Name: Maven Silicon
Brand: Maven Silicon
Rating: 4.7 (1481 reviews)

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Advanced VLSI Design and Verification Course - [VLSI RN]

Learn High In demand VLSI Skills with 100% placement assistance

Batch Calendar

 Founder of Maven Silicon - Sivakumar P R

My vision is to produce truly talented and skilled VLSI Embedded Systems engineers and introduce them to the semiconductor industry, by creating a good ECO system that consists of Training, Design Services, and Product business units. I am driving this vision unwaveringly by never compromising the quality of education imparted at Maven Silicon. This truly is what makes my training business model successful as opposed to the usual way of making everything commercial or just providing fake job assurances. 



At Maven, we teach the concepts and guide the student to refer to books, do experiments and practice extensively on the project. This training process helps novice engineers get through the toughest technical interviews and work on complex designs comfortably while retaining their jobs even during the recession.

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1 | Introduction to VLSI

2 | Introduction to Linux

3 | Advanced Digital Design

4 | Verilog HDL - RTL Coding and Synthesis

5 | Static Timing Analysis

6 | FPGA Architecture

7 | Code Coverage

8 | Verilog Mini Project RTL Coding and Synthesis

9 | CMOS Fundamentals

10 | Design Automation using Scripts Perl

11 | ASIC Verification Methodologies

12 | SystemVerilog HVL

13 | Advanced SystemVerilog

14 | UVM - Universal Verification Methodology

15 | Verification Mini Project

16 | Interfaces and Protocols

17 | Verification Planning and Management

18 | Assertion Based Verification - SVA

19 | Business communication

ELECTIVE MODULE | Design for Testability - DFT

20 | RISC-V Processor

21 | Industry Standard Project

The dynamic curriculum of the Advance VLSI Design and Verification course fits perfectly with the career aim of fresh engineering graduates and helps them to ‘future-proof’ themselves and remain relevant in the rapidly evolving Semiconductor technology space.

VLSI RN Curriculum

The VLSI-RN course is an exclusively designed course by industry experts to train you on advanced Design and Verification technologies and methodologies, i.e., RTL Design, ASIC & FPGA design methodologies, FPGA Architecture, Advanced Verilog for Verification, ASIC Verification Methodologies, SystemVerilog, UVM, Assertion Based Verification - SVA, Verification Planning and Management, Code and Functional Coverage, Perl scripting language and VIP coding style. One can swiftly enter the VLSI industry with the skill sets gained through this training course

It requires deep understanding and hands-on experience of Industry relevant chip design and verification skills, i.e., SOC, CMOS, RTL Design, Verilog HDL, FPGA, SystemVerilog & UVM. We offer exclusive training on the niche and high-in-demand chip design technology along with an Internship through Advance VLSI Design and Verification course. This course consists of smart live classes and hands-on practice in a ratio of 30:70. Imbibing the methods in the class and applying them in through lab assignments and projects cement the concepts forever.

Dynamic Course Structure Designed and**Delivered by Industry Experts

Experience the immersive Advanced VLSI Design and Verification Course with 100% placement assistance

Superior Training Methodology

App-based courses

24x7 Online Support & Lab Access

250+ Industry partners

5000+ Alumni Shining Globally

Industry Standard EDA Tools

Highly Expert Trainers

Candidates can pay for the courses through

Fees

Course Features

Sample Internship Projects

Elective Module

EDA Tools

Key Features

Why Maven Silicon?

Placements

Academic Criteria  |  Degree,12th & 10th

Scholarship on course fee

Scholarship Scheme

Maven Silicon online test score

Our scholarship process consists of two rounds: **Online application** and **technical interview.**

The candidate has to score **above 60%** on the online test to get qualified to apply for the course.

Candidates with **good GATE scores** can also grab the opportunity to avail of this additional scholarship scheme. [T&C Apply](/terms-and-conditions/)

You Can Win A Scholarship

We Make You Job-Ready

This course trains you extensively in architecture definition, logic design, Scan insertion, test patterns generations, MBIST and more with labs & projects.

