VLSI Certification Courses Online - ChipEdge VLSI Training Company

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VLSI Certification Courses Online

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The term “very large-scale integration” (VLSI) refers to the process of combining many distinct transistors on a single computer chip to create complicated computer circuits. VLSI design course is a subject that can be studied at home, on your own schedule, and on your own computer.

VLSI is a subject that can be studied at home, on your own schedule, and on your own computer.

The list of the courses below are all related to VLSI or the larger area of integrated circuits, and are designed  to help you easily learn how to work with complicated circuits.  If you’ve ever considered a career in VLSI, the VLSI Certification courses online are a great place to start.

Here is a list of online VLSI courses

VLSI online courses

RTL Design Online Course

The scope of work for RTL Design Engineers has shifted in recent years. It has largely evolved into a tool-intensive job rather than plain coding. The majority of new chip development is driven by integrating easily available Design IPs rather than generating new RTL Codes.

The nature of RTL Design Engineers’ job comprises RTL integration, which entails developing glue logic as needed for merging IPs, tool demanding work, mostly on Linting, and daily CDC (clock domain crossing) checks. Synthesis, STA (Static Timing Analysis), and LEC (logical equivalence checks) are some of the responsibilities.

Micro-architecture, digital design partitioning, and RTL development using synthesis-friendly verilog code styles are all covered in depth in this online RTL Design course. Linting is then performed using the Spyglass tool, which thoroughly examines numerous rules and highlights any problems or warnings that need to be addressed. Spyglass is used by the CDC to examine a variety of CDC regulations.

RTL Design Training includes a variety of rules and examples, as well as how to evaluate and repair them. Each module of the Online RTL Design Course includes hands-on labs and several projects to provide a thorough understanding of the industry’s complexities. Synopsys SpyGlass is a commonly used sign-off tool for LINT and CDC checks in the business.

Model for Course Delivery:

  1. Module-specific Live Online Training Lecture sessions and Labs are held concurrently.
  2. The emphasis is on lab-based hands-on instruction to develop critical skills.  
  3. Weekdays: Email and WhatsApp assistance for the lab With Lab Access, you can learn from anywhere, at any time.

VLSI Tools and Lab

  1.  RTL Design/Simulations: VCS Suite
  2.  Linting, CDC: Spyglass
  3.  Synthesis and STA: Design Compiler, Prime Time
  4.  LEC/Formal Verification: Formality

ASIC Design Verification Course

RTL or Functional Verification is another name for Design Verification, which entails evaluating the design for functionality. In the VLSI sector, verification is comparable to software testing. The number of Design Verification Engineers in any VLSI project is greater than the number of other skill sets. As a result, there are more employment possibilities for Verification Engineers. Most of the time, qualified DV Engineers are in high demand.

During the course, DV Engineers thoroughly test designs (RTL Code) for functioning and collaborate closely with RTL Design Engineers to resolve issues. The ASIC Design Verification Course covers topics such as digital design, Verilog for verification (with numerous examples and projects), and SystemVerilog and UVM (with laboratories and projects).

Two to three procedures will be addressed throughout training and as part of projects. The ASIC Design Verification Course is created and presented by practicing verification specialists in accordance with industry standards. Covering ideas and methods is prioritised, with a strong emphasis on hands-on training. 60% of the course time is spent on supervised lab sessions and industry-standard projects.

Course Delivery Model:

  1. Live Online Sessions are used to provide the course.
  2. Module-specific Lectures and labs were held concurrently.
  3. Hands-on lab sessions with the goal of developing key skills are emphasised.
  4. Weekdays: Whatsapp support for the lab From the comfort of your own home, you can learn in the lab.

Synopsys Tools and VLSI Tools

  1. VCS Tool Suite (VCS Tool Suite)
  2. Test-driven design

Online DFT Course (Design For Testability)

Professionals and freshers should take an online DFT course to learn how to establish a lucrative and challenging VLSI career. DFT (Design for Testability) is a specialty in the SOC Design cycle that makes it easier to design for identifying manufacturing flaws. DFT is distinct from functional verification, which examines the design’s functioning and is sometimes referred to as Design Verification.

DFT Engineers work on incorporating various test structures into the design flow in order to improve the testability of logic, PADS, memory, and interconnects. With the increase in size and complexity of chips, facilitated by advancements in manufacturing technologies such as 10nm, 7nm. Scan Insertion to test combinational and sequential logic, BIST to test memory, JTAG to test PADS, and other methods are covered in this online DFT course.

Test patterns are developed on the scan inserted design using ATPG Techniques. In the event of a failure, the generated patterns are simulated and debugged. SCAN, ATPG, BIST, and JTAG are covered in this online DFT course, which includes hands-on laboratories and several projects that cover all DFT methods.

Model for Course Delivery:

  1. Module-specific Lecture sessions and Labs run concurrently
  2. Emphasis on Lab-driven hands-on instruction targeted at developing essential skills
  3. Weekdays: Lab assistance through email and WhatsApp Flexible studying with VPN access to the lab from home

The following Synopsys tools are used:

  1.  DFT Compiler- Scan Insertion
  2.  ATPG/pattern generation using TetraMax
  3.  VCS- For debugging and simulations

ChipEdge, which is one of the best VLSI training institutes, offers online training courses with advanced Synopsys tools and enriching lectures with supervised lab sessions in addition to live classes. If you are willing to pursue a career in the VLSI field, you can enrol in any of ChipEdge’s VLSI Certification courses online.

VLSI Physical Design Online Course:

The Physical Design Course provides a good introduction to physical design principles and methodologies, as well as hands-on labs with Synopsys tools and numerous projects at the end. This course includes Online VLSI Lab access using Synopsys tools IC, Compiler 2, Prime Time, startRC, and IC validator. For the past two decades, VLSI Physical Design has grown into a sophisticated speciality in VLSI and a sought-after ability.

The VLSI Design cycle entails preparing the design for manufacturing at a chosen foundry (TSMC, Global Foundries, SAMSUNG, etc.) using a certain technology node (10 nm, 7nm, etc.). The learning process covers up parts such as Synthesis, floor planning, power planning, placement, clock tree synthesis, routing, static timing analysis, timing optimization, and delivery of GDSII files to the foundry once all sign-off checks are completed.

VLSI Physical Design Online Course is created in accordance with the industry standards and presented by VLSI industry professionals who are presently working on cutting-edge technology. Also, we have a list of VLSI institutes in Bangalore, as well as VLSI course fees in Bangalore

Model for Course Delivery:

  1. Module-specific Lecture sessions and Labs run concurrently
  2. Emphasis on Lab-driven hands-on training targeted at developing essential skills
  3. Weekdays: Lab assistance through email and WhatsApp Flexible learning with VPN access to the lab from home.

Lab Synopsys Tools and VLSI Tools:

  1. Synthesis: Topographical Design Compiler
  2. IC Compiler 2 (ICC2) for physical design
  3. Star RC for RC extraction
  4. IC Validator for physical verification
  5. Prime Time SI for static timing analysis

 

Sources:

https://www.onlinecoursereport.com/free/vlsi-very-large-scale-integration/

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