FREE Career Guidance Workshop
Every Saturday, 10:30am Register Now
- +91 90305 97347
- Join Telegram
- Our Channel
FREE Career Guidance Workshop
Every Saturday, 10:30am Register Now
VLSI Design Verification Engineer Certification Course transforms you into a skilled VLSI professional, covering specializations like digital electronics, Verilog HDL, SystemVerilog, and UVM verification methodologies.
At our institute, we understand the rapidly evolving nature of the semiconductor industry. Our course curriculum covers a wide spectrum of topics, from fundamental digital electronics to advanced verification techniques, all aligned with industry standards. Whether you choose our offline or online training in option, you’ll receive personalized attention and hands-on experience to master VLSI design and verification.
Date:
18th August
Time
 10:00 AM TO 11:00 AM
120 DaysÂ
Learning Format:
Training / I&I
Course Curriculum
India’s #1 Software Training Institute
At Quality Thought, we offer comprehensive VLSI courses in Hyderabad that cover the entire design and verification workflow. Our courses are meticulously designed to align with industry requirements, ensuring that our students are equipped with the most sought-after skills in the VLSI domain.
Comprehensive VLSI Fundamentals: Gain a solid foundation in digital electronics, logic design, and VLSI design flow.
Real-World Project Experience: Apply concepts to real-world projects through hands-on exercises and simulations using tools like EDA Playground and ModelSim.
Collaborative Learning Environment: Engage in group discussions and projects to enhance teamwork and problem-solving skills.
Industry-Relevant Case Studies: Analyze case studies to understand VLSI design and verification challenges and solutions.
Basic understanding of electronics and digital circuits.
Familiarity with programming concepts is beneficial but not mandatory.
What is VLSI? Evolution of VLSI
VLSI Design Flow Overview
Moore’s Law and Scaling Trends
ASIC vs FPGA
Applications of VLSI in Real Life
Number Systems, Conversions
Logic Gates, Boolean Algebra, Minimization Techniques (K-Maps)
Combinational Circuits: Adders, MUX, Encoders, Decoders, Comparators
Sequential Circuits: Latches, Flipflops, Registers, Shift Registers
FSMs: Moore and Mealy Machines
Verilog Syntax: Modules, Ports, Nets, Registers
Modeling Styles: Behavioral, Dataflow, Structural
Procedural Blocks: Always, Initial, Blocking/Non-Blocking
Tasks and Functions, Parameterization, Fork Join
Design Hierarchy and Testbenches
Simulation with EDA Playground and ModelSim
Data Types: Logic, Bit, Arrays, Packed/Unpacked
Interfaces, Fork Join None, Fork Join Any
Randomization, Constraints, For Each Loops
SystemVerilog Assertions (SVA): Immediate and Concurrent
Functional Coverage: Coverpoints, Cross Coverage
Testbench Architecture
Introduction to Verification Methodologies – UVM
Verification Planning and Testbench Architecture
UVM Overview: Components
Connect with us for Life-changing opportunities
If the student misses out on attending any session, he or she can re-attend the session by:
1. Attending the same session in another batch if the student is attending the classroom-based session.
2. For online sessions, recording of the classes can be accessed by the student at all times to help revisit and listen the sessions missed out.
All discounts are subject to a case-to-case basis. Please feel free to meet our administration staff to have a better discussion on the same. We do offer a variety of discounts and concessions to our students coming in from different backgrounds.
For all corporate training requirements please feel free to get in touch with our administration staff managing corporate marketing and interaction. We have of the finest programs and offer to corporate with best-in-class programs.
All Rights Reserved Quality Thought Infosystems India Pvt. Ltd.
Sitemap | FAQs | Cancellation & Refunds | Privacy Policy | Terms & Conditions | Feedback
*Note: The certification names and logos are the trademarks of their respective owners. View Disclaimer
