors that power most of the world's smartphones and tablets. They require VLSI professionals to develop and optimize processor designs for a wide range of applications and devices.
  • Micron Technology, Inc.: Micron is a major player in the memory and storage solutions market. They require VLSI professionals to design and optimize memory chips for performance, power, and reliability.
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Top Skills You Will Gain
  • ASIC/FPGA Design
  • Digital Design
  • Analog/Mixed-Signal Design
  • Physical Design
  • EDA Tools
  • Signal Integrity/EMI
  • Verification
  • Scripting/Programming

VLSI Course Key Features 100% Money Back Guarantee

  • 5 Weeks Training

    For Become a Expert
  • Certificate of Training

    From Industry VLSI 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

Our VLSI placement program optimizes the recruitment process, guaranteeing that companies acquire proficient professionals capable of implementing and enhancing VLSI solutions. Graduates can anticipate competitive compensation packages accompanied by opportunities for significant salary growth supported by our placement assistance services.

  • 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

VLSI Course Curriculum

Trainers Profile

Our VLSI trainers are highly qualified professionals, holding certifications and boasting extensive industry backgrounds with prominent multinational corporations. At Learnovita, our trainers are committed to delivering the latest insights and best practices in VLSI, ensuring learners are thoroughly prepared to excel in today's competitive job market.

Syllabus of VLSI Online Course Download syllabus

  • Overview of VLSI Technology
  • Evolution of Integrated Circuits
  • Basic Components of VLSI Design
  • Challenges and Opportunities in VLSI
  • Semiconductor Fundamentals
  • PN Junctions and Diodes
  • MOSFET Theory and Operation
  • CMOS Technology Basics
  • Boolean Algebra and Logic Gates
  • Combinational and Sequential Circuits
  • Finite State Machines
  • RTL (Register Transfer Level) Design
  • Basic Logic Gates and Circuit Analysis
  • Combinational Logic Design Techniques
  • Sequential Logic Design Techniques
  • Timing Analysis and Clocking Strategies
  • Power Consumption in VLSI Circuits
  • Introduction to System-on-Chip (SoC) Design
  • Processor Architecture Overview
  • Memory Hierarchy and Cache Design
  • Low Power Design Techniques
  • Reconfigurable Computing and FPGA Basics
  • MOSFET Small-Signal Models
  • Amplifier Design Techniques
  • Digital CMOS Logic Families
  • Memory Circuit Design
  • High-Speed I/O Circuit Design
  • Basic Op-Amp Circuits and Analysis
  • RF Circuit Design Fundamentals
  • Mixed-Signal Layout Techniques
  • Analog-to-Digital and Digital-to-Analog Converters
  • Continuous-Time and Switched-Capacitor Filters
  • Phase-Locked Loops and Clock Recovery Circuits
  • CMOS Logic Families
  • Combinational Logic Design
  • Sequential Logic Design
  • Timing Analysis and Static Timing Analysis (STA)
  • Power Optimization Techniques
  • VLSI Circuit Building Blocks
  • Analog Circuit Design Techniques
  • Digital Circuit Design Techniques
  • High-Speed Circuit Design
  • Mixed-Signal Circuit Design
  • Clocking Strategies and Synchronization
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Industry Projects

Project 1
Low-power design techniques for IoT applications

Implementing energy-efficient circuits to prolong battery life in IoT devices vital for ubiquitous connectivity.

Project 2
High-speed data transmission in 5G

Developing VLSI solutions to enhance data throughput and reliability in next-gen 5G networks, crucial for ultra-fast communication.

Project 3
AI-enabled hardware accelerators

Integrating neural network accelerators into VLSI chips to optimize performance for AI tasks, enabling edge computing advancements.

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?

VLSI Training Objectives

  • Semiconductor manufacturing companies
  • Integrated circuit design firms
  • Consumer electronics companies
  • Telecommunications companies
  • Aerospace and defence contractors
  • Automotive electronics manufacturers
  • Semiconductor device physics
  • Digital and analogue IC design
  • VLSI circuit design methodologies
  • Computer-aided design (CAD) tools
  • VLSI testing
  • Fabrication techniques
VLSI training programs typically provide a combination of lectures, textbooks, reference materials, laboratory exercises, design projects, and access to simulation and CAD tools. Online resources, tutorials, and industry-standard software are often included to supplement learning and provide practical experience in VLSI design and analysis.
VLSI training programs offer students the chance to engage in real-world projects, either by participating in internships with industry partners or through coursework projects. This practical, hands-on experience is invaluable for acquiring concrete skills and boosting employability within the field.
  • Advanced Chip Design
  • AI and Machine Learning Hardware
  • Internet of Things (IoT) Devices
  • 5G and Beyond
  • Quantum Computing
Yes, pursuing VLSI can be a lucrative career option in the Indian job market, especially considering the country's growing semiconductor industry and its significance in global electronics manufacturing. Companies like Intel, Qualcomm, Texas Instruments, and many others have a presence in India and actively recruit VLSI professionals.
VLSI skills are highly sought after in today's job market, particularly in industries related to semiconductor manufacturing, integrated circuit design, consumer electronics, telecommunications, and automotive electronics. With the increasing demand for advanced electronic systems, the importance of VLSI expertise continues to grow.
  • Electronic Design Automation (EDA) Tools
  • Simulators
  • Layout Tools
  • Physical Verification Tools
  • Timing Analysis Tools
Learning about VLSI (Very Large Scale Integration) is crucial because it forms the backbone of modern electronics. VLSI technology enables the design and fabrication of integrated circuits (ICs) with millions to billions of transistors on a single chip, facilitating the development of advanced electronic systems used in various applications, including smartphones, computers, automotive electronics, and more.
Typically, a background in electrical engineering, electronics engineering, or a related field is preferred for taking a VLSI course. Basic knowledge of digital electronics, semiconductor devices, and circuit theory is also beneficial.
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Exam & Certification

Acquiring VLSI certification demonstrates competency and expertise in VLSI design and verification, which can significantly enhance career opportunities and earning potential. The certification validates proficiency in semiconductor technology, integrated circuit design, and CAD tools, making individuals more appealing to employers within the semiconductor industry.
Absolutely! A VLSI certification unlocks exciting Opportunities in the industry. It equips you with the in-demand skills employers seek, making you a highly qualified candidate for your dream VLSI job. Get certified and stand out from the crowd.
Prerequisites for VLSI certification programs may vary depending on the specific certification and the institution offering it. Generally, candidates should possess a background in electrical engineering, electronics engineering, or a related field. Familiarity with digital electronics, semiconductor devices, and circuit theory is advantageous. Some certifications may also require prior experience with CAD tools and VLSI design.
  • FPGA (Field-Programmable Gate Array) certification
  • ASIC (Application-Specific Integrated Circuit) design certification
  • General VLSI design
  • Verification certification
  • Understand the Exam Format
  • Practice Problems
  • Hands-on Experience
  • Time Management

Recently Placed Students

VLSI 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 VLSI.
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 VLSI 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 VLSI batch to 5 or 6 members.
The average annual salary for VLSI Professionals in India is 5 LPA to 7 LPA.
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