Advanced VLSI DFT Course in Bangalore - Maven Silicon

Advanced VLSI Design and DFT Course - [VLSI DFT]

Get the latest VLSI & Embedded Systems news, updates, technical and interview resources

VLSI Verification

Accelerate your Verification career with the VLSI Verification Course

Online VLSI Design Course - Maven Silicon

Your **Career Path**

VLSI is a constantly evolving field, and staying up-to-date on the latest process technologies, and design and verification methodologies is critical to success. It is essential to cultivate a strong technical foundation in ASIC design flow, RTL design and verification methodologies, and other relevant topics.

Our online VLSI courses offer a comprehensive technical curriculum that covers all these topics and more to skill up on industry-relevant VLSI courses and excel in this challenging and exciting field.

1 | ASIC Verification Methodologies

2 | Introduction to SystemVerilog

3 | Universal Verification Methodology Overview

4 | Case Study 1 : Dual Port RAM - SystemVerilog TB

5 | Case Study 2 : Maven SoC - SystemVeriIog TB

The VLSI Verification Course starts with a good overview of functional verification methodologies and SystemVerilog language and then it explains the nuts and bolts of building a class-based verification environment using SystemVerilog HDVL in detail. As part of the SystemVerilog for Verification module, it trains you extensively on creating the test benches using OOP, constraint random simulation, and verification sign-off using functional coverage. Finally, it also walks you through UVM methodology concepts and explains the need of using IEEE standard methodologies like UVM to create SystemVerilog-based test benches.

VLSI Verification Course Curriculum

This course is very different from the standard textbooks and training courses available in the market. This verification course is completely based on a standard testbench architecture which can be used for creating SystemVerilog test benches and at the same they can be easily migrated to the UVM framework. Also, we use two main examples throughout the course to explain all the methodology and language concepts. One is a small dual port RAM RTL design which is used for explaining all the language concepts in detail, especially for the testbench implementation. The other one is a complex SOC design that is used for explaining the use cases of certain SystemVerilog language features and the challenges of migrating IP-level test benches to SOC-level test benches.

Any electronics engineer with a piece of good knowledge of RTL design using Verilog HDL can learn all the verification methodologies and SystemVerilog language concepts from this course and grow as a hands-on verification expert.

Dynamic VLSI Course Structure 
**Designed and Delivered by Industry Experts**

Online VLSI Verification Course Brochure Thumbnail

Experience the immersive Online VLSI Verification Course

App-Based Courses

250+ Industry Partners

Highly Expert trainers

This VLSI Design Internship is specially designed for Pre-final and final year electronics / electrical engineering students and it starts with learning concepts on VLSI Design, System On Chip Design, ASIC and FPGA design Flow, Digital Electronics & Verilog HDL which will be highly required to start an industry-standard protocol based project. 

VLSI Design Internship

This VLSI Verification Internship is specially designed for Pre-final and final year Mtech / ME engineering students and it starts with learning concepts on VLSI Verification Methodology, SystemVerilog & Universal Verification Methodology overview that highly requires to start an industry-standard protocol-based project. Doing this internship will make you a hands-on VLSI Verification Engineer.

VLSI Verification Internship

The RISC-V Internship provides hands-on training on RISC-V Design. Through this internship, you will be completely trained on RISC-V ISA, pipeline RISC-V processor RTL design architecture, and how to implement the RTL design using Verilog HDL. It also trains you to Verilog HDL RTL, and how you can use the language features for RTL synthesis and simulation, using various lab exercises.

Finally, you will implement the RTL design of a pipeline RISC-V processor in Verilog HDL, following best design and verification practices, and coding styles. This internship gives you a hands-on experience with RISC-V-based projects which is a MUST to start your career in the VLSI Industry.

RISC-V Internship

This VLSI Physical Design Internship is specially designed for Pre-final and final year electronics / electrical engineering students and it starts with learning of concepts on Back-end Physical Design methodologies like Floor-planning, Placement & Routing, STA, and Physical Verification. You can get the opportunity to work on  industry-standard projects and gain real-time project experience through our internship program.

