VLSI Design (With Internship Certificate , Mentor-Led Advanced Technology Training)

The VLSI Design – Beginner to Intermediate course is a comprehensive and industry-aligned training program designed to build a strong foundation in Very Large Scale Integration (VLSI), digital electronics, and chip design methodologies.

This course is ideal for electronics and communication engineering students, electrical engineers, embedded systems learners, and semiconductor aspirants who want to pursue careers in ASIC design, FPGA development, digital IC design, and semiconductor industries.

The program begins with a solid grounding in VLSI fundamentals, explaining how millions of transistors are integrated onto a single chip and why CMOS technology dominates modern electronics due to its low power consumption and scalability. Learners gain clarity on Moore’s Law, VLSI evolution, and real-world applications across smartphones, AI hardware, automotive electronics, medical devices, and consumer electronics.

The course covers digital logic design in depth, including number systems, Boolean algebra, Karnaugh Maps, canonical forms, logic gates, universal gates, and optimization techniques. Learners then progress to Verilog HDL, mastering behavioral modeling, gate-level modeling, timing control, loops, functions, tasks, and compiler directives.

Advanced modules introduce sequential circuits, counters, flip-flops, shift registers, memory systems, logic families, and timing analysis, enabling learners to understand real chip behavior. The course also provides hands-on exposure to FPGA design flow using industry-relevant tools such as EDA Playground and Vivado, including synthesis, placement, routing, constraint handling, and report analysis.

To strengthen real-world readiness, learners are guided through project work and research practices, including using IEEE research papers and selecting industry-relevant VLSI project topics.

The course follows a self-paced & mentor-led learning model, making it suitable for both students and working professionals. Each module includes:

• High-quality video lectures with subtitles

• Detailed notes for every lecture

• 10 quiz questions per lecture to reinforce concepts and improve retention

Upon successful completion, learners receive:

• Course Completion Certificate

• Internship Completion Certificate

By the end of the program, learners will be job-ready for roles such as VLSI Design Engineer, Digital Design Engineer, FPGA Engineer, ASIC Engineer, Verification Engineer, and related semiconductor roles.

What You Will Learn

• Fundamentals of VLSI and CMOS technology

• Complete VLSI design flow from specification to fabrication

• Digital logic design using Boolean algebra and K-Maps

• Verilog HDL: behavioral, gate-level, and sequential modeling

• Counters, flip-flops, registers, and memory design

• FPGA design flow and tool-based implementation

• Timing analysis, logic families, and optimization

• Research-based VLSI project development

Learning Outcomes

By the end of this course, learners will be able to:

• Explain VLSI concepts and real-world chip applications

• Design and optimize digital circuits using logic principles

• Write and simulate Verilog HDL code effectively

• Implement sequential circuits and memory systems

• Understand FPGA and ASIC design workflows

• Apply VLSI concepts to industry-oriented projects