VLSI Verification Training Career Path
Enrolled
VLSI Course Overview
Key Features






Who All Can Attend This VLSI Course?
The VLSI verification course is suitable for a range of professionals and job roles in the semiconductor and chip design industry but is not limited to:Prerequisites To Take VLSI Verification Training
An individual has to meet certain eligibility criteria to attend the VSLI verification course. The prerequisites for VLSI verification training are:
- A graduate/post graduate must have completed his/her engineering in the stream of electronics or electrical engineering.
- Basic kn

- Upskill or reskill your teams
- Immersive Learning Experiences
- Private cohorts available
- Advanced Learner Analytics
- Skills assessment & benchmarking
- Platform integration capabilities
- Dedicated Success Managers

- Upskill or reskill your teams
- Immersive Learning Experiences
- Private cohorts available
- Advanced Learner Analytics

Play Intro Video
Seeking Placement Assistance?
Enrolling in a VLSI (Very Large Scale Integration) course offers numerous benefits. First and foremost, it equips you with the specialized knowledge and practical skills needed to excel in the semiconductor industry, where demand for VLSI professionals is consistently high. Additionally, the course enhances your career prospects, opening doors to various job opportunities and competitive salaries. Moreover, as VLSI technology evolves, staying updated through such a course ensures your skills remain relevant in this dynamic field. Finally, the ability to design and verify complex integrated circuits is not only professionally rewarding but also contributes to technological innovations that shape our digital world.


Skills Focused
- Basics of semiconductor technology
- Evolution of integrated circuits
- VLSI design flow overview
- Combinational and sequential logic
- Flip-flops, registers, and clock domains
- Finite State Machines (FSMs)
- CMOS fabrication process
- CMOS logic gates and their characteristics
- Power dissipation in CMOS gates
- Specification, design, and verification phases
- RTL (Register Transfer Level) design
- Gate-level design and synthesis
- Introduction to SystemVerilog
- RTL coding guidelines and best practices
- Testbenches and simulation
- UVM introduction and architecture
- Developing UVM testbenches
- Functional and code coverage
- Introduction to Application-Specific Integrated Circuits (ASICs)
- FPGA architecture and design flow
- Trade-offs between ASIC and FPGA design
- Setup and hold time analysis
- Clock domain crossing (CDC) analysis
- Timing closure techniques
- Introduction to low power design
- Power gating, clock gating, and voltage scaling
- Power analysis and optimization
- Formal verification
- Assertion-based verification
- Coverage-driven verification
- Floorplanning, placement, and routing
- Design for manufacturability (DFM) considerations
- Test patterns and testability
- Scan chains and Built-In Self-Test (BIST)
- Application of learned concepts on real-world projects
- Capstone project to demonstrate proficiency
- Recent advancements in VLSI design
- Future trends and challenges in the field
Career Path
Certification Process