Physical Design Internship

VLSI Internship

Gain real-time project experience to get industry-ready

Batch Calender

VLSI Internship Program in Bangalore - Maven Silicon

Your Career Path

Finding work can be a real challenge, especially if you don’t have any experience. Yet to get the experience you must first find a job. It's a tricky catch that can be difficult to get around, but an internship is a good way to do it !!


Demand for chips is growing rapidly due to massive growth in the AI and automation sector and so is the demand for skilled Chip Design and Verification Engineers. So! Make the best of your Internship period to Skill up yourself with our Internship Programs.

Dynamic Course Structure
**Designed And Delivered by Industry Experts

Features

Advanced Physical Design and Verification Course - [VLSI PD]

Start your VLSI career in Physical Design & Verification with Excellent Placement Assistance

My vision is to produce truly talented and skilled VLSI Embedded Systems engineers and introduce them to the semiconductor industry, by creating a good ECO system that consists of Training, Design Services, and Product business units.

2 | Introduction to Physical Design

4 | Introduction to Linux

5 | Verilog HDL - RTL Coding and Synthesis

6 | Verilog Mini Project - RTL Coding

7 | Design for Testability - DFT

8 | CMOS Devices and Technology

9 | Python Scripting

10 | Tcl/Tk Scripting

11 | Static Timing Analysis

12 | Floor Planning

13 | Placement

14 | Clock Tree Synthesis

15 | Design Synthesis & PDKs

16 | Physical Verification & Sign-off

17 | Routing

18 | Business Communication

19 | Signal Integrity and Cross-Talk Issues

20 | Industry Standard Projects

ELECTIVE MODULE | SystemVerilog for Design

Our VLSI Physical Design & Verification course offers you the opportunity to gain hands-on experience on the various implementation and sign-off steps (from RTL to GDS-II) in back-end flow, such as Physical Synthesis, Floor-Planning, Placement, Clock Tree Synthesis, Routing, and Static Timing Analysis, LVS and DRC with the help of industry-standard EDA tools, which makes you industry-ready.

VLSI PD Curriculum

Physical design is the process of creating the layout of the IC, and VLSI verification is the process of checking that the IC functions correctly. The VLSI physical design process involves placing and routing transistors, interconnects, and other components on the substrate to create a functional IC. The goal of this process is to create a layout that is compact, efficient, and meets all performance, power, and reliability requirements. The VLSI verification process, on the other hand, is focused on checking the functionality and performance of the IC design. This includes checks for signal integrity, power integrity, and timing constraints. The goal of this process is to ensure that the IC functions meet all specified requirements.

VLSI physical design and verification is a complex field with many different aspects to consider. A hands-on course will provide a comprehensive introduction to the field, giving students an understanding of the overall process and the various steps involved to reduce design cycle time and improve chip performance.

Dynamic Course Structure Designed and **Delivered by Industry Experts**

Experience the immersive Advanced VLSI Physical Design and Verification Course with 100% placement assistance

Key Features 

Advanced ASIC Verification Course - [VLSI VM]

Take your career to the next level by turning your ambitions into reality

1 | Advanced Digital

3 | Static Timing Analysis

4 | Advanced Verilog for verification

5 | Code Coverage

6 | Design Automation using Scripts - Perl

7 | ASIC Verification Methodologies

8 | Business communication

9 | SystemVerilog HVL

10 | Interfaces and Protocols

11 | Advanced SystemVerilog

12 | Assertion Based Verification - SVA

13 | UVM-Universal Verification Methodology

14 | Verification Planning and Management

16 | Industry Standard Project

17 | RISC V Processor

We offer exclusive training on the niche and high-in-demand chip design technology along with an Internship through the Advanced VLSI Verification course. This course consists of smart classes and hands-on practice in a ratio of 30:70. Imbibing the methods in the class and applying them in through lab assignments and projects cement the concepts forever.

The dynamic curriculum of the Advanced VLSI Verification course fits perfectly with the career aim of fresh engineering graduates and helps them to ‘future-proof’ themselves and remain relevant in the rapidly evolving Semiconductor technology space.

