VLSI design verification syllabus: SystemVerilog and UVM
Syllabus view of the SystemVerilog and UVM verification training: every module from testbench basics to UVM sequences, assertions and coverage closure.
This page lists what the SystemVerilog and UVM verification training covers. To join a batch, see the ASIC Design Verification course. See the ASIC Design Verification course.
Verification fundamentals
Verification planning, test plans, testbench architecture and the verification flow.
SystemVerilog for verification
Data types, classes and object-oriented testbenches, interfaces, clocking blocks and modports.
Randomisation and constraints
Constrained-random stimulus, constraint solving and directed tests.
Functional coverage
Covergroups, coverpoints, cross coverage and coverage-driven closure.
SystemVerilog Assertions (SVA)
Immediate and concurrent assertions, sequences and properties.
UVM architecture
Phases, components, agents, drivers, monitors, sequencers and scoreboards.
UVM sequences, factory and configuration
Sequence libraries, factory overrides, config DB and callbacks.
Regression and debug
Regression runs, log and waveform debug, and coverage analysis.
Who should join
B.E / B.Tech, M.E / M.Tech and M.Sc students and graduates in ECE, EEE and related branches, and working engineers moving into VLSI.
Roles this prepares you for
- Design Verification Engineer
- UVM Verification Engineer
- Validation Engineer
ChipXpert provides placement assistance: resume building, mock interviews and interview preparation. It is assistance with your job search, not a guarantee of employment.
Formats and locations
Live online with recorded sessions, or classroom at our Hyderabad (Madhapur) and Bengaluru (Bellandur) centres, with 24x7 access to industry-standard EDA tools in your browser. Explore the Design Verification hub and the batch calendar.
Frequently asked questions
What is covered in the SystemVerilog and UVM course?
SystemVerilog testbenches, randomisation, coverage, assertions and the full UVM methodology with a project.
Is Verilog knowledge required?
Basic digital design is enough. SystemVerilog and UVM are taught step by step.
Skills you will gain
- SystemVerilog classes and randomisation
- UVM components and phases
- Assertions
- Coverage
- Debug
Project work
Project work is modelled on industry practice. Typical project themes:
- A complete UVM environment for a design block
Interview topics you will be ready for
- UVM phases and their order
- What is a virtual interface?
- Constraint blocks and solving
- Coverage bins and cross coverage
Learning path
Start with digital electronics fundamentals, learn the domain through the syllabus above, build project work, then prepare for interviews with mock rounds and resume reviews. Our beginner VLSI course is the starting point if you are new to VLSI.
Where we train
Hyderabad: our centre is in Madhapur, close to Hyderabad, Madhapur, HITEC City, Gachibowli, Kondapur, Kukatpally, Ameerpet, Secunderabad. Bengaluru: our centre is in Bellandur, close to Bengaluru, Bellandur, Marathahalli, HSR Layout, Koramangala, Sarjapur Road, Whitefield, Electronic City. Live online batches run across India and overseas.
More questions answered
What are the fees?
Programme fees run from ₹45,000 to ₹90,000 + applicable taxes depending on the format. See the fee page for the full table. EMI options over 3 to 6 months are available.
Is there a discount?
Yes. Eligible B.Tech/B.E, M.Tech/M.E and M.Sc students may receive up to 60% merit scholarship after a short aptitude interaction.
Is there a free demo class?
Yes. The demo class is free; share your details and a counsellor will arrange it.
Do you provide a course certificate and placement help?
Yes, a course certificate and placement assistance: resume building, mock interviews and interview preparation. Placement assistance is support for your job search, not a guarantee of employment.
When does the next batch start?
Next confirmed batch starts 18th November 2026. See the course calendar.
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