AI Driven VLSI Design and Verification Course for freshers is an advanced 8-month industry-oriented program structured to enable students gain in-depth exposure to all major aspects of VLSI design, RTL coding, functional verification, and modern AI-assisted semiconductor workflows. It is one of the most comprehensive and practical VLSI front-end courses offered for fresh graduates and engineering students aspiring to build careers in the semiconductor industry.

The course prepares freshers on all essential aspects of the VLSI front-end domain including:

• ASIC Flow
• Advanced Digital Design
• CMOS Concepts
• SoC Design & Verification
• RTL Coding
• Verilog HDL
• SystemVerilog
• UVM Methodology
• Linux / UNIX
• Version Control & Scripting
• Python / PERL Automation
• AI-assisted Debug & Verification Workflows

The course also includes soft skills and interview preparation training to help students improve technical communication and interview performance for semiconductor and VLSI companies.

Lack of strong fundamentals in Advanced Digital Design, RTL Coding, Verilog, and Functional Verification becomes a major challenge for fresh graduates trying to enter the VLSI industry. This AI Driven VLSI Design and Verification Course offered in both classroom and online mode ensures that students gain all the essential practical and technical skills required for various job roles in the semiconductor front-end domain.

The training is highly practical-oriented with every module involving hands-on projects, coding exercises, debugging tasks, and industry-oriented assignments. Student progress is continuously tracked using 75+ detailed assignments covering Digital Design, ASIC Flow, SoC Design & Verification, RTL Coding, Verilog, SystemVerilog, UVM, RTL Debugging, Linux/UNIX, and Python/PERL scripting.

The Advanced Digital Design module focuses on all important digital design concepts including combinational logic, sequential logic, timing analysis, memory concepts, clock domain crossing (CDC), synchronizers, setup and hold analysis, and timing violation fixing. The course starts from basic concepts and gradually progresses towards advanced semiconductor design topics commonly asked in fresher interviews.

The Verilog and RTL Coding module focuses on practical implementation of Verilog language constructs from real-time industry usage perspective. Training includes 25+ RTL coding examples focused on fresher interview requirements and industry coding practices.

The SystemVerilog course provides students with strong exposure to advanced functional verification concepts. All language constructs are covered with detailed coding examples involving 200+ practical examples. The course also provides exposure to standard on-chip communication protocols and verification IP development for AXI. UVM essentials training emphasizes UVM methodology, UVC development, and protocol verification concepts for AHB and AXI-based designs.

RTL Debug training focuses on important debugging methodologies including schematic tracing, RTL tracing, waveform analysis, RTL & testbench coding issues, and simulation debugging techniques used in real semiconductor projects.

The Linux / UNIX module ensures students become comfortable with real industry work environments. Training also includes Makefile concepts, revision management, shell scripting, and essential UNIX commands commonly used in semiconductor companies.

The scripting module focuses on PERL and Python concepts required for automation in VLSI environments. Students gain exposure to file handling, regular expressions, object-oriented scripting, PERL modules, Python automation, and AI-assisted productivity workflows used in modern verification environments.

Soft skill training helps students prepare effectively for technical interviews by improving communication skills, presentation skills, confidence, interview handling techniques, and professional body language.

This AI Driven VLSI Design and Verification Course is also suitable for engineers working in non-VLSI domains who are planning to transition into semiconductor and chip design careers.

Students interested in advanced project work after the course can pursue industry-oriented protocol-based projects by paying a nominal fee. The institute offers 30+ advanced projects based on industry-standard protocols including USB3.0, PCIe, UFS, SATA, DDR, DMA, AMBA, Bridge, Ethernet MAC, and other real-time SoC verification environments.