Build foundations
Explore digital design, RTL concepts and the language used to describe hardware.
LEARN · PRACTISE · EXPLORE
VLSI Training Services
Build a clear foundation in chip design and verification through focused learning paths, practical topics and project-based exploration.
- Industry-focused
course topics - Practical projects
and case studies - Guidance and
course support
A PRACTICAL STARTING POINT
Explore the VLSI design journey
VLSI work spans digital design, verification and physical implementation. Abhyasa’s current programs focus on two paths through that landscape. Review each course page for its detailed topics before choosing.
Choose a focus
Follow a Physical Design or Design Verification curriculum.
Apply and explore
Use practical sessions, projects and case studies to connect concepts with workflows.
This is a high-level guide. The detailed topics vary by course; follow the linked course pages for the current curriculum.
CHOOSE YOUR LEARNING PATH
Two focused VLSI programs
Compare the subject areas and continue to the course page that matches your interests.
IMPLEMENTATION PATH
VLSI Physical Design
Follow the implementation flow from design preparation and floorplanning through placement, clock tree synthesis, routing, timing analysis and sign-off.
- Floorplanning
- Placement
- CTS
- Routing
- Timing analysis
- Sign-off
DESIGN QUALITY PATH
VLSI Design and Verification
Explore RTL coding and verification methods, including simulation, debugging, SystemVerilog, UVM, coverage and assertions.
- Verilog
- SystemVerilog
- UVM
- Simulation
- Coverage
- Assertions
CONCEPTS TO EXPLORE
Connect the concepts to real workflows
Use the course outlines to see how foundational topics connect with design, implementation and verification tasks.
Browse practical project examplesRTL and digital design
Understand how hardware behavior is described and organized.
Verification methods
Explore simulation, debugging, coverage and assertion-based checks.
Physical implementation
See how placement, routing and timing shape a chip layout.
Tools and scripting
Review the course topics that use Linux, TCL and industry-standard EDA workflows.
WHO CAN EXPLORE THESE PATHS?
Start from your interests
The programs can help learners explore core chip-design subjects and decide which technical direction they want to study further.
- Engineering students
Build on your studies with VLSI-focused course topics.
- Graduates exploring chip design
Compare implementation and verification as areas of study.
- Aspiring VLSI professionals
Review the curricula and identify a suitable next learning step.
YOUR NEXT STEP
Find the course that fits your direction
Compare the course details, or contact the Abhyasa team with questions about the current programs.