VLSI VM Curriculum

The Advanced ASIC verification course [VLSI VM] trains the engineers extensively on Verification methodologies and helps them to join the industry as ASIC Verification Engineers. The key features of the ASIC Verification course are ASIC Verification Methodologies, Advanced Verilog for Verification, SystemVerilog, UVM, Assertion Based Verification - SVA, Verification Planning and Management, Code and Functional Coverage, Perl scripting language, and VIP coding style.

This advanced course on ASIC Verification with 100% placement assistance offers high-class training on the latest verification skills, i.e. SystemVerilog, Assertion Based Verification SVA, and UVM along with an Internship from an Industry perspective. It makes you a ready-to-deploy ASIC Verification Engineer.

Experience the immersive Advanced ASIC Verification Course with 100% placement assistance

Internship Projects

Elective Modules

This is a front-end VLSI Design course which imparts the VLSI Design Flow, Digital Design and RTL programming using Verilog HDL.

Executive Certification in VLSI Design Methodologies

Executive Certification in ASIC Verification

Short-Term Course for a Long-Term Career

1 | Introduction to Linux

2 | Advanced Verilog for Verification

3 | Code Coverage

4 | ASIC Verification Methodologies

5 | Introduction to SystemVerilog

6 | Advanced SystemVerilog

7 | Verification Planning and Management

8 | Assertion Based Verification

9 | UVM - Universal Verification Methodology

10 | Pilot Project - Verification and RTL Sign-Off

11 | RISC V Processor

12 | Design Automation using Scripts Perl

13 | Industry Standard Project

14 | Business communication

The dynamic curriculum of the Advanced ASIC Verification Course fits perfectly with the career aim of working professionals and helps them to ‘future-proof’ themselves and remain relevant in the rapidly evolving semiconductor technology space.

Executive Certification in ASIC Verification Course Curriculum

The Advanced ASIC Verification Executive Course is a specialized training program designed for working professionals aiming to advance their careers as ASIC Verification Engineers. This course stands out among top ASIC courses and VLSI courses, offering hands-on learning in SystemVerilog, UVM (Universal Verification Methodology), Assertion-Based Verification using SystemVerilog Assertions (SVA), Advanced Verilog for Verification, Verification Planning and Management, Code and Functional Coverage, Perl scripting, and VIP coding techniques. With a strong focus on real-time ASIC verification methodologies, this course helps professionals gain the skills required to thrive in the competitive VLSI industry.

This Executive VLSI course offers high-quality, industry-oriented training on the latest ASIC verification skills, including SystemVerilog, UVM (Universal Verification Methodology), and Assertion-Based Verification using SystemVerilog Assertions (SVA). Designed to match real-world demands, this program stands out among leading VLSI courses and ASIC courses, helping professionals become job-ready and deployable as skilled ASIC Verification Engineers.

Dynamic Course Structure
**Designed And Delivered by Industry Experts**

VLSI Design Methodologies [VLSI DM]

Learn in-demand VLSI design skills with the VLSI Design Methodologies Course

Your Career**Path

VLSI is a constantly evolving field, and staying up-to-date on the latest process technologies, and design methodologies is critical to success. It is essential to cultivate a strong technical foundation in Digital logic design, ASIC design flow, RTL coding, and other relevant topics.

2 | Digital Design

3 | Verilog HDL - RTL Coding and Synthesis

4 | Verilog Mini Project RTL Coding and Synthesis

VLSI Design Methodologies course is a front-end Online VLSI course which imparts the VLSI Design Flow, Digital Design and RTL programming using Verilog HDL. This is specially designed for the Pre final and final year engineering students to start learning the VLSI fundamentals while doing their engineering itself. After the graduation, they can upgrade to job oriented VLSI Courses to get placement support.

VLSI DM Curriculum

VLSI Design Methodologies course is a front-end Online VLSI course that imparts the VLSI Design Flow, Digital Design, and RTL programming using Verilog HDL. This is specially designed for the pre-final and final year engineering students to start learning the VLSI fundamentals while doing their engineering itself. And then once after graduation, they can upgrade to job-oriented VLSI Courses to get placement support.